WO2015196782A1 - Visual modeling editor for constructing system model - Google Patents

Abstract

A visual modeling editor for constructing a system model on the basis of a system meta-model comprises a hierarchy editor, an interface editor, an algorithm editor, a flow editor and a transmission editor as components, and completes editing of the system model and system views by taking a hierarchy model, an interface model, an algorithm model, a flow model, a transmission model and corresponding views respectively as edited objects, thus a versatile and easy-to-use visual system modeling tool is provided for a wide variety of fields. The system model and system views are executable, clear in structure, adjustable in hierarchy and controllable in modeling granularity; the modeling method facilitates not only top-down analysis and design, but also bottom-up integration, and also is applicable to the modeling of various system software systems and information systems; the modeling method is simple and totally visual in modeling, and even a person skilled in the art can edit the system model and system views independently and easily.

Description

A visual modeling editor for constructing system models Technical field

The invention relates to the technical field of software engineering, in particular to a visual modeling editor for constructing a system model.

Background technique

System modeling is the activity or process of constructing a system model based on the laws and characteristics of objective things. System modeling has been widely used in various social practice activities such as scientific research, engineering, military, and production. Today, with the rapid development of information technology, especially software technology, software has become the basic tool for people to carry out system modeling. The software tools for modeling these auxiliary systems are called modeling editors. Compared with the modeling editor in the form of words, formulas, formal languages, etc., the graphical modeling editor has become the favorite of people with its visibility. This type of graphics-based modeling editor is called the visual modeling editor.

With UML (Unified Modeling Language) becoming the mainstream industry standard for object-oriented visual modeling languages, UML-based CASE (Computer-Assisted Software Engineering) tools naturally become mainstream visual modeling. Editors, typical of which are Rational Rose, Enterprise Architect, and more. Based on UML, these modeling tools naturally have the drawbacks of UML: First, there is a lack of modeling method support: these tools do not provide modeling methods and rules, only provide some symbolic representation tools; these tools are program-oriented Used by developers to locate software development process modeling, actually focusing on face-to-face The description of the program implementation model like the method does not apply to the general system modeling editor that goes beyond software development. Second, non-executable: System models built with these tools do not have sufficient integrity and consistency to be translated into computer-operable software using automated code technology. These tools can only be used to generate some code snippets. To get a complete software that can be run by a computer, it must be edited manually. Third, it is difficult to use: these tools are designed for programmers, and their complexity and confusion are not only programmers. It is difficult to master, and the field personnel are even more incomprehensible and far from meeting the needs of modeling practice. The above comments also apply to sysML-based visual editors for engineering domain system modeling, the typical representative of which is Rhapsody.

A visual modeling editor for model assembly based on prefabricated components has been widely used in model construction in various fields, and the typical representative is Simlink. This type of prefabricated component-based visual modeling editor has two basic drawbacks: it must be assembled based on prefabricated components. The construction of the system model is heavily constrained by prefabricated components; the interface of prefabricated components is fixed, since no interface is supported. Component integration, such visual modeling editors are often applied to domain-specific modeling based on domain component libraries, which is not suitable for general-purpose system modeling. Second, the assembly and operation principles of components are also very simple. Based on the above, the work relationship of the components is determined by the transfer relationship of the data. At the same time, with the increase of the components, the complexity of data transfer makes the view readability drastically deteriorate. Therefore, although such editors claim to be system modeling, But it is actually used to model simple and clear algorithms, not suitable for large and complex system modeling;

In general, there is currently no visual modeling editor for constructive system models that are easily understood and mastered by ordinary people. Based on general-purpose system modeling specifications, each supports Domain modeling activities to construct a system model with enforceability.

Summary of the invention

In view of the above disadvantages of the prior art, it is an object of the present invention to provide a visual modeling editor based on a system view of a system meta-view that overcomes the above disadvantages of the prior art.

The invention is based on a computer readable storage medium containing computer readable program code, the computer readable program code comprising a set of instructions executable by a processor of a computer, by a system view based on a system meta view The data of the recording system model defined by the metamodel is processed to implement a general visual modeling method for constructing the system model, and the visual modeling editor used therein includes the following components:

Hierarchical editor: the hierarchical model is used as the data component, the hierarchical panel is used as the display component, and the hierarchical processor is used as the processing component to realize the editing of the hierarchical view and the hierarchical model; the hierarchical panel visualizes the hierarchical model in a hierarchical view display;

Interface editor: the interface model is the data component, the interface panel is the display component, and the interface processor is the processing component to implement the editing of the interface view and the interface model; the interface panel visualizes the interface model by using the interface view display;

Algorithm editor: the algorithm model is used as the data component, the algorithm panel is used as the display component, and the algorithm processor is used as the processing component to realize the editing of the algorithm view and the algorithm model; the algorithm panel visualizes the algorithm model by the algorithm view display;

Process editor: the process model is the data component, the process panel is the display component, and the process processor is the processing component to realize the editing of the process view and the process model; the process panel visualizes the process model by the process view Display

Transmission editor: the transmission model is a data component, the transmission panel is a display component, the transmission processor is a processing component, and the transmission view and the transmission model are edited; the transmission panel visually displays the transmission model in a transmission view. .

The specific steps of constructing the system model using the components of the above visual modeling editor are as follows:

1) Hierarchical editing: The process of constructing a hierarchical model by the hierarchical editor includes: the hierarchical panel receives the actual component modeling environment, such as newly created component type, added component type, selected component type, copied component type, and deleted component type. Operation information of the symbol and the duplicate member type character, and issuing corresponding instructions such as a new component type, a new component type, a selection component type, a copy component type, a delete component type, and a duplicate member type to the hierarchical processor; the hierarchical processor response The foregoing instruction processes the hierarchical model accordingly; the hierarchical panel displays the hierarchical model in the form of a hierarchical view;

2) Interface editing: The model editor constructs the interface model one by one for the component types in the hierarchical model obtained in step 1). The construction steps of each interface model include: the interface panel receives the attribute characters and functional characters sent by the actual system modeling environment. And event symbols such as new, add, select, copy, delete, and naming operation information, and issue corresponding instructions to the interface processor for creating, adding, selecting, copying, deleting, and naming attributes, functions, and events; The processor responds to the foregoing instruction to perform corresponding processing on the interface model; the interface panel visually displays the interface model in the form of an interface view; the algorithm model for implementing the algorithm function is constructed by step 3), and the process model for implementing the process function is constructed by step 4);

3) Algorithm editing: The algorithm editor constructs the algorithm model one by one for the algorithm functions obtained in step 2). The construction steps of each algorithm model include: the algorithm panel receives the actual system modeling environment, such as adding an operator symbol, copying the arithmetic element. , delete the operator and add a value And deleting the operation information of the value character, and issuing corresponding instructions such as adding an arithmetic element, copying an arithmetic element, deleting an arithmetic element, and adding a value and deleting the value to the algorithm processor; the algorithm processor responds to the foregoing instruction, and the algorithm The model performs corresponding processing; the algorithm panel displays the algorithm model in the form of an algorithm view;

4) Process editing: The process editor constructs the process model one by one for the process functions obtained in step 2), and the process steps of each process model include: the process panel receives the actual system modeling environment, such as adding an activity character, selecting an activity character, Deleting the operation information of the activity character; the process panel sends corresponding instructions such as adding an activity, selecting an activity, and deleting the activity to the process processor in response to the foregoing operation information; the process processor processes the process model in response to the foregoing instruction; the process panel processes The process model is displayed in the form of a view;

5) Transfer Edit: The transfer editor constructs the transfer model one by one for the activities in the process model obtained in step 4). The construction steps of each transfer model include: the transfer panel receives the actual system modeling environment, such as adding a transfer symbol, selecting Transmitting, deleting the operation information of the transmission character; the transmission panel sends an instruction to add, transfer, and delete the transmission to the transmission processor in response to the foregoing operation information; the transmission processor processes the transmission model in response to the foregoing instruction; the transmission panel The transfer model is displayed in the form of a transfer view.

At this point, the hierarchical model, the interface view, the algorithm view, the flow view, and the transfer view are displayed, and the system model composed of the hierarchical model, the interface model, the algorithm model, the process model, and the transmission model is edited.

Thus, the present invention uses a hierarchical editor, an interface editor, an algorithm editor, a process editor, and a transport editor as components, and the hierarchical model, the interface model, the algorithm model, the process model, the transmission model, and the corresponding view are respectively edited objects. Complete system model and system view The editor provides a universal and easy-to-use visual system modeling tool for various fields: the system model and system view constructed by the invention are executable, the structure is clear, the level is adjustable, and the modeling granularity is controllable. The modeling method is convenient for top-down analysis design, and also facilitates bottom-up integration. It is suitable for modeling various system software systems and information systems. The modeling method is simple and fully visualized, even for ordinary people. It is also easy to edit system models and system views independently.

