CN111752552A - Industrial software design and application platform - Google Patents
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- CN111752552A CN111752552A CN202010598172.9A CN202010598172A CN111752552A CN 111752552 A CN111752552 A CN 111752552A CN 202010598172 A CN202010598172 A CN 202010598172A CN 111752552 A CN111752552 A CN 111752552A
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Abstract
The invention provides an industrial software design and application platform, and belongs to the technical field of industrial software. The industrial software design and application platform comprises a designer, wherein the designer comprises a system component, a component template and a model component, and an enterprise application list is generated by selecting the system component, the component template and the model component to be combined and built on a designer interface. The attributes of the system components are controlled through 'behavior setting', specifically: the designer calls model data in the model management module through the workflow model module, and the designer also calls a data interface of the data pool management module through the workflow model module and the event model module to select required data. The invention can be flexibly combined and built according to enterprise requirements, does not depend on programmers, and shortens the research and development period; when the system is used, if problems occur, the system component, the component template and the model component can be selected and recombined for construction, so that the stability is better.
Description
Technical Field
The invention belongs to the technical field of industrial software, and particularly relates to an industrial software design and application platform.
Background
Industrial Software (Industrial Software) refers to Software applied in Industrial fields, including systems, applications, middleware, embedded, etc. The industrial software has not only the property of software but also the distinctive industrial characteristics, and with the continuous development of the automation industry, by continuously accumulating industrial knowledge, the industrial application knowledge is taken as the key element for developing the automation industry, and becomes the main factor for adjusting the economic structure and converting the economic growth mode of enterprises gradually.
Common industrial software includes MES, WMS, APS, MDC, PLM (PDM), APP, which currently hinders the popularization and effective practical application of industrial software: the implementation and secondary development workload is large, the cost is high, the technical difficulty of an information interface exists, the stability is unreliable, and the research and development period is long.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides an industrial software design and application platform, which improves the stability, shortens the research and development period and reduces the dependence on programmers.
The present invention achieves the above-described object by the following technical means.
An industrial software design and application platform comprises a designer, wherein the designer comprises a system component, a component template and a model component, and an enterprise application list is generated by selecting the system component, the component template and the model component to be combined and built on a designer interface.
In the technical scheme, the attributes contained in the system components are controlled through manual configuration or behavior setting or bound through a binding model; the control is carried out through behavior setting, and specifically comprises the following steps: the designer calls model data in the model management module through the workflow model module, and the designer also calls the data pool management module through the workflow model module and the event model module to select required data; and the workflow model module calls data at a set time point.
In the above technical solution, the time point is set by the timing task management module.
In the technical scheme, the platform also comprises a system setting module, wherein the system setting module comprises file template management, local resource management, serial number rule management, authority code management, enumeration type management, global return code management and formula library management; the file template management is used for storing a data template for direct downloading by a designer; the local resource management is used for maintaining keys of local resources, and the designer uses the keys to store data locally; the serial number rule management is used for generating a serial number in a designer; the authority codes are used for managing the hiding and reality of each control of the designer; the enumeration type management is used for enumerating the whole system in the use process of the designer; the global return code management is used for managing the return code of the platform, and when an error occurs, the error type is conveniently positioned; the formula library management is used for maintaining manually written javascript.
In the technical scheme, the system component comprises a function component, an input box, a selection item, a data list, a content display, a time component, a graphic component, a flow component and a report component.
In the above technical solution, the component template includes a control combined with the system component and a template directly used, and the control includes a common button control, a common layout control, and an input/selection box control.
In the above technical solution, the model management module applies a basic model, an aggregation model, a tree model and a virtual model required for design, and any two models of the basic model, the aggregation model, the tree model and the virtual model can be mapped through the model mapping module.
In the technical scheme, the model component automatically generates the components required by the enterprise by selecting the model in the model management module to the designer interface.
