CN110244943B - Graphical service design method, system and software memory based on web and mobile terminal - Google Patents
Graphical service design method, system and software memory based on web and mobile terminal Download PDFInfo
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Abstract
The invention discloses a graphical service design method, a graphical service design system and a software memory based on a web and a mobile terminal, wherein the method comprises the following steps: a template preparation stage: establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration; and (3) a service design stage: when an application is established on a web or mobile terminal, selecting a corresponding template of a business system model according to the adaptive field or industry; modifying or creating a form in the business system model according to business requirements; modifying data in the form according to the service requirement to realize the definition of the data relation in the application; after the design is finished, the deployment of the application is triggered; and setting authority to control the use authority of the user to the application. The invention can obviously improve the quality and efficiency of enterprise application software products, dynamically change the functions and the flow of business application in real time and save the production cost.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a graphical service design method, a graphical service design system and a software memory based on a web and a mobile terminal.
Background
With the continuous development and progress of society, the business field is innovated and changed more frequently, but the business field or industry is numerous and has multiple scenes (such as mobile, office, financial, supply chain, complex, simple and the like). For different business fields, industries or scenes, the business functions to be realized are different, and when the business functions are changed, software needs to be modified more, so that more manpower is required to be invested, and development and testing are required for a longer time to be performed.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a graphical service design method, a graphical service design system and a software memory based on a web and a mobile terminal, aiming at the defect that a large amount of different service software needs to be designed for various different service scenes in the prior art.
The technical scheme adopted by the invention for solving the technical problems is as follows:
the invention provides a graphical service design method based on a web and a mobile terminal, which comprises the following steps:
a template preparation stage:
establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration;
and (3) a service design stage:
when an application is established on a web or mobile terminal, selecting a corresponding template of a business system model according to the adaptive field or industry;
modifying or creating a form in the business system model according to business requirements;
modifying data in the form according to business requirements to realize the definition of data relation in the application;
after the design is finished, the deployment of the application is triggered;
and setting authority to control the use authority of the user to the application.
Further, the method for establishing the template of the business system model in the method of the present invention specifically comprises:
determining corresponding software application frameworks according to different fields or industries, and automatically deducing the mapping relation among the business system models according to the description of the metadata;
adopting basic components which are fully abstracted and summarized and field components which are summarized by industry experts, and dynamically realizing each software function of a business system model according to display effects and attributes of different levels which are determined by graphical configuration;
based on the micro-services in the service-oriented system framework, basic and public service functions are provided according to metadata and abstract service logic, and different micro-services are driven to achieve service application in different industries and fields;
and automatically generating a display page, interactive operation and front-end service logic processing according to the metadata based on the browser and an analysis engine of the mobile terminal.
Further, the mapping relationship between the business system models of the present invention includes three types of mapping relationships: mapping from business forms to database structures, mapping from metadata to microservice invocation logic, and mapping from metadata to basic business logic code.
Further, the business system model of the present invention includes the following services: user management service, authority authentication service, message service, database service, business function service and workflow service.
Further, the method for modifying or creating the form in the method of the present invention specifically includes:
a) Building a form suitable for business requirements, wherein the form is a basic construction unit of the system and is used for data collection, storage and display;
b) The form consists of fields, each field is inherited to a component, and behavior expansion is performed through the attribute of the component;
c) Defining how to display, attribute change and data verification, storage and display in the component;
d) For all changeable areas in the form, the change relationship is described by an expression.
Further, the method for describing the variation relationship by the expression in the method of the present invention specifically includes:
a) The expression can be automatically identified, the relation between the expression and the data is automatically established, and once the data is changed, the re-execution of the expression is informed, and the corresponding display and processing are influenced;
b) And according to the calculation result of the expression, realizing the dynamic change of the data behavior, wherein the data behavior comprises inquiry, storage and verification.
Further, the method for defining the data relationship in the application in the method of the present invention specifically comprises:
a) The application comprises a form and an organizational structure of the use form;
b) The form contains fields and relationships, where each field defines 3 interfaces: the display interface, the attribute interface and the data interface;
c) The role associated with the form describes how to access the form, which contains 3 control contents: data range, data manipulation and field control;
d) The privilege system defines the relationship of organizational structure to roles.
Further, the method for setting the authority in the method of the present invention specifically comprises:
a) Corresponding authorization is correspondingly distinguished according to the application design and operation;
b) The authorization objects comprise forms, reports, views and data sets;
c) The authorization range comprises the operation authority, the data range and the readable and writable authority of the field;
d) Authorization using common status management fields.
The invention provides a graphical service design system based on web and mobile terminal, comprising:
the template database unit is used for establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration and storing the templates in a template database;
the service template selection unit is used for selecting a corresponding template of a service system model from the template database unit according to the adaptive field or industry when the application is established at the web or mobile terminal;
the form design unit is used for modifying or creating a form in the service system model according to service requirements;
the data relation definition unit is used for modifying the data in the form according to the service requirement so as to define the data relation in the application;
the application deployment unit is used for exciting deployment of the application after the design is finished;
and the permission setting unit is used for setting permission and controlling the use permission of the user to the application.