In summary, the present invention has the following significant advantages over the prior art:

(1) Executability: A system model and system view constructed using the present invention is executable, ie having integrity and sufficient consistency that can be mapped to a computer executable program;

(2) Universality: The system model and system view constructed by the invention have clear structure, adjustable hierarchy, controllable granularity, and versatility applicable to various system modeling. It can be used for algorithm modeling, and is also suitable for system rapid prototyping. It is more suitable for large-scale complex system modeling. It is convenient for top-down analysis and design, and it is also convenient to realize integrated integration from bottom to bottom. It is suitable for system integration based on prefabricated components. The system extension based on custom components is also suitable for the interconnection and interoperability of distributed systems; it is applicable to both actual engineering system modeling and various software systems and information system modeling; it is suitable for simulation modeling of equipment information system systems. It is also suitable for management information system modeling; it is applicable to desktop software system modeling, embedded device software system modeling, mobile terminal software system modeling, and also to LAN software system modeling, WAN software system modeling, and also Modeling in cloud computing environment software systems; applicable to both application software system modeling and software development environment modeling;

(3) Ease of use: The elements of the invention are concise, the rules are simple, and the methods are unified. Even if not It is also easy for a person skilled in the art who has mastered a cumbersome modeling language and a computer programming language to construct an executable system model and system view in the field in a relatively short period of time, thereby eliminating professional modeling personnel. Or the dependency and communication of the program developer, the completed system model and system view are more in line with the expectations of the domain personnel, eliminating the understanding bias of professional modelers or program developers; at the same time, because a lot of communication time is saved, modeling The time is greatly shortened.

BRIEF DESCRIPTION OF THE DRAWINGS:

Figure 1 is a block diagram of a visual modeling editor.

Figure 2 is a diagram of the modeling steps.

Figure 3 is a block diagram of a computer implementing a visual modeling editor.

Figure 4 shows the main interface of a visual modeling editor.

Figure 5 is a hierarchical view of the business management YWGL view.

Figure 6 is a view of the business management YWGL interface.

Figure 7 is a view of the sales management XSGL interface.

Figure 8 is a view of the production management SCGL interface.

Figure 9 is a view of the procurement management CGGL interface.

Figure 10 is a view of the distribution product FXP interface.

Figure 11 is a view of the direct sales ZXP interface.

Figure 12 shows the main part ZJ interface view.

Figure 13 is a view of the part LJ interface.

Figure 14 is a view of the finished CP interface.

Figure 15 is a view of the main part processing algorithm.

Figure 16 shows the main part delivery algorithm view.

Figure 17 is a view of the part processing algorithm.

Figure 18 is a view of the part delivery algorithm.

Figure 19 is a view of the accessory receiving algorithm.

Figure 20 is a view of the finished assembly algorithm.

Figure 21 shows the process flow of the main business process.

Figure 22 is a view of the service configuration process.

Figure 23 is a view of the business operation process.

Figure 24 is a view of the internal ordering process.

Figure 25 is a view of the sales and shipping process.

Figure 26 is a view of the sales receipt process.

Figure 27 is a view of the production planning process.

Figure 28 is a view of the production implementation flow.

Figure 29 is a view of the production delivery process.

Figure 30 is a view of the business operation loop transmission.

Figure 31 is a view of the sequence number assignment transfer.

Figure 32 shows a production instance creation transfer view.

Figure 33 is a production configuration traversal transfer view.

Figure 34 is a production sequence plus one transmission view.

Figure 35 is a production sequence assignment transfer view.

Figure 36 shows the purchase instance creation transfer view.

Figure 37 is a view of the procurement configuration traversal transfer.

Figure 38 is a view of the purchase number plus one transmission.

Figure 39 is a view of the purchase number assignment transmission.

Figure 40 is a view of the sales sequence number clear assignment transmission.

Figure 41 shows the sales instance creation transfer view.

Figure 42 is a sales configuration traversal transfer view.

Figure 43 is a view of the sales number plus one transmission.

Figure 44 is a view of the sales number assignment transmission.

Figure 45 is a view of the sales production configuration traversal transfer.

Figure 46 is a sales production configuration comparison transmission view.

Figure 47 is a view of sales production configuration condition transmission.

Figure 48 is a view of a sales production assignment transfer.

Figure 49 is a view of the sales procurement configuration traversal transfer.

Figure 50 shows the sales purchase configuration comparison transfer view.

Figure 51 is a view of the sales purchase configuration condition transfer.

Figure 52 is a view of the sales purchase configuration transfer.

Figure 53 is a production run traversal transfer view.

Figure 54 is a view of the procurement operation traversal transfer.

Figure 55 is a sales run traversal transfer view.

Figure 56 is a view of the sales production run traversal transfer.

Figure 57 is a comparison view of the sales production run comparison.

Figure 58 is a view of the sales production operating condition transmission.

Figure 59 is a view of production and sales receipt transmission.

Figure 60 is a view of the production internal order transfer.

Figure 61 is a view of the sales procurement operation traversal transfer.

Figure 62 is a comparison view of the sales purchase run comparison.

Figure 63 is a view of the sales purchase operation condition transfer.

Figure 64 is a view of the purchase sales receipt transmission.

Figure 65 is a view of the purchase internal order transfer.

Figure 66 is a view of contract statistics transmission.

Figure 67 is a view of demand statistics transmission.

Figure 68 is a view of order statistics transmission.

Figure 69 is a view of the shipment statistics transmission.

Figure 70 is a view of inventory statistics transmission.

Figure 71 is a view of the receipt statistics transmission.

Figure 72 shows the statistical transmission view of the main part.

Figure 73 is a view of the part work statistic transmission.

Figure 74 is a view of the accessory receiving transmission.

Figure 75 is a view of the finished assembly transfer.

Figure 76 shows the completed delivery transfer view.

Figure 77 is a view of the total delivery statistics.

detailed description

The computer generally includes a central processing unit, a memory and input and output interface, and a bus. In addition, the computer is connected to an input/output device and a storage medium. The central processor is responsible for calculating and controlling the functions of the computer. The central processing unit may contain only one central processing unit or multiple central processing units distributed in one or more places.

The memory medium may be comprised of any known computer readable storage medium. For example, the buffer store can temporarily store some program code to reduce the time it takes to extract code from mass storage during program execution. At the same time, memory can reside in a physical location, be stored by one or more data, or be distributed in multiple physical systems in different forms. In addition, memory can be distributed over a local area network (LAN) or wide area network (WAN). The program code that implements a generic modeling method that constructs a system view based on the system metaview may be included in memory, and may include other code not shown in the figure, such as an operating system.

The input and output interfaces allow the computer to exchange information with the storage medium or another computer. Input and output devices include any known external device type, such as display devices, keyboards, mice, printers, stereos, handheld devices, masks, and the like. The bus provides communication connections between various components within the computer, including electrical, optical, wireless, and the like. Storage media includes any known computer readable storage media such as a magnetic disk, optical disk, and the like. A storage medium may contain a generic system view instance constructed from one or more system meta-views. Those skilled in the art will appreciate that the present invention may be implemented as an all-hardware product, an all-software product, or a combination of hardware and software commonly referred to as a module. Additionally, the invention can be implemented as a computer program product embodied on a computer readable medium. The computer readable medium may be, for example but not limited to: electronic, magnetic, optical, electromagnetic, infrared, or semiconductor A system, device, device, or combination of the foregoing. Examples of more specific non-exhaustive computer readable storage media are as follows: random access memory (RAM), read only memory (ROM), rewritable programmable read only memory (EPROM or flash), removable read only memory ( CD-ROM), optical storage device, magnetic storage device, and a combination of any of the foregoing. Computer program code implementing the methods of the present invention can be written in one or more programming languages, including, for example, Java, Small, C++, C#, etc., and a process oriented programming language such as C. The program code can run on a personal computer, handheld device or LAN LAN, WAN WAN.

Those skilled in the art will of course appreciate that the methods of the present invention can also be represented graphically, and that these graphical representations can all be implemented as computer program code. These program codes can be processed by general computers, special purpose computers, and other programmable data processing devices to implement the functions of these graphical representations.

The present invention will be further described in detail below with reference to the accompanying drawings and a specific embodiment. The embodiment is to construct a business management YWGL view. It should be noted that this embodiment is only a specific application example of the present invention, and the technical essence of the present invention is not limited by these two examples.

Example: Business Management YWGL Model Editing

The business model assumed by the enterprise in this embodiment is: by selling the products produced by itself and the products purchased externally to obtain profits, the business management system that realizes the following business management intentions is modeled:

(1) Clearly distinguish three major modules of production management, procurement management and sales management;

(2) Configuration function: the sum of the number of production varieties and the number of purchased varieties is used for configuration Number of varieties sold;

(3) Operation function: The sales management module collects the contract quantity and shipment quantity of the direct sales and sales of each product, receives the delivery information of the production management module and the procurement management module, and purchases the production management module according to the sales status. The management module issues order information; the production management module, the procurement management receives the order information of the sales management module, starts the internal process, and submits the delivery information to the sales management module.

The detailed process of constructing the system view of the present embodiment is given below.

Hierarchical editing

Referring to Fig. 5, a detailed process of constructing the hierarchical view and the hierarchical model of the present embodiment is given below.