The invention has the beneficial effects that: the designer comprises a system component, a component template and a model component, and the system component, the component template and the model component are selected and combined to build on a designer interface to generate an enterprise application list; the component template comprises a control combined with the system component, so that a richer component template is formed, and the repeated use is convenient; the model component selects a model in the model management module to a designer interface through a toolbar to automatically generate a component required by an enterprise; the component template and the model component for generating the enterprise application list are various in form, convenient and flexible, and can be combined and built according to enterprise requirements when in use, so that a programmer is not relied on, and the research and development period is shortened; when the system is used, if problems occur, the system component, the component template and the model component can be selected and recombined for construction, so that the stability is better.
Drawings
FIG. 1 is a schematic diagram of an industrial software design and application platform according to the present invention;
fig. 2 is a schematic diagram of an input box component in the system component according to the present invention, fig. 2(a) is a "basic setup" block diagram of the input box component, and fig. 2(b) is a "unique property" block diagram of the input box component.
Detailed Description
The invention will be further described with reference to the following figures and specific examples, but the scope of the invention is not limited thereto.
The industrial software design and application platform adopts a micro-service architecture system, can run in a cross-platform mode under the Linux/Windows environment, is developed by adopting Java language, adopts MySQL for a database, and adopts B/S for a software structure.
As shown in fig. 1, an industrial software design and application platform includes: the system comprises a designer, a model management module, an event model module, a workflow model module, a data pool management module, a timing task management module and a system setting module. The specific introduction is as follows:
the designer comprises a system component, a component template and a model component, wherein the system component comprises a function component, an input box, a selection item, a data list, content display, a time component, a graphic component, a flow component, a report component and the like; the component template comprises a common button control, an input/selection frame control, a common layout control, a PLM common button control, a PLM common layout control, an APS common button control, an APS common layout control, process configuration, a process report and the like; the types of the model components comprise a basic model, an equipment model, a product data model, a scheduling model, a storehouse model, a quality model, a product model, a production model, an acquisition model, a system model, a middle storehouse model and the like; the types of the component templates and the model components are not limited to the types given above, and the designer can perform personalized design according to the needs of the enterprise.
The system component is the smallest unit of the component, not partitionable. Taking the input box as an example, the input box component provides the attributes as shown in fig. 2, and the attributes contained in the "basic settings" of fig. 2(a) exist in all system components; the attributes contained in the "unique attributes" of fig. 2(b) are unique to the input box component. All the above properties can be controlled by manual configuration or by "behavior setup" or bound by a "binding model".
The control is carried out through behavior setting, and specifically comprises the following steps: the designer calls model data in the model management module through the workflow model module, and the designer also calls a data interface of the data pool management module through the workflow model module and the event model module to select required data. The timing task management module sets time, and the workflow model module calls data at the set time point.
The binding model is bound with all models in the model management module.
The process configuration and process report in the component template can be directly used, and other controls are combined with the system components to form richer component templates, so that the component templates are convenient to reuse.
The model component selects a model in the model management module to a designer interface through a toolbar to automatically generate components required by the enterprise (such as a basic model, an equipment model, a product data model, a scheduling model, a warehouse model, a quality model, a product model, a production model, an acquisition model, a system model, an intermediate library model and the like).
And on a designer interface, selecting a system component, a component template and a model component, combining and building to generate an enterprise application list, and displaying the enterprise application list on an application platform.
II, a model management module: a variety of models are provided that are needed for application design, including base models (underlying lists), aggregate models (tables of aggregate queries), tree models (tables of tree types), and virtual models (tables that can dynamically expand columns based on data).
1. The list of the basic model comprises model basic information, model attribute information and model rule configuration information, wherein the model basic information comprises codes, names, identifiers, belonged classifications, whether the models are enabled or not and descriptions, the model attribute information comprises attribute codes, attribute names, attribute aliases, attribute types, whether the models are primary keys or not, whether the models are filled or not and whether the models are repeated or not, and the model rule configuration information comprises rules and formatting.
The operations supported by the basic model are inquiry, addition, edition and deletion.
(1) Query
The query conditions comprise model coding, model name, belonging classification, model identification and starting or not.