The invention provides a memory for storing graphical service design software based on web and mobile terminal, which executes the following procedures:
establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration;
when an application is established on a web or mobile terminal, selecting a corresponding template of a business system model according to the adaptive field or industry;
modifying or creating a form in the business system model according to business requirements;
modifying data in the form according to the service requirement to realize the definition of the data relation in the application;
after the design is finished, the deployment of the application is triggered;
and setting authority to control the use authority of the user to the application.
The invention has the following beneficial effects: the graphical service design method, the graphical service design system and the software memory based on the web and the mobile terminal can greatly reduce the development difficulty of service application through the graphical service design method and the graphical service design system, allow service experts to design and develop the service application and greatly reduce the development difficulty; the method aims at the summary and abstraction of a specific field or industry, and fully reuses the general functions in the field or industry; the WYSIWYG mode and the multi-terminal automatic analysis engine greatly improve the development efficiency. In conclusion, the method provided by the invention can obviously improve the quality and efficiency of enterprise application software products, dynamically change the functions and flows of business application in real time, save the production cost and improve the comprehensive competitive capacity of enterprises.
Drawings
The invention will be further described with reference to the accompanying drawings and examples, in which:
FIG. 1 is a flow chart of a method of business design according to an embodiment of the present invention;
FIG. 2 is a metadata definition flow of the present invention;
FIG. 3 is a flow of expression parsing in accordance with the present invention;
FIG. 4 is an application data relationship of the present invention;
FIG. 5 is a schematic diagram of an application deployment provided by an embodiment of the present invention;
fig. 6 is a schematic diagram of a rights configuration interface according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
As shown in fig. 1, the method for designing a graphical service based on a web and a mobile terminal according to an embodiment of the present invention includes the following steps:
a template preparation stage:
establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration; the method comprises the following steps:
and automatically establishing a corresponding business system model according to metadata generated based on WEB graphical configuration.
Determining a corresponding software application framework according to the application field or industry of the software; according to the description of the metadata, the mapping relation among all the business models of the business system is automatically deduced, and the mapping relation comprises three types of mapping relations: mapping from business forms to database structures, metadata to micro-service invocation logic, and metadata to basic business logic code;
adopting basic components which are fully abstracted and summarized and field components which are summarized by industry experts, and realizing the software function of a service system by adopting a dynamic operation control technology in an engine of the service design system according to the display effect and the attributes of different layers which are determined by graphical configuration;
the basic component refers to a component that can be used in almost all business fields, and includes: a text entry component, a drop-down selection component, a list component, a picture component, and the like. A domain component refers to a component that is specific to a domain or domains, including: a garment entry component, an attendance component and the like.
The method comprises the following steps that based on micro-services of an SOA framework, basic and public service functions are provided, and according to metadata and abstract service logic, different micro-services are driven by a design system to achieve service application in different industries and fields;
and automatically generating a display page, interactive operation and front-end service logic processing according to the metadata based on the browser and an analysis engine of the mobile terminal.
The determining of the business design mode and system based on the web and the mobile terminal to establish the model of the business system comprises the following steps:
a business system model is obtained using a web-based graphical design tool. The service system comprises: user management service, authority authentication service, message service, database service, business function service and workflow service; various user terminal metadata parsing engines.
And (3) a service design stage:
when an application is established on a web or mobile terminal, selecting a corresponding template of a business system model according to the adaptive field or industry;
for example, when CRM (customer relationship management system) is required, a standard CRM template may be selected; when OA is required, a standard enterprise OA template may be selected; when all templates are not suitable, the closest or blank template may be selected.
Modifying or creating a form in a business system model according to business requirements; the method specifically comprises the following steps:
various general and industry-specific components provided by a web-based graphical designer and a system are utilized to build a form suitable for business requirements, and the behavior characteristics of the form are defined through the attributes of the form and the components.
a) The form is the basic unit of the system, which is used for collecting, storing and displaying data.
b) The form is composed of fields, each field inherits to a component, and the behavior is expanded through attributes.
c) How to show, which attribute changes and which data to include are checked, stored and displayed in the component.
d) All regions that are likely to change are described by expressions for the change relationship.
For business-driven based computing requirements, this can be done by setting expressions in the designer.
The expression defines dynamic relation and result among data, and business logic can be changed without changing the whole framework.
a) The expression can be automatically identified by the system and the relationship is automatically established, and once the data is changed, the re-execution of the expression is informed, and the corresponding display and processing are influenced.
b) The behaviors of data query, storage, verification and the like can be dynamically changed according to the calculation result of the expression. The expression parsing flow is shown in fig. 3:
modifying data in the form according to the service requirement to realize the definition of the data relation in the application; the method comprises the following steps:
a) The application contains forms and an organizational structure that uses the forms.
b) The form contains fields and relationships, where each field defines 3 interfaces: presentation interface, attribute interface and data interface
c) The form-related role describes how to access the form, which contains 3 main control contents: data range, data manipulation and field control.
d) The privilege system defines the relationship of organizational structure to roles.
An example of an intra-application data relationship is shown in fig. 4.