In the initial state before the modeling starts, the level editor creates a root node for the component tree of the hierarchical view. The component type symbol on the root node is called the root component type;

The hierarchical panel receives the operation information of the selected root component type sent from the actual system modeling environment, and issues an instruction for selecting the root component type to the hierarchical processor; the hierarchical processor responds to the foregoing instruction to set the root component type of the hierarchical model to the The component type; the level panel receives the operation information sent by the actual system modeling environment to change the name of the component type symbol to the word "business management YWGL", and issues the name of the component type to "service management" to the hierarchical processor. The instruction of the YWGL" type; the hierarchical processor responds to the foregoing instruction, and changes the name of the root component type to "business management YWGL"; according to the component type name, the root component type symbol is called the business management YWGL component type symbol, and other component types are This type of push, will not be described later; the hierarchical receiving panel actual system modeling environment sent The operation information of setting the number of component type instances to 1 is sent to the hierarchical processor to send an instruction to set the number of component type instances to 1. The hierarchical processor responds to the aforementioned instruction and manages the component instance of the YWGL component type. The quantity is set to 1; the level panel visually displays the level model in a hierarchical view;

The hierarchical panel receives the operation information of the added sub-component type sent by the actual system modeling environment, and issues an instruction to the hierarchical processor to add the sub-component type to the involved component; the hierarchical processor adds a one to the business management YWGL component type in response to the foregoing instruction. a sub-component type; the hierarchical processor sets the aforementioned sub-component type to the component type involved; the hierarchical panel visually displays the hierarchical model in a hierarchical view, and simultaneously sets the aforementioned sub-component type character to the component type symbol; the hierarchical panel Receiving operation information sent from the actual system modeling environment to modify the name of the component type symbol to the word "sales management XSGL", and sending the name of the component type to "sales management XSGL" to the hierarchical processor The hierarchical processor responds to the foregoing instructions to modify the name of the component type to "sales management XSGL"; the hierarchical panel visually displays the hierarchical model in a hierarchical view;

In the same step, the hierarchical editor receives and responds to the operation information sent by the actual system modeling environment. The sub-component type of the number of instances is 0 for the business management YWGL component type: production management SCGL, procurement management CGGL; hierarchical panel to level The view visually displays the hierarchical model;

In the same step, the level editor receives and responds to the operation information sent by the actual system modeling environment. The sub-assembly type symbol with the number of instances is 1 for the sales management XSGL component type: distribution item FXP, direct sales product ZXP; hierarchical panel to level The view visually displays the hierarchical model;

In the same step, the level editor receives and responds to the operation information sent by the actual system modeling environment. The sub-assembly type symbol with the number of instances is 1 for the production management SCGL component type: main part ZJ, part LJ, finished CP; level panel Visual display of the hierarchical model in a hierarchical view;

So far, the hierarchical view and the hierarchical model editing of the present embodiment are completed.

Interface editing

Next, we will introduce the construction process of the interface view of each component type character in the hierarchical view.

Business Management YWGL Interface Editing

As shown in FIG. 6, the hierarchical panel receives the operation information of the selected business management YWGL component type symbol from the actual system modeling environment, and issues an instruction for selecting the business management YWGL component type to the hierarchical processor, and the hierarchical processor responds to the aforementioned instruction to manage the business YWGL. The component type is set to the component type involved; the hierarchy panel sets the business management YWGL component type character to the component type character and visually displays the hierarchical view;

The interface panel receives an operation message of the added attribute sent from the actual system modeling environment, and issues an instruction to the interface processor to add an attribute to the component type; the interface processor adds a new attribute to the business management YWGL component type in response to the foregoing instruction. And set the new property to the property involved; the interface panel adds a new property to the business management YWGL component type when refreshing the interface view, and sets the new property to the attribute; the interface panel receives the actual system The data class of the attribute to be sent from the modeling environment The type is modified to the operation information of the bool type, and the interface processor is issued with an instruction to modify the data type of the attribute to be a bool type; the interface processor modifies the data type of the attribute to be a bool type in response to the foregoing instruction; the interface panel receives the The actual system modeling environment sends the attribute name of the attribute attribute to the operation information of the word “business operation state”, and issues the attribute name of the attribute identifier to the “business operation state” to the interface processor. In response to the foregoing operation command, the interface processor modifies the attribute name of the attribute to the service operation state; the attribute whose name is the service operation state is simply referred to as the service operation state attribute; the subsequent attribute is deduced by analogy, and is not described again; The panel receives operation information sent from the actual system modeling environment to set the attribute value of the attribute attribute to true, and issues an instruction to the interface processor to set the attribute value to true; the interface processor responds to the foregoing instruction to service The attribute value of the running state attribute is set to true;

In the same step, the interface editor adds an attribute to the business management YWGL interface view: the production normal state attribute, the data type is bool type, the attribute value is true; the production variety number attribute, the data type is an integer type, and the attribute value is 3; The number of attributes of the purchased item, the data type is an integer type, the attribute value is 2; the number of sales item attribute, the data type is an integer type, the attribute value is 0; the product serial number attribute, the data type is an integer type, and the attribute value is 0; Constant zero attribute, the data type is an integer type, the attribute value is 0; the comparison result attribute, the data type is bool type, and the attribute value is true;

The interface panel receives an operation message of the added function sent from the actual system modeling environment, and issues an instruction to the interface processor to add a function to the component type; the interface processor adds a new message to the service management YWGL component type character in response to the foregoing instruction. Process function, and set the aforementioned new functions to the functions involved; the interface panel refreshes the interface view and will make new work The function identifier is set to the function involved; the interface panel receives the operation information sent from the actual system modeling environment to modify the function name of the function in question to the words "business main process", and issues the function to the interface processor. The function name is modified to the instruction of the word "business main process"; the interface processor responds to the aforementioned instruction sent by the interface panel, and the function name of the new function is modified to the word "business main process"; the function name is "business main process" The function is simply referred to as the main business process function; the subsequent function is deduced by analogy and will not be described again;

In the same step, the interface editor adds the process function to the service management YWGL interface view: service configuration and service operation;

At this point, the business management YWGL interface view and the business management YWGL interface model have been edited.

Sales Management XSGL Interface Editor

See Figure 7, the completed sales management XSGL interface view, the construction process is similar to "business management YWGL interface editing", its contents are as follows:

Attribute set: product name attribute, data type is string, attribute value is sales item; product serial number attribute, data type is integer type, attribute value is 1; inventory quantity attribute, data type is integer type, attribute value is 0; minimum inventory attribute, data type is integer type, attribute value is 0; contract quantity attribute, data type is integer type, attribute value is 0; receipt quantity attribute, data type is integer type, attribute value 0; order quantity attribute, data type is integer type, attribute value is 0; shipment quantity attribute, data type is integer type, attribute value is 0; shipment total attribute, data type is integer type, attribute value Is 0; demand quantity attribute, data type is integer class Type, the attribute value is 0;

Function set: three process functions: internal order, sales and shipment, and sales order.

Production Management SCGL Interface Editing

See Figure 8, after the completion of the production management SCGL interface view, the construction process is similar to "business management YWGL interface editing", its contents are as follows:

Attribute set: product name attribute, data type is string, attribute value is self-research; product serial number attribute, data type is int, attribute value is 1; order quantity attribute, data type is int, attribute value is 0 ; completion quantity attribute, data type is int, attribute value is 0; delivery quantity attribute, data type is int, attribute value is 0; delivery total attribute, data type is int, attribute value is 0;

The function set: three production process, production implementation, production delivery, a total of three process functions.

Purchasing Management CGGL Interface Editor

See Figure 9, after the completion of the procurement management CGGL interface view, the construction process is similar to "business management YWGL interface editing", its contents are as follows:

Attribute set: product name attribute, data type is string, attribute value is purchase item; product serial number attribute, data type is int, attribute value is 1; quantity attribute to be purchased, data type is int, attribute value is 0 ; purchase quantity attribute, data type is int, attribute value is 0; delivery quantity attribute, data type is int, attribute value is 0; delivery total attribute, data type is int, attribute value is 0;

Function set: Two algorithmic functions for purchase implementation and purchase delivery.

Distribution product FXP interface editing

See Figure 10, after the completion of the distribution product FXP interface view, the construction process is similar to "business management YWGL interface editing", its contents are as follows:

Attribute set: minimum stock attribute, data type is int, attribute value is 5; contract quantity attribute, data type is int, attribute value is 12; shipment quantity attribute, data type is int, attribute value is 8 .

Direct sales ZXP interface editing

See Figure 11, after the completion of the direct sales ZXP interface view, the construction process is similar to "business management YWGL interface editing", its contents are as follows:

Attribute set: minimum stock attribute, data type is int, attribute value is 6; contract order attribute, data type is int, attribute value is 3; shipment quantity attribute, data type is int, attribute value is 4 .

Main component ZJ interface editing

See Figure 12, after the completion of the main component ZJ interface view, the construction process is similar to the "business management YWGL interface view", its contents are as follows:

Attribute set: the main part name attribute, the data type is string, the attribute value is the main part; the number of work-receiving attributes, the data type is int, the attribute value is 0; the number of completion attributes, the data type is int, and the attribute value is 0; delivery quantity attribute, data type is int, attribute value is 0; delivery total attribute, data type is int, attribute value is 0;

The function set: the main part processing, the main part delivery a total of two algorithmic functions.

Part LJ interface editing

See Figure 13, the finished part LJ interface view, the construction process is similar to the "business management YWGL interface view", its contents are as follows:

Attribute set: part name attribute, data type is string, attribute value is part; work number attribute, data type is int, attribute value is 0; number of completion attribute, data type is int, attribute value is 0; Delivery quantity attribute, data type is int, attribute value is 0; delivery total attribute, data type is int, attribute value is 0;

The function set: two algorithm functions for part processing and part delivery.