(2) Adding new
The newly added basic model is identified as a self-defined model (can not be edited), the classification of the newly added basic model is selected by popping up a 'model classification' page, and the displayed classification name is the classification name; when the model is added, a new line of data is added in the attribute information list by default and is used as the unique identifier of the attribute information. The data are as follows: and (3) attribute coding: id, attribute name: primary key identification, attribute alias: primary key, attribute type: integer, primary key: if yes, whether to fill: is, whether or not: and no. Clicking an adding button to add new attribute information, filling in the attribute information in a manual pull-down or input mode by an attribute information user, and setting an attribute information type pull-down box data source as follows: string (fixed value, regular expression), integer (length, range configurable), boolean (boolean), date (formatting), floating point (precision), enumeration (enumerated value); whether the primary key defaults to: if not, whether default is filled in: if not, repeatedly defaulting: thus, the default option may be modified by pulling down.
The attribute coded data source is from the attribute list; the default (final) settings are derived from fixed values and functions, the current ones being: acquiring a current date; the precision setting is a few bits after the decimal point; the enumeration value is from a page maintained by enumeration, and the selected return is enumeration coding; formatting is currently only for date types.
(3) Editing
The operation columns of the model list are all provided with editing buttons, and the attribute information list supports floating and modifiable contents.
(4) Deleting
And the operation columns of the model list are all provided with a deleting button, and the deleted models cannot be recovered.
2. The aggregation model belongs to a self-defined model, in order to meet the generation of association among business scenes, the aggregation model realizes model association through selection of one master model and a plurality of slave models, the associated models belong to the same category, and if the cross-domain is necessary, the association is realized through redundant fields.
The aggregation model comprises paging display, query conditions, support model coding, model names, fuzzy query, model identification, starting or not, interface display master-slave model information, and the operations which can be carried out include adding, starting, stopping, editing and deleting.
(1) Adding new
The newly added model is divided into a master model and a slave model, the master model information and the slave model information comprise model codes, model names, model aliases and whether to delete check, and the slave model codes select management fields according to types; clicking to select the associated model, and displaying the fields of the selectable model in a drawer mode according to the type.
(2) Editing
The editing model is divided into a master model and a slave model, and the information of the master model and the slave model comprises model codes, model names, model aliases and whether to delete the check; the identification and coding are not editable.
(3) Deleting
Deleting buttons are arranged on operation columns of the aggregation model list, and single or batch deletion is supported; clicking a delete button, clicking confirmation, and deleting the system softly. And (4) setting the grey of a head deleting button of the unselected information table.
(4) Activation of
When the aggregation model is enabled, the designer can use the aggregation model.
(5) Is out of use
The aggregation model may be disabled, and the designer may not reuse the aggregation model when disabled.
3. Tree model
The tree model information includes tree model information and tree relationship configuration information, the tree model information is the existing basic model information, and the tree relationship configuration information includes: the method comprises the following steps of model name, model coding, whether the model is a main model, node keywords, a node display field, associated model coding, associated model name and father node keywords, wherein the tree model supports the following operations: inquiring, adding, editing and deleting, and identifying a newly added TREE by the model.
(1) Query
And inquiring tree model information according to the model codes, the model names, the states and the classifications.
(2) Adding new
According to the requirement, to realize the configuration of the tree model relationship, the tree relationship configuration data is required to be added to the tree configuration list as required, the back end automatically and circularly traverses, and if the tree configuration list data is linked, the tree model relationship configuration data is automatically matched.
Wherein the node keywords, the father node keywords and the node display field data sources are from an attribute set of the selection model; the model supports selection of a basic model and an aggregation model, and the attributes of the selection model are as follows:
| selecting a model | Node key | Parent node key |
| Basic model | propertyCode | propertyCode |
| Polymerization model | modelAlias__propertyCode | modelAlias__propertyCode |
Regarding whether the tree configuration list can be configured with a newly added tree relationship, the details are as follows: if in the case of editing the tree model: single data, not supporting newly-added tree relation configuration; if in the case of editing the tree model: a plurality of pieces of data supporting newly added tree relationship configuration; and if the new tree model is added, no limitation is made. If the configuration is the tree of a single model, the configuration can be selected as a main model; if the configuration is a tree composed of a plurality of models, the model must be selected as a main model.