After the design is finished, the deployment of the application is triggered; as shown in fig. 5, the method specifically includes:
a) All parts of the deployment are relatively independent, and the components access each other through well-defined stateless interfaces, so that the overall stable operation after the service change is ensured.
The browser receives all the information of the form, analyzes and processes all the logic relations including the expressions, and displays the logic relations.
And setting authority to control the use authority of the user to the application. The method comprises the following steps:
a) When the system is designed and operated, the authority correspondingly distinguishes the corresponding authorization.
b) The authorization objects include forms, statements, views and datasets.
c) The authorized range includes the operation authority, the data range and the readable and writable authority of the field.
d) And the authorization of fields is managed by using the universal state configuration, so that the configuration complexity is reduced.
FIG. 6 is a diagram of a rights configuration interface.
The graphical service design system based on the web and the mobile terminal comprises the following steps:
the template database unit is used for establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration and storing the templates in a template database;
the service template selection unit is used for selecting a corresponding template of a service system model from the template database unit according to the adaptive field or industry when the application is established at the web or mobile terminal;
the form design unit is used for modifying or creating a form in the business system model according to business requirements;
the data relation definition unit is used for modifying the data in the form according to the service requirement to realize the definition of the data relation in the application;
the application deployment unit is used for exciting deployment of the application after the design is finished;
and the permission setting unit is used for setting permission and controlling the use permission of the user to the application.
The memory of the graphical service design software based on web and mobile terminal is stored in the embodiment of the invention, and the software executes the following programs:
establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration;
when an application is established on a web or mobile terminal, selecting a corresponding template of a business system model according to the adaptive field or industry;
modifying or creating a form in a business system model according to business requirements;
modifying data in the form according to business requirements to realize the definition of data relation in the application;
after the design is finished, the deployment of the application is triggered;
and setting authority to control the use authority of the user to the application.
It will be understood that modifications and variations can be made by persons skilled in the art in light of the above teachings and all such modifications and variations are intended to be included within the scope of the invention as defined in the appended claims.
Claims (9)
1. A graphical service design method based on web and mobile terminal is characterized by comprising the following steps:
a template preparation stage:
establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration;
and (3) a service design stage:
when an application is established on a web or mobile terminal, selecting a corresponding template of a business system model according to the adaptive field or industry;
modifying or creating a form in a business system model according to business requirements;
modifying data in the form according to the service requirement to realize the definition of the data relation in the application;
after the design is finished, the deployment of the application is triggered;
setting authority to control the use authority of the user to the application;
the method for establishing the template of the business system model comprises the following specific steps:
determining corresponding software application frameworks according to different fields or industries, and automatically deducing the mapping relation between the service system models according to the description of the metadata;
adopting basic components which are fully abstracted and summarized and field components which are summarized by industry experts, and dynamically realizing each software function of a business system model according to display effects and attributes of different levels which are determined by graphical configuration;
based on the micro-service in the service-oriented system framework, basic and public service functions are provided according to metadata and abstract service logic, and different micro-services are driven to achieve service application in different industries and fields;
and automatically generating a display page, performing interactive operation and front-end business logic processing according to the metadata based on the browser and an analysis engine of the mobile terminal.
2. The graphical service design method based on web and mobile terminal as claimed in claim 1, wherein the mapping relationship between the service system models comprises three types of mapping relationships: a mapping from business forms to database structures, a mapping from metadata to micro-service invocation logic, and a mapping from metadata to basic business logic code.
3. The web and mobile-based graphical service design method according to claim 1, wherein the service system model comprises the following services: user management service, authority authentication service, message service, database service, business function service and workflow service.
4. The method for designing graphical services based on the web and the mobile terminal according to claim 1, wherein the method for modifying or creating the form specifically comprises:
a) Building a form suitable for business requirements, wherein the form is a basic construction unit of the system and is used for data collection, storage and display;
b) The form consists of fields, each field is inherited to a component, and behavior expansion is performed through the attribute of the component;
c) Defining how to show, attribute change and data check, storage and display in the component;
d) For all changeable areas in the form, the change relationship is described by an expression.
5. The graphical service design method based on the web and the mobile terminal as claimed in claim 4, wherein the method for describing the variation relationship by the expression specifically comprises:
a) The expression can be automatically identified, the relation between the expression and the data is automatically established, and once the data is changed, the re-execution of the expression is informed, and the corresponding display and processing are influenced;
b) And according to the calculation result of the expression, realizing the dynamic change of the data behavior, wherein the data behavior comprises inquiry, storage and verification.
6. The graphical service design method based on the web and the mobile terminal as claimed in claim 1, wherein the method for defining the data relationship in the application specifically comprises:
a) The application comprises an organization structure of the form and the use form;
b) The form contains fields and relationships, where each field defines 3 interfaces: the display interface, the attribute interface and the data interface;
c) The role associated with the form describes how to access the form, which contains 3 control contents: data range, data manipulation and field control;
d) The privilege system defines the relationship of organizational structure to roles.
7. The graphical service design method based on the web and the mobile terminal as claimed in claim 1, wherein the method for setting the authority specifically comprises:