Finished CP interface editing

See Figure 14, the completed CP interface view after completion, the construction process is similar to the "business management YWGL interface view", its contents are as follows:

Attribute set: the finished product name attribute, the data type is string, the attribute value is the finished product; the number of work-receiving attributes, the data type is int, the attribute value is 0; the number of completion attribute, the data type is int, and the attribute value is 0; Single set of main item quantity attribute, data type is int, attribute value is 2; single set part quantity attribute, data type is int, attribute value is 6; main part inventory attribute, data type is int, attribute value is 0 The main item receipt quantity attribute, data type is int, attribute value is 0; part stock attribute, data type is int, attribute value is 0; part receipt quantity attribute, data type is int, attribute value is 0 ;

Function set: There are two algorithmic functions for accessory receiving and finished assembly.

Algorithm editing

Next, the construction process of each algorithm view will be described in detail.

Main part processing algorithm editing

See Figure 15, the construction process of the main part processing algorithm view is as follows:

The hierarchical panel receives the operation information of the selected main component ZJ component type symbol sent by the actual system modeling environment, and sends an instruction to the hierarchical processor to set the main component ZJ component type to the component type involved; the hierarchical processor responds to the foregoing instruction to be the main The ZJ component type is set to the component type involved; the interface panel receives the operation information of the selected main component processing function sent by the actual system modeling environment, and sends an instruction to the interface processor to set the main component processing function to the function involved; The interface processor sets the main part processing function to the function involved in response to the aforementioned instruction; the interface panel refresh interface view sets the main part processing function to the function involved; for convenience of description, the main part processing function is implemented according to the function name. The algorithm view is referred to as the main part processing algorithm view; the subsequent other algorithm views are deduced by analogy, and will not be described again;

The algorithm panel receives the operation information added by the actual system modeling environment and adds an assignment operator, and sends an instruction to the algorithm processor to add an assignment operator; the algorithm processor adds an assignment operator in response to the foregoing instruction; The assignment operator is simply referred to as the completion assignment assignment of the main component; the assignment operator has a total of two input attributes and an output attribute in advance; the algorithm panel receives the actual system modeling environment and is sent from the main The operation information of the input attribute number of the ZJ component type symbol to the input attribute of the main component to be completed; the algorithm panel sends the establishment of the slave ZJ component type to the algorithm processor in response to the operation information The number of employees to be worked on to the main part The instruction value of the input attribute of the work value is calculated; the algorithm processor responds to the foregoing instruction, and establishes the value of the input attribute from the work item number of the main component ZJ component type to the assignment value of the main part work completion value; the arithmetic panel refresh Displaying the algorithm view, establishing a value-added character for establishing an input attribute character from the to-do number attribute of the main component ZJ component type character to the completion value assignment function of the main part; the algorithm panel receives the establishment of the actual system modeling environment The operation information from the output attribute of the completion value assignment operator of the main component to the value identifier of the completion number attribute of the main component ZJ component type character; the algorithm panel responds to the operation information and issues an establishment to the algorithm processor to be completed from the main component. An instruction to pass the value of the output attribute of the completion value operator to the number of completion attributes of the main component ZJ component type; the algorithm processor responds to the aforementioned instruction to establish an output attribute from the main component to be completed to the ZJ component type The value of the number of completion attributes; the panel of the operator refreshes the display of the algorithm view, and establishes the output attribute from the main component to be completed to the ZJ component type. Completion of the number of attributes to pass character symbol value;

In the same step, the algorithm editor sequentially receives the operation information sent by the actual system modeling environment and performs corresponding operations in response to the operation information: adding a subtraction operator, referred to as the main component waiting for the clearing operator; establishing the ZJ component type from the main component The value of the number of work-receiving characters to the value-receiving character of the reduced-valued attribute of the main component of the work-piece clearing operator; establishing the subtraction number from the number-of-work attribute of the main component ZJ component type to the work-piece clearing operator of the main part The pass-through character of the attribute character; the value-added character of the number-of-work attribute attribute from the difference attribute attribute of the main component to be cleared to the ZJ component type of the main component;

At this point, the main part processing function algorithm view is edited.

Master delivery algorithm editing

See Figure 16, the completed master delivery algorithm view, the construction process is similar to the "main part processing algorithm editing", its contents are as follows:

An assignment operator, referred to as the main component completion delivery operator; the operator has the following values: from the completion number attribute of the main component ZJ component type symbol to the input attribute of the main component completion delivery operator, from the main component The output attribute of the completion delivery operator to the delivery quantity attribute of the main part ZJ component type character;

An addition operator, referred to as the main item delivery total operator; the operator has the following values: from the completion number attribute of the main part ZJ component type symbol to the addend attribute of the main part delivery total operator, The delivery total attribute of the main part ZJ component type character to the addend attribute of the main part delivery total operator, from the sum attribute of the main part delivery total operator to the delivery of the main part ZJ component type Total attribute

A subtraction operator, referred to as the completion zero-clearing element for the main part; the operator has the following values: from the completion number attribute of the main component ZJ component type symbol to the subtracted attribute attribute of the subtraction operator, from the main part ZJ The number of completion attribute of the component type character to the subtraction attribute of the subtraction operator, from the difference attribute of the subtraction operator to the number of completion attribute of the main piece ZJ component type.

Part processing algorithm editing

See Figure 17, the finished part processing algorithm view, the construction process is similar to the "main part processing algorithm editing", its contents are as follows:

An assignment operator, referred to as the part-finished assignment assignor; the operator has the following values: from the number of work-receiving attributes of the part LJ component type to the input of the part-finished assignment operator Into the attribute, from the output attribute of the part-finished assignment operator to the number of completion of the part LJ component type;

A subtraction operator, referred to as the part-for-work zeroing operator; the operator has the following values: from the part number of the LJ component type to the fractional attribute of the part to be cleared, from the part The number of work-of-work attribute of the LJ component type to the subtraction attribute of the part-to-work zeroing operator, from the difference attribute of the part-for-work clearing operator to the number-of-work attribute of the part LJ component type.

Part delivery algorithm editing

See Figure 18, the finished parts delivery algorithm view, the construction process is similar to the "main part processing algorithm editing", its contents are as follows:

An assignment operator, referred to as the part completion delivery operator; the operator has the following values: from the completion number attribute of the part LJ component type symbol to the input attribute of the part completion delivery operator, from the completion of the part delivery calculation The output attribute of the character to the delivery number attribute of the part LJ component type character;

An addition operator, referred to as the part delivery total operator; the operator has the following values: from the number of completions of the part LJ component type to the numbered attribute of the part delivery total operator, from the part LJ component The value of the total quantity attribute of the type character to the add-on attribute of the part delivery total operator, from the sum attribute of the part delivery total operator to the total quantity attribute of the part LJ component type;

A subtraction operator, referred to as the part completion zeroing operator; the operator has the following values: from the completion number attribute of the part LJ component type symbol to the subtracted attribute of the subtraction operator, From the completion number attribute of the part LJ component type symbol to the subtraction attribute of the subtraction operator, from the difference attribute of the subtraction operator to the completion number attribute of the part LJ component type.

Accessory algorithm editing

See Figure 19, after the completion of the accessory receiving algorithm view, the construction process is similar to the "main part processing algorithm editing", its contents are as follows:

An addition operator, referred to as the main component receiving operator; the operator has the following values: from the main component inventory attribute of the finished CP component type character to the added attribute of the main component receiving operator, from the finished CP component type The main item receipt quantity attribute of the character to the add-on attribute of the main part receiving operator, and the sum attribute attribute of the operator from the main part to the main item stock attribute of the finished CP component type symbol;

An addition operator, referred to as the part receiving operator; the operator has the following values: from the part stock attribute of the finished CP component type to the add attribute of the part receiving operator, from the part of the finished CP component type The receipt attribute attribute to the add attribute of the part receiving operator, the sum attribute of the operator from the part to the part stock attribute of the finished CP component type.

Finished assembly algorithm editing

See Figure 20, the completed assembly assembly algorithm view, the construction process is similar to the "main part processing algorithm view", its contents are as follows:

A multiplication operator, abbreviated as an assembly principal, which has the following values: from the number of work-receiving attributes of the finished CP component type to the multiplicand attribute of the assembly principal operator. The multiplier attribute from the single set of main component ZJ number attribute of the component type symbol to the assembly principal part operator;

A subtraction operator, referred to as the assembly master stock operator; the operator has the following values: from the main component inventory attribute of the finished CP component type to the reduced attribute of the assembly principal stock operator, from the assembly master The product attribute of the operator to the subtraction attribute of the assembly principal stock operator, from the difference attribute of the assembly principal stock operator to the principal stock attribute of the finished CP component type;

A multiplication operator, referred to as an assembly part operator; the operator has the following values: from the number of employees of the finished CP component type to the multiplicand attribute of the assembly part operator, from the component type of the component The multiplier attribute of the LJ number attribute of a single set of parts to the assembly part operator;

A subtraction operator, referred to as the assembly part inventory operator; the operator has the following values: from the part inventory attribute of the finished CP component type to the reduced attribute of the assembly part inventory operator, from the assembly part operator The sub-attribute attribute of the product attribute to the assembly part inventory operator, from the difference attribute of the assembly part stock operator to the part inventory attribute of the finished CP component type;

An assignment operator, referred to as the finished completion operator; the operator has the following values: the input attribute attribute from the finished CP component type symbol to the input attribute of the finished completion operator, and the output attribute from the finished completion operator. The number of completion number to the finished CP component type symbol;

A first subtraction operator, referred to as the finished product clearing operator; the operator has the following values: the number of duty-receiving attributes from the finished CP component type symbol to the subtracted attribute of the finished work-to-work clearing operator, From the number of work-type attributes of the component type to the finished product clearing operator The subtractor attribute, from the difference attribute of the finished work-clearing operator to the number of work-of-work attributes of the finished CP component type.