(3) Editing
The tree model may be composed of one or more base models, the result of which is a tree structure.
(4) Deleting
And deleting buttons are arranged on operation columns of the tree model list, and single deletion and multiple deletion are supported.
4. Virtual model
The virtual model information includes virtual model basic information and virtual model attribute information, and the virtual model basic information specifically includes: model coding, model name, description, model (establishing virtual model attribute information on the basis of the model), wherein the virtual model attribute information is specifically multiplexed by original attribute information of the model. The operations supported by the virtual model are: adding, editing, deleting and inquiring.
(1) Query
And inquiring the virtual model information according to the codes and the names.
(2) Adding new
The key points for realizing the virtual model are as follows: and establishing the custom attribute of the virtual model on the basis of the original basic model. And copying the attribute information of the basic model according to the attribute information of the virtual model. For example:
a basic model of the part is A, a virtual model C (mount custom attribute) is added under the basic model of the part classification B, and the target is the part model A.
(3) Editing
The data compiled are as follows: attribute encoding, attribute name, attribute alias, attribute type, whether primary key, whether padding is necessary, and whether repeatable.
(4) Deleting
And deletion buttons are arranged on operation columns of the virtual model list, and single deletion or multiple deletion is supported.
The model management module is internally provided with a model mapping module for mapping any two models of a basic model, a polymerization model, a tree model and a virtual model, and a designer maps one model into a required model through the model mapping module on a design interface.
Thirdly, an event model module: for describing the service function blocks, as nodes of the workflow. A plurality of subscribers of different types can be set for one event, the events are dispatched by workflow scheduling without sequencing, and the events are used for realizing the platform design service function.
And (3) event list display: sequence number, event name, event code, type, operation column, event list support to add, edit and delete:
newly adding events: filling basic information including an event name, an event code, an event type and an event description, entering a subscriber list after verification is passed, displaying the name and the type of the subscriber, wherein the subscriber list is provided with an adding button, an editing button and a deleting button, and the adding supports selection of a micro service, an external API and a database;
selecting a micro-service name and a corresponding interface name, associating a corresponding object model, and analyzing a parameter list: parameter name, parameter type and length (single mode or array);
selecting an external API (or manually adding the external API), selecting from an API resource pool list, associating and creating a corresponding object model, and analyzing a parameter list: parameter name, parameter type and length (single mode or array); the external API interface name can be increased;
selecting a database: placing sql statements and parameter maintenance into a database for selection
The maintained data connection is selected from the database, the data source can be searched, and the database can be newly added: selecting a database type, an ip address, a port number, a user name, a password, an instance name and a default database, adding the database type, the ip address, the port number, the user name, the password, the instance name and the default database into the database after determination, and refreshing a database list; writing an sql statement; adding a required parameter list (parameter name and parameter value), the attribute of the parameter binding model, and editing and deleting parameters in the parameter list;
clicking and editing to edit the event basic information;
clicking to delete, popping up a deletion confirmation box, clicking to confirm to delete the record, and deleting the subscriber in the association table.
Fourth, workflow model module
Workflow (Workflow), which refers to the "automation of a part or the whole of a business process in a computer application environment," is an abstract and generalized description of the business rules between the Workflow and its various operational steps. The method is used for describing a business function circulation process and supporting specific business scene calling.
By designing a workflow, a business flow and a data flow are customized, and a micro-service interface, external API docking, database access and the like are supported. And setting flow nodes, connecting lines, layout and attributes and rules of all flow elements is realized through the expression form of graphical dragging, so that a workflow template library is formed. The workflow node events can be distributed, the events are distributed according to the specified connecting lines and conditions, the micro-service consumes according to the specified message channels, and finally the circulation of the specific service scenes of the industrial production is completed.