Process editing

Next, the construction process of each process view will be described in detail.

Business main process flow editing

Figure 21 is a flow diagram of the main business process of the completed business management YWGL component type symbol. The construction process is as follows:

The hierarchical editor receives and responds to operational information sent from the actual system modeling environment, and sets the business management YWGL component type symbol to the component type identifier;

The interface editor receives and responds to the operation information sent by the actual system modeling environment, and sets the business main process function to the function involved. For the convenience of expression, we refer to the process view of the business main process function as a service according to the function name. The main process flow view; the process view of other functions, and so on, will not repeat them;

As shown in FIG. 21, the hierarchical panel receives the operation information of the selected service management YWGL component type character sent by the actual system modeling environment, and issues an instruction to the hierarchical processor to set the business management YWGL component type to the component type involved; the hierarchical processor response The foregoing instruction sets the business management YWGL component type to the component type involved; the interface panel receives the operation information of the selected business main process function sent by the actual system modeling environment, and sets the business main process function to the function involved, The interface processor issues an instruction to set the business main process function to the function in question; the interface processor responds to the aforementioned instruction to the business main process The functions are set to the functions involved. For the convenience of the description, we refer to the process view of the main business process function as the business main process flow view according to the function name; the process view of other functions is similar and will not be described again;

The process editor creates a default sequence activity character as the root activity symbol for the business main process flow view, and automatically sets the root activity symbol to be the activity element involved; the sequence activity character is an operation with sequential execution of internal activity functions. a meta-activity character; the sequence activity character has a start node, an end node, and between the start node and the end node, sequentially providing a plurality of nodes to add other activity characters; for convenience of description, the root activity symbol is called according to the process view name The root activity of the main process of the business; it should be noted that the process editor creates a root activity for each process view, and the root activity is named and so on.

The process panel receives the operation information of the activity character added by the actual system modeling environment and adds a service configuration function based on the component type of the component; for the convenience of description, the function name according to the activity character is simply referred to as a service configuration activity character. Subsequent other activities are similar; the process panel sends an instruction to the process processor to add a service configuration activity to the activity in response to the foregoing operation information, and the process processor adds a service configuration in the main process root activity in response to the foregoing instruction. Activity; the process panel visually displays the process view;

In the same step, the process editor receives and responds to the operation information sent by the actual system modeling environment, and adds a loop activity character in the business main process root activity character; the loop activity character is an arithmetic activity character with a loop function The loop activity character internally contains a sequence of nodes, each node can accommodate an activity character; for convenience of description, the sequence of nodes of the cyclic activity symbol is a cyclic sequence; for the sake of distinction, the cyclic activity symbol is called a business operation cycle. Activity character

In the same step, the process editor receives and responds to the operation information sent by the actual system modeling environment, and adds a service running activity character based on the service running function of the component type character in the cyclic sequence of the cyclic activity character;

At this point, the business main process flow view and the business main process flow model are edited.

Business configuration process editing

See Figure 22, after the completion of the business management YWGL component type symbol business configuration process view, the construction process is similar to "business main process flow editing", its contents are as follows:

Add an assignment operator activity character in the business configuration root activity character, which is simply referred to as the sequence number zeroing activity character; the assignment operator activity character is an operator activity character with an assignment function; in the service configuration root activity character Add a create instance operator activity, referred to as the production creation instance activity; the create instance operator is an operator activity that represents the function of creating a component type; add a traversal in the business configuration root activity An activity character, which is simply referred to as a production configuration traversal activity character; the traversal activity symbol internally includes a sequence of nodes, each node accommodating an activity character; the traversal activity character refers to performing each component type symbol of the determined component type symbol a logical activity of a sequence of nodes;

Adding an activity character to the traversal sequence of the production configuration traversal activity character, which is simply referred to as a production sequence number plus an activity character; the plus one activity character refers to a pre-made operator activity character having an integer value plus one function; Add an assignment activity character to the traversal sequence of the production configuration traversal activity, referred to as the production serial number assignment activity;

Add a create instance activity activity in the business configuration root activity, referred to as the purchase creation instance activity; add a traversal activity in the business configuration root activity, Jane Called the procurement configuration traversal activity;

Adding an activity symbol in the traversal sequence of the procurement configuration traversal activity character, referred to as the purchase serial number plus one activity character; adding an assignment activity character in the traversal sequence of the purchase configuration traversal activity character, referred to as the purchase serial number assignment activity character;

Add an assignment operator activity character in the business configuration root activity, referred to as the sales serial number clear assignment activity; add a create instance activity activity in the business configuration root activity, referred to as the sales creation instance activity; Add a traversal activity character in the business configuration root activity, referred to as the sales configuration traversal activity;

Adding an activity symbol in the traversal sequence of the sales configuration traversal activity character, referred to as a sales serial number plus an activity character; adding an assignment activity character in the traversal sequence of the sales configuration traversal activity character, referred to as a sales serial number assignment activity character; Add a traversal activity character in the traversal sequence of the sales configuration traversal activity, referred to as the sales production configuration traversal activity;

Adding an identical comparison activity in the traversal sequence of the sales production configuration traversal activity, referred to as the sales production configuration comparison activity; the same comparison activity is a pre-made calculation with the function of comparing whether the two inputs are the same a meta-activity character; a conditional activity character is added to the traversal sequence of the sales production configuration traversal activity character, which is simply referred to as a sales production configuration condition activity character; the condition activity activity is a pre-made logical activity character with a conditional selection function;

Add an assignment activity character to the true branch of the sales production configuration condition activity, referred to as the sales production assignment activity;

Add a traversal activity character in the traversal sequence of the sales configuration traversal activity, referred to as the sales procurement configuration traversal activity;

Add a same comparison activity in the traversal sequence of the sales procurement configuration traversal activity, referred to as the sales procurement configuration comparison activity; add a conditional activity character in the traversal sequence of the sales procurement configuration traversal activity, referred to as the sales procurement configuration condition Activity character

Add an assignment activity character to the true of the sales purchase configuration condition activity, which is referred to as the sales purchase configuration activity.

Business run process editing

See Figure 23, after the completion of the business management YWGL component type symbol business operation process view, the construction process is similar to "business main process flow editing", its contents are as follows:

Add a traversal activity in the business run root activity, referred to as the production run traversal activity;

Add a production plan activity based on the production plan function of the production management traversal activity type to the traversal sequence of the production run traversal activity; add a production management SCGL component type character in the traversal sequence of the production run traversal activity Production implementation activity of the production implementation function; adding a production delivery activity character based on the production delivery function of the production management SCGL component type character in the traversal sequence of the production operation traversal activity character;

Add a traversal activity in the business run root activity, referred to as the sales run traversal activity;

Add a purchase implementation activity based on the procurement implementation function of the procurement management CGGL component type character in the traversal sequence of the sales operation traversal activity character; add a procurement management CGGL component type in the traversal sequence of the sales operation traversal activity character Purchase delivery activity character of the purchase delivery function of the symbol;

Add a traversal activity character in the business run root activity, referred to as the purchase run traversal activity;

Add a traversal activity character in the traversal sequence of the procurement operation traversal activity symbol, which is referred to as a sales production operation traversal activity character for short;

Add a same comparison activity in the traversal sequence of the sales production traversal activity, referred to as the sales production run comparison activity; add a conditional activity in the traversal sequence of the sales production traversal activity, referred to as the sales production operation condition Activity character

Add a sales receipt activity character based on the sales function of the sales management XSGL component type character to the true branch of the sales production condition activity, which is referred to as the production sales receipt activity character; Add a sales and shipping activity symbol based on the sales and shipping function of the sales management XSGL component type symbol, which is referred to as the production and sales shipping activity character; add a sales management XSGL in the true branch of the sales production running condition activity character The internal ordering activity of the internal ordering function of the component type character, referred to as the production internal ordering activity symbol;

Add a traversal activity character in the traversal sequence of the procurement operation traversal activity, referred to as the sales procurement operation traversal activity character;

Add a same comparison activity character in the traversal sequence of the sales procurement operation traversal activity symbol, which is simply referred to as the sales procurement operation comparison activity character; add a condition activity activity in the traversal sequence of the sales procurement operation traversal activity character, which is simply referred to as the sales procurement operation condition. Activity character

A sales receipt activity character based on the sales receipt function of the sales management XSGL component type symbol is added to the true branch of the sales procurement operation condition activity, referred to as purchasing Sales receipt activity activity; add a sales shipment activity character based on the sales management function of the sales management XSGL component type character in the true branch of the sales procurement operation condition activity, referred to as the purchase sales shipment activity character; The internal ordering activity symbol of the internal ordering function based on the sales management XSGL component type is added to the true branch of the sales procurement operation condition activity, which is referred to as the purchase internal ordering activity symbol.