The workflow menu displays a workflow list of an enterprise where the current login person is located through a sequence number, a name, a classification, a state and an operation field, and supports workflow starting, editing, deleting, copying and stopping:
starting: the workflow can be selectively displayed in other workflow lists; newly building a middle and stopped display starting button;
editing: the newly built workflow can realize the editing function;
and (3) deleting: the workflow in the new construction can be deleted;
copying: according to the currently selected workflow, a newly added function is quickly copied;
and (3) stopping use: the enabled workflow may be disabled;
the workflow design comprises displaying an event tree, a workflow design area, workflow basic configuration information (basic information and context information), and attribute configuration of each node and connecting line of the workflow;
(1) the display event tree is derived from a displayable event tree and is displayed according to the event classification hierarchy;
(2) workflow design area
Firstly, quickly operating a fence: canceling, redoing, deleting, amplifying, reducing, combining, canceling, emptying canvas and storing;
a canvas area: a canvas attribute supporting setting of whether to display a fence; when the design is started, the default is that starting and ending nodes exist, and the nodes cannot be deleted;
③ workflow nodes: supporting dragging movement, suspension and selection interaction, supporting design nodes, namely event related configuration after selection, and supporting whether the configuration rolls back or not; event related configurations, such as: displaying configuration such as length and width of the node, configuration of an event subscriber, and interaction of reference event configuration;
(3) the workflow basic information setting comprises name, code (code is not repeatable), belonging classification and whether to release; workflow context information: 1) the workflow type, workflow parameter and event subscriber return model; 2) context models can be added and deleted; 3) dynamically realizing context configuration of the workflow according to the event design of the flow chart node;
(4) workflow node and link attribute configuration
The method comprises the steps of configuring connection basic information (connection name) and connection conditions, wherein the connection conditions support addition, edition and deletion;
fifth, data pool management module
Various popular and general data interfaces required in the application design process are provided, the data interfaces are connected with an API resource pool list, a database resource pool, a database and the like, and functions of table-dividing and library-dividing operation, data caching and the like are also provided.
Sixthly, timing task management module
Various flexible starting and variable timed task management functions are provided, and the system can automatically execute the workflow at fixed time to complete specific operation.
The timed task management information list includes: task name, task type, task grouping, cron expression, concurrency, creator, creation time, updater, update time, current state, description and operation, wherein the timed task supports the following operations: adding, editing, deleting, inquiring, stopping, starting and checking logs; and click query: calling a task query interface to acquire timing task list information; click to stop: calling a task stopping interface, and displaying and starting the interface; click to start: calling a task starting interface, and stopping interface display; click newly-increased: calling a task newly-added interface; clicking to delete, and calling a task deletion interface; and click editing: calling a task editing interface; clicking to view the log: and calling a task viewing log interface. The list supports paging inquiry, and the inquiry conditions are as follows: task name, task type, task grouping, and whether concurrent.
Seventh, system setting module
The method comprises file template management, local resource management, serial number rule management, authority code management, enumeration type management, global return code management and formula library management, and provides basic support for the whole design platform.
The file template management is used for storing data templates (usually excel tables), and the data templates can be directly downloaded and used by a designer in MES/PLM/APS and other applications.
Local resource management is used to maintain a series of local resource keys with which the designer stores data locally.
And (3) management of serial number rules: in the designer, serial numbers can be generated through a serial number rule; for example: the worksheet number.
And (3) authority code management: the system is used for maintaining all authority codes, and the authority codes are applied to all controls of a designer and used for controlling the hiding and reality of the controls. For example: and the user is assigned with the authority, and when different users use the application, the viewed pages are different, so that the addition, deletion, modification and inquiry authorities of the users are limited.
Enumeration type management is used to manage enumerations throughout the system, which are mostly used in designers, as embodied in the design process of each application.
The global return code manages return codes for the management platform, facilitating locating error types when errors occur.
And managing a formula library, wherein the formula library is used for maintaining the manually written javascript, and the designer calls the javascript to perform data processing.