Internal order process editing

See Figure 24, after the completion of the internal management order view of the sales management XSGL component type, the construction process is similar to the "business main process flow editing", its contents are as follows:

Adding an addition activity character to the internal order root activity symbol, which is simply referred to as a contract statistical activity character; the addition activity character is an arithmetic activity character with an addition function; adding an addition activity character to the internal order root activity character, referred to as short For the demand statistical activity; add a subtraction activity in the internal order root activity, referred to as the order statistical activity; the subtraction activity is an arithmetic activity based on the subtraction function of the subtraction operator.

Sales and shipping process editing

See Figure 25, after the completion of the sales management XSGL component type symbol sales and shipping process view, the construction process is similar to the "business main process flow editing", its contents are as follows:

Add an addition activity character to the sales shipment root activity symbol, which is simply referred to as the shipment statistics activity character; add a subtraction activity character in the sales shipment root activity character, which is simply referred to as the inventory statistical activity character; the subtraction activity character is a The operator activity of the subtraction function based on the subtraction operator.

Sales receipt process editing

See Figure 26, after the completion of the sales management XSGL component type symbol sales order process view, the construction process is similar to the "business main process flow editing", its contents are as follows:

Add an addition activity to the sales receipt root activity, referred to as the receipt statistics activity.

Production planning process editing

See Figure 27, after the completion of the production management SCGL component type symbol production planning process view, the construction process is similar to the "business main process flow editing", its contents are as follows:

Adding a multiplication activity character to the production plan root activity symbol, referred to as a main item work activity activity character; the multiplication activity character is an arithmetic activity character having a multiplication function;

Add a multiplication activity in the production plan root activity, referred to as the part work activity activity.

Production implementation process editing

See Figure 28, after the completion of the production management SCGL component type symbol production implementation process view, the construction process is similar to the "business main process flow editing", its contents are as follows:

Add a main part processing activity character based on the main part processing function of the main part ZJ component type character in the production implementation root activity symbol; add a main part delivery based on the main part ZJ component type symbol in the production implementation root activity character The main component delivery activity of the function; add a part processing activity based on the part processing function of the part LJ component type in the production implementation root activity; add a part based LJ component in the production implementation root activity The part delivery activity of the part delivery function of the type character; add an accessory receiving activity character based on the accessory receiving function of the finished CP component type character in the production implementation root activity; add one in the production implementation root activity The finished assembly activity character of the finished assembly function based on the finished CP component type symbol.

Production delivery process editing

See Figure 29, after the completion of the production management SCGL component type symbol production delivery process view, the construction process is similar to the "business main process flow editing", its contents are as follows:

Add an assignment activity character in the production delivery root activity, referred to as the completion delivery activity; add an addition activity in the production delivery root activity, referred to as the delivery total statistical activity.

At the same time, all the process views of this embodiment are edited.

Transfer editor

Next, the construction process of the transfer view of each activity symbol will be described in detail;

Business configuration transfer editor

The service configuration activity character does not need to exchange data, so the service configuration transmission view content is empty;

Business operation loop transfer editing

As shown in FIG. 30, the hierarchical panel receives the operation information of the selected service management YWGL component type character sent by the actual system modeling environment, and sends the service management to the hierarchical processor. The YWGL component type is set to the instruction of the component type involved; the hierarchical processor sets the business management YWGL component type to the component type in response to the aforementioned instruction; the hierarchical panel brush displays the new hierarchical view, and sets the business management YWGL component type character to the involved The component type identifier; the interface panel receives the operation information of the selected business main process function sent by the actual system modeling environment, and sends an instruction to the interface processor to set the business main process function to the function involved; the interface processor responds to the foregoing instruction The main business process function is set to the function involved; the interface panel visual display interface view sets the business main process function to the function involved; the process panel receives the operation information of the selected business operation cycle activity character sent by the actual system modeling environment. And sending, to the process processor, an instruction to set the business operation loop activity to the activity involved; the process processor sets the business operation cycle activity to the activity involved in response to the foregoing command; the process panel refreshes the process view display, and sets the business operation cycle activity character For the activity involved; transfer editor for the live Constructs a transfer view as an object to form a transfer view of the business run cycle activity; for the sake of simplicity, the transfer view of the business run cycle activity is simply referred to as the business run loop transfer view according to the name of the activity, and other transfer views are like this ratio. No longer;

The transmission panel receives operation information from the actual system modeling environment to establish a transmission character from the production operation attribute of the component to the cyclic condition attribute of the activity element involved; the transmission panel responds to the operation information to the transmission processor Executing an instruction to establish a transfer of a loop condition attribute from a production operation state attribute of the business management YWGL component type to a business operation loop activity; the transfer processor responds to the aforementioned instruction to establish a production operation attribute from the business management YWGL component type to the business operation cycle Transfer of active loop condition properties; transfer panel visual display transfer view, establish a slave business management The transfer attribute of the production run attribute of the YWGL component type character to the loop condition attribute of the business operation cycle activity character; the cycle condition attribute of the business operation cycle activity character refers to the cycle element of the business operation cycle activity symbol Abbreviation of the conditional attribute; the meaning of the attribute of the subsequent other activity is deduced by analogy;

Business run transfer editor

air.

Sequence number clear assignment transfer editing

See Figure 31, after the completion of the sequence number clear assignment transfer view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the constant zero attribute of the business management YWGL component type character to the input attribute of the sequence number zeroing activity, the output attribute of the sequence number assignment activity to the product serial number attribute of the business management YWGL component type.

Production creation instance transfer editing

See Figure 32. After the flow is completed, the production creates an instance transfer view. The construction process is similar to the "Business Run Cycle Transfer Edit", and its contents include the following transfers:

From the name of the production management SCGL component type symbol to the type attribute of the production creation instance activity, from the production item number attribute of the business management YWGL component type character to the instance quantity attribute of the production creation instance activity.

Production configuration traversal transfer editing

See Figure 33. The completed production configuration traverses the transfer view. The construction process is similar to the "Business Run Cycle Transfer Edit", which contains the following transfers:

From the name of the production management SCGL component type symbol to the type attribute of the production configuration traversal activity.

Production serial number plus one transfer editor

See Figure 34, the completed production serial number plus a transmission view, the construction process is similar to the "business operation loop transmission view", the content of which contains the following transmission:

From the product serial number attribute of the business management YWGL component type symbol to the input attribute of the production serial number plus an activity character, the output attribute number of the production number plus one activity character to the product serial number attribute of the business management YWGL component type symbol.

Production serial number assignment transfer editing

See Figure 35, the completed production serial number assignment transmission view, the construction process is similar to "business operation loop transmission editing", the content of which includes the following transmission:

From the product serial number attribute of the business management YWGL component type symbol to the input attribute character of the production serial number assignment activity, the output attribute of the production serial number assignment activity to the product serial number attribute of the production management SCGL component type.

Purchase creation instance transfer editing

See Figure 36, the completed purchase creates an instance transfer view, and its construction process is similar to "Running cycle transfer editing", its contents include the following transmission:

From the name of the procurement management CGGL component type symbol to the type attribute of the purchase instance creation activity, from the purchase item number attribute of the business management YWGL component type symbol to the instance quantity attribute of the purchase instance creation activity.

Purchasing configuration traversal transfer editing

See Figure 37. The completed procurement configuration traverses the transfer view. The construction process is similar to the "Business Run Cycle Transfer Edit", which contains the following transfers:

From the name of the purchasing management CGGL component type symbol to the type attribute of the purchasing configuration traversal activity.

Purchase serial number plus one transfer editor

See Figure 38. After the completion of the purchase serial number plus a transfer view, the construction process is similar to "business operation loop transfer editing", the content of which contains the following transmission:

From the product serial number attribute of the business management YWGL component type symbol to the input attribute of the purchase serial number plus an activity character, the output attribute of the purchase number plus one activity character to the product serial number attribute of the business management YWGL component type symbol.

Purchase serial number assignment transfer editing

See Figure 39, the completed purchase number assignment transfer view, the construction process is similar to "business operation loop transfer editing", the content of which includes the following transmission:

From the product serial number attribute of the business management YWGL component type symbol to the purchase serial number assignment The input attribute of the value activity character, from the output attribute of the purchase serial number assignment activity to the product serial number attribute of the purchase management CGGL component type.

Sales serial number clear assignment transfer editing

As shown in Fig. 40, the completed sales serial number clears the assignment transfer view, and its construction process is similar to "business operation loop transfer editing", and its content includes the following transmission:

From the constant zero attribute of the business management YWGL component type symbol to the input attribute of the sales serial number clear assignment activity, the output attribute of the sales order number clear assignment activity to the product serial number attribute of the business management YWGL component type .

Sales Create Instance Transfer Editor

As shown in Figure 41, the completed sales instance creates a transfer view, and its construction process is similar to "Business Run Cycle Transfer Edit", which contains the following transfers:

From the name of the sales management XSGL component type symbol to the type attribute of the sales instance creation activity, from the sales item number attribute of the business management YWGL component type symbol to the quantity attribute of the sales instance creation activity.

Sales configuration traversal transfer editing

As shown in Figure 42, the completed sales configuration traverses the transfer view, and its construction process is similar to "Business Run Cycle Transfer Edit", which contains the following transfers:

From the name of the sales management XSGL component type symbol to the type attribute of the sales configuration traversal activity.