The present invention is not limited to the above-described embodiments, and any obvious improvements, substitutions or modifications can be made by those skilled in the art without departing from the spirit of the present invention.
Claims (8)
1. The industrial software design and application platform is characterized by comprising a designer, wherein the designer comprises a system component, a component template and a model component, and an enterprise application list is generated by selecting the system component, the component template and the model component to be combined and built on a designer interface.
2. The industrial software design and application platform according to claim 1, wherein the system components comprise properties that are controlled by manual configuration or by "behavior setup" or bound by a "binding model"; the control is carried out through behavior setting, and specifically comprises the following steps: the designer calls model data in the model management module through the workflow model module, and the designer also calls the data pool management module through the workflow model module and the event model module to select required data; and the workflow model module calls data at a set time point.
3. The industrial software design and application platform of claim 2, wherein the time point is set by a timed task management module.
4. The industrial software design and application platform of claim 2, wherein the platform further comprises a system setup module comprising file template management, local resource management, serial number rule management, authority code management, enumeration type management, global return code management, and formula library management; the file template management is used for storing a data template for direct downloading by a designer; the local resource management is used for maintaining keys of local resources, and the designer uses the keys to store data locally; the serial number rule management is used for generating a serial number in a designer; the authority codes are used for managing the hiding and reality of each control of the designer; the enumeration type management is used for enumerating the whole system in the use process of the designer; the global return code management is used for managing the return code of the platform, and when an error occurs, the error type is conveniently positioned; the formula library management is used for maintaining manually written javascript.
5. The industrial software design and application platform of claim 1, wherein the system components comprise a function component, an input box, a selection item, a data list, a content presentation, a time component, a graphics component, a flow component, and a reporting component.
6. The industrial software design and application platform of claim 1, wherein the component templates include controls combined with system components including common button controls, common layout controls, input/selection box controls, and direct use templates.
7. The industrial software design and application platform of claim 2, wherein the model management module applies a base model, an aggregate model, a tree model, and a virtual model required for design, and any two of the base model, the aggregate model, the tree model, and the virtual model can be mapped by the model mapping module.
8. The industrial software design and application platform of claim 7, wherein the model component automatically generates enterprise required components by selecting a model-to-designer interface in a model management module.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113010171A (en) * | 2021-04-09 | 2021-06-22 | 新奥数能科技有限公司 | Application construction method and device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101710405A (en) * | 2009-12-18 | 2010-05-19 | 南京大学 | Workflow editing method facing to Web service on basis of trust management |
| CN104679488A (en) * | 2013-11-29 | 2015-06-03 | 亿阳信通股份有限公司 | Flow path customized development platform and method |
| CN107533453A (en) * | 2015-03-06 | 2018-01-02 | 思科技术公司 | System and method for generating data visualization application |
| US20190138299A1 (en) * | 2017-11-06 | 2019-05-09 | General Electric Company | Software development lifecycle as a service |
| CN110413277A (en) * | 2019-06-24 | 2019-11-05 | 厦门雷霆互动网络有限公司 | A kind of generation method and system at the interface UI |
-
2020
- 2020-06-28 CN CN202010598172.9A patent/CN111752552A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101710405A (en) * | 2009-12-18 | 2010-05-19 | 南京大学 | Workflow editing method facing to Web service on basis of trust management |
| CN104679488A (en) * | 2013-11-29 | 2015-06-03 | 亿阳信通股份有限公司 | Flow path customized development platform and method |
| CN107533453A (en) * | 2015-03-06 | 2018-01-02 | 思科技术公司 | System and method for generating data visualization application |
| US20190138299A1 (en) * | 2017-11-06 | 2019-05-09 | General Electric Company | Software development lifecycle as a service |
| CN110413277A (en) * | 2019-06-24 | 2019-11-05 | 厦门雷霆互动网络有限公司 | A kind of generation method and system at the interface UI |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113010171A (en) * | 2021-04-09 | 2021-06-22 | 新奥数能科技有限公司 | Application construction method and device |
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