Sales serial number plus one transfer editor

See Figure 43, the completed sales serial number plus a transmission view, the construction process is similar to "business operation loop transmission editing", the content of which contains the following transmission:

From the product serial number attribute of the business management YWGL component type symbol to the input attribute of the sales serial number plus an activity character, the output attribute number of the sales number plus one activity character to the product serial number attribute of the business management YWGL component type symbol.

Sales serial number assignment transfer editor

See Figure 44, the completed sales number assignment transfer view, the construction process is similar to "business operation loop transfer editing", the content of which contains the following transmission:

From the product serial number attribute of the business management YWGL component type symbol to the input attribute character of the sales serial number assignment activity character, from the output attribute of the sales serial number assignment activity to the product serial number attribute of the sales management XSGL component type.

Sales production configuration traversal transfer editing

See Figure 45. The completed sales production configuration traverses the transfer view. The construction process is similar to the "Business Run Cycle Transfer Edit", which contains the following transfers:

From the name of the production management SCGL component type symbol to the type attribute of the sales production configuration traversal activity.

Sales Production Configuration Comparison Transfer Editor

See Figure 46, the completed sales production configuration comparison transfer view, its construction process class It is like "business operation loop transfer editing", its content contains the following transmission:

From the product serial number attribute of the sales management XSGL component type symbol to the compared attribute of the sales production configuration comparison activity character, from the product serial number attribute of the production management SCGL component type character to the comparison attribute of the sales production configuration comparison activity character, The result attribute of the sales production configuration comparison activity is compared to the comparison result attribute of the business management YWGL component type.

Sales production configuration condition transfer editing

See Figure 47, the completed sales production configuration condition transmission view, the construction process is similar to "business operation loop transmission editing", the content of which includes the following transmission:

From the comparison result attribute of the business management YWGL component type character to the status attribute of the sales production configuration condition activity.

Sales production assignment transfer editor

See Figure 48, the completed sales production assignment transfer view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the product name attribute of the production management SCGL component type symbol to the input attribute of the sales production assignment activity, from the output attribute of the sales production assignment activity to the product name attribute of the sales management XSGL component type.

Sales purchase configuration traversal transfer editing

As shown in Figure 49, the completed sales procurement configuration traverses the transfer view, and its construction process class It is like "business operation loop transfer editing", its content contains the following transmission:

From the name of the purchasing management CGGL component type symbol to the type attribute of the sales purchasing configuration traversal activity.

Sales Procurement Configuration Comparison Transfer Editor

See Figure 50, after the completion of the sales procurement configuration comparison transfer view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the product serial number attribute of the sales management XSGL component type symbol to the compared attribute of the sales purchasing configuration comparison activity character, from the product serial number attribute of the purchasing management CGGL component type character to the comparison attribute of the sales purchasing configuration comparison activity character, The sales purchase configuration compares the result attribute of the activity character to the comparison result attribute of the business management YWGL component type.

Sales purchase configuration condition transfer editing

See Figure 51, the completed sales procurement configuration condition transmission view, the construction process is similar to "business operation loop transmission editing", the content of which includes the following transmission:

From the comparison result attribute of the business management YWGL component type character to the status attribute of the sales purchase configuration condition activity.

Sales Purchasing Configuration Transfer Editor

See Figure 52, the completed sales procurement configuration transfer view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the product name attribute of the purchase management CGGL component type symbol to the input attribute of the sales purchase assignment activity, from the output attribute of the sales purchase assignment activity to the product name attribute of the sales management XSGL component type.

Production run traversal transfer editing

As shown in Fig. 53, the completed production operation traverses the transmission view, and its construction process is similar to "business operation loop transmission editing", and its content includes the following transmission:

From the name of the production management SCGL component type symbol to the type attribute of the production run traversal activity.

Production plan transfer editor

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Production implementation transfer editing

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Production delivery transfer editor

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Purchasing run traversal transfer editing

As shown in Figure 54, the completed procurement operation traverses the transfer view, and its construction process is similar to "business operation loop transfer editing", the content of which includes the following transmission:

From the name of the procurement management CGGL component type symbol to the purchase run traversal activity Type attribute.

Purchase implementation transfer editor

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Purchase delivery transfer editor

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Sales run traversal transfer editing

See Figure 55. The completed sales run traverses the transfer view. The construction process is similar to the "Business Run Cycle Transfer Edit", which contains the following transfers:

From the name of the sales management XSGL component type symbol to the type attribute of the sales run traversal activity.

Sales production run traversal transfer editing

As shown in Fig. 56, the completed sales production operation traverses the transmission view, and its construction process is similar to "business operation loop transmission editing", and its content includes the following transmission:

From the name of the production management SCGL component type symbol to the type attribute of the sales production run traversal activity.

Sales production run comparison transfer editing

See Figure 57, the completed sales production operation comparison transfer view, the construction process is similar to "business operation cycle transfer editing", its content contains the following transmission:

From the product serial number attribute of the sales management XSGL component type symbol to the compared attribute of the sales production run comparison activity character, from the product serial number attribute of the production management SCGL component type symbol to the comparison attribute of the sales production running comparison activity character, The result attribute of the sales production run comparison activity is compared to the comparison result attribute of the business management YWGL component type.

Sales production operation condition transfer editing

See Figure 58, the completed sales production operation condition transmission view, the construction process is similar to the "business operation loop transmission editing", the content of which includes the following transmission:

From the comparison result attribute of the business management YWGL component type symbol to the status attribute of the sales production run condition activity.

Production Sales Receipt Transfer Editor

See Figure 59. After the completion of the production and sales receipt transfer view, the construction process is similar to the "business operation cycle transfer editing", the content of which includes the following transmission:

From the Delivery Quantity attribute of the Production Management SCGL Component Type to the Goods Receipt Quantity attribute of the Production Sales Receipt Activity.

Production, sales, shipment, transfer editing

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Production internal order transfer editing

See Figure 60, completed production internal order transfer view, the construction process is similar to "business operation cycle transfer editing", its content contains the following transmission:

From the order quantity attribute of the production internal ordering activity to the order quantity attribute of the production management SCGL component type.

Sales purchase run traversal transfer editing

As shown in Fig. 61, the completed sales procurement operation traverses the transmission view, and its construction process is similar to "business operation loop transmission editing", and its content includes the following transmission:

From the name of the procurement management CGGL component type symbol to the type attribute of the sales purchase run traversal activity.

Sales purchase run comparison transfer editing

See Figure 62. After the completion of the sales procurement operation comparison transfer view, the construction process is similar to the "business operation cycle transfer editing", the content of which includes the following transmission:

From the product serial number attribute of the sales management XSGL component type symbol to the compared attribute of the sales purchase running comparison activity character, from the product serial number attribute of the procurement management CGGL component type character to the comparison attribute character of the sales purchase running comparison activity character, The result attribute of the sales purchase run comparison activity character to the comparison result attribute of the business management YWGL component type character.

Sales purchase operation condition transfer editing

See Figure 63, the completed sales procurement operation condition transmission view, the construction process is similar to the "business operation loop transmission editing", the content of which includes the following transmission:

From the comparison result attribute of the business management YWGL component type character to the status attribute of the sales purchase run condition activity.

Purchase sales receipt transfer editor

See Figure 64, the completed purchase and sales receipt transfer view, the construction process is similar to the "business operation cycle transfer editing", the content of which includes the following transmission:

From the Delivery Quantity attribute of the Purchasing Management CGGL Component Type symbol to the Goods Receipt Quantity attribute of the Purchase Sales Receipt Activity.

Purchase sales shipment transfer editor

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Purchase internal order transfer editing

See Figure 65. After the completion of the procurement internal order transfer view, the construction process is similar to the "business operation cycle transfer editing", the content of which includes the following transmission:

From the purchase order quantity attribute of the purchase internal order activity symbol to the purchase quantity attribute of the purchase management CGGL component type symbol.

Contract statistics transfer editor

See Figure 66, the completed contract statistics transmission view, the construction process is similar to the "business operation loop transmission editing", the content of which includes the following transmission:

From the contract quantity attribute of the FXP component type of the distribution product to the addend attribute of the contract statistical activity, from the contract quantity attribute of the direct sales product ZXP component type to the add value attribute of the contract statistical activity character, The contract attribute attribute of the contract statistic activity symbol to the contract order quantity attribute of the sales management XSGL component type.

Demand statistics transfer editor

See Figure 67, the completed demand statistics transfer view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the minimum inventory attribute of the sales management XSGL component type to the add-on attribute of the demand statistic activity, from the contract-order attribute of the sales management XSGL component type to the add-on attribute of the demand statistic activity, from the demand The sum attribute of the statistical activity symbol to the required quantity attribute of the sales management XSGL component type.

Order statistics transfer editor

See Figure 68, the completed order statistics transmission view, the construction process is similar to the "business operation loop transmission editing", the content of which includes the following transmission:

From the demand quantity attribute of the sales management XSGL component type symbol to the reduced attribute of the ordering statistical activity, from the inventory quantity attribute of the sales management XSGL component type symbol to the subtraction attribute of the ordering statistical activity, from the ordering statistics The difference attribute of the activity character The order quantity attribute to the sales management XSGL component type.

Shipment statistics transfer editor

See Figure 69, the completed shipment statistics transfer view, the construction process is similar to the "business operation loop transfer editing", its content contains the following transmission:

From the shipment quantity attribute of the FXP component type of the distribution product to the add-on attribute of the shipment statistical activity symbol, from the shipment quantity attribute of the direct sales product ZXP component type character to the add-on attribute of the shipment statistical activity character , from the shipment statistics activity and the number attribute to the sales management XSGL component type of the shipment quantity attribute.

Inventory statistics transfer editor

See Figure 70, the completed inventory statistics transfer view, the construction process is similar to the "business operation loop transfer editing", the content of which includes the following transmission:

From the inventory quantity attribute of the sales management XSGL component type symbol to the subtracted attribute of the inventory statistical activity, from the shipment quantity attribute of the sales management XSGL component type symbol to the subtraction attribute of the inventory statistical activity, from the inventory The difference attribute of the statistical activity character to the inventory quantity attribute of the sales management XSGL component type.

Receipt Statistics Transfer Editor

See Figure 71 for the receipt statistics transmission view after completion. The construction process is similar to the “Business Run Cycle Transfer Edit”, and its contents include the following transmissions:

From the inventory quantity attribute of the sales management XSGL component type symbol to the receipt statistics The add-in attribute of the symbol, from the receipt quantity attribute of the sales management XSGL component type symbol to the add-on attribute of the receipt statistical activity, from the sum attribute of the receipt statistical activity to the sales management XSGL component The inventory quantity attribute of the type character.

Main piece work statistics transfer editing

See Figure 72, after the completion of the main unit work statistics transmission view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the order quantity attribute of the production management SCGL component type character to the multiplicand attribute of the main component work-statistic activity character, from the single-piece main piece quantity attribute of the finished CP component type symbol to the main part work-statistic activity The multiplier attribute, from the product attribute of the main component work activity activity character to the work number attribute of the main piece ZJ component type character.

Part work statistics transfer editing

See Figure 73, the completed part work statistics transfer view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the order quantity attribute of the production management SCGL component type symbol to the multiplicand attribute of the part workability statistical activity, from the single set part quantity attribute of the finished CP component type character to the multiplier attribute of the part work statistic activity Symbol, from the product attribute of the part work statistic activity to the number of work of the part LJ component type.

Main part processing transfer editing

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Master delivery transfer editing

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Part processing transfer editing

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Part delivery transfer editing

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Accessory transmission transfer editing

See Figure 74. The completed accessory receives the transmission view. The construction process is similar to the “Business Run Cycle Transfer Edit”, which contains the following transmissions:

From the delivery quantity attribute of the main part ZJ component type symbol to the main item receipt quantity attribute of the accessory receiving activity, from the delivery quantity attribute of the part LJ component type symbol to the part receipt quantity attribute of the accessory receiving activity symbol.

Finished assembly transfer editing

See Figure 75, the finished assembly assembly transfer view, the construction process is similar to the "business operation cycle transfer editing", the content of which includes the following transmission:

From the number of completion attribute of the finished assembly activity to the completion quantity attribute of the production management SCGL component type.

Finished delivery transfer editing

See Figure 76, completed delivery delivery view, the construction process is similar to "business operation loop transfer editing", its content contains the following transmission:

From the completion quantity attribute of the production management SCGL component type symbol to the input attribute of the completion delivery activity character, from the output attribute of the completion delivery activity to the delivery quantity attribute of the production management SCGL component type.

Total delivery statistics editing

See Figure 77, the completed delivery total statistics transfer view, the construction process is similar to the "business operation cycle transfer editing", its content contains the following transmission:

From the delivery quantity attribute of the production management SCGL component type character to the addend attribute of the delivery total statistical activity, from the delivery total attribute of the production management SCGL component type to the delivery total statistical activity The add-in attribute, from the sum attribute of the total amount of activity statistics to the total quantity attribute of the production management SCGL component type.

At the same time, in this embodiment, the system view system model with the business management YWGL as the theme is edited by the hierarchical view, the interface view, the algorithm view, the flow view, the transfer view and the corresponding model.

This embodiment demonstrates an ordinary manager who does not master the existing complex system modeling language and does not master the computer programming language. It does not need to rely on professional modelers and program developers. How to independently put forward his own ideas about business management. The invention is used to edit an executable business management system view and system model in a short period of time. Not only The process is clear, the editing method is simple, and the quality of the model is significantly higher, and the time spent is significantly less.

Compared with the mode in which the same manager and the professional modeler or the program developer cooperate to develop the business management system view and the system model, the manager uses the invention to independently develop the business management view and the system model, and obtains the following obvious effect:

(1) High quality: The edited system model is required by the manager, avoiding the deviation of the professional modeler or the program developer from the manager's understanding of the business management system view and system model;

[Correct according to Rule 26 17.08.2015]
(2) Short time: Because the complicated communication between managers and professional modelers or program developers is saved, the time period of the entire modeling is shortened to 1/5, which greatly saves time, energy and funds. .

Claims (1)

A visual modeling editor for constructing a system model based on a computer readable storage medium containing computer readable program code, the computer readable program code comprising a set of instructions executable by a processor of a computer The system view based on the system meta-view processes the data of a record system model defined by the system metamodel to implement a general visual modeling method for constructing the system model. The visual modeling editor used includes the following components: Hierarchical editor: the hierarchical model is used as the data component, the hierarchical panel is used as the display component, and the hierarchical processor is used as the processing component to realize the editing of the hierarchical view and the hierarchical model; the hierarchical panel visualizes the hierarchical model in a hierarchical view display; Interface editor: the interface model is the data component, the interface panel is the display component, and the interface processor is the processing component to implement the editing of the interface view and the interface model; the interface panel visualizes the interface model by using the interface view display; Algorithm editor: the algorithm model is used as the data component, the algorithm panel is used as the display component, and the algorithm processor is used as the processing component to realize the editing of the algorithm view and the algorithm model; the algorithm panel visualizes the algorithm model by the algorithm view display; Process editor: the process model is the data component, the process panel is the display component, and the process processor is the processing component to realize the editing of the process view and the process model; the process panel visualizes the process model by the process view display; The transmission editor: the transmission model is a data component, the transmission panel is a display component, and the transmission processor is a processing component to implement editing of the transmission view and the transmission model; the transmission panel visualizes the transmission model by using the transmission view Display The specific steps of constructing the system model using the components of the above visual modeling editor are as follows: 1) Hierarchical editing: The process of constructing a hierarchical model by the hierarchical editor includes: the hierarchical panel receives the actual component modeling environment, such as newly created component type, added component type, selected component type, copied component type, and deleted component type. Operation information of the symbol and the duplicate member type character, and issuing corresponding instructions such as a new component type, a new component type, a selection component type, a copy component type, a delete component type, and a duplicate member type to the hierarchical processor; the hierarchical processor response The foregoing instruction processes the hierarchical model accordingly; the hierarchical panel displays the hierarchical model in the form of a hierarchical view; 2) Interface editing: The model editor constructs the interface model one by one for the component types in the hierarchical model obtained in step 1). The construction steps of each interface model include: the interface panel receives the attribute characters and functional characters sent by the actual system modeling environment. And event symbols such as new, add, select, copy, delete, and naming operation information, and issue corresponding instructions to the interface processor for creating, adding, selecting, copying, deleting, and naming attributes, functions, and events; The processor responds to the foregoing instruction to perform corresponding processing on the interface model; the interface panel visually displays the interface model in the form of an interface view; the algorithm model for implementing the algorithm function is constructed by step 3), and the process model for implementing the process function is constructed by step 4); 3) Algorithm editing: The algorithm editor constructs the algorithm model one by one for the algorithm functions obtained in step 2). The construction steps of each algorithm model include: the algorithm panel receives the actual system modeling environment, such as adding an operator symbol, copying the arithmetic element. Symbol, delete operator, and operation information such as adding a value-added character and deleting a value-added character, and issuing corresponding functions such as adding an arithmetic element, copying an arithmetic element, deleting an arithmetic element, and adding a value, and deleting a value to the algorithm processor. The algorithm processor responds to the foregoing instruction and performs corresponding processing on the algorithm model; the algorithm panel is in the form of an algorithm view Display algorithm model; 4) Process editing: The process editor constructs the process model one by one for the process functions obtained in step 2), and the process steps of each process model include: the process panel receives the actual system modeling environment, such as adding an activity character, selecting an activity character, Deleting the operation information of the activity character; the process panel sends corresponding instructions such as adding an activity, selecting an activity, and deleting the activity to the process processor in response to the foregoing operation information; the process processor processes the process model in response to the foregoing instruction; the process panel processes The process model is displayed in the form of a view; 5) Transfer Edit: The transfer editor constructs the transfer model one by one for the activities in the process model obtained in step 4). The construction steps of each transfer model include: the transfer panel receives the actual system modeling environment, such as adding a transfer symbol, selecting Transmitting, deleting the operation information of the transmission character; the transmission panel sends an instruction to add, transfer, and delete the transmission to the transmission processor in response to the foregoing operation information; the transmission processor processes the transmission model in response to the foregoing instruction; the transmission panel Display the transfer model in the form of a transfer view; At this point, the hierarchical model, the interface view, the algorithm view, the flow view, and the transfer view are displayed, and the system model composed of the hierarchical model, the interface model, the algorithm model, the process model, and the transmission model is edited.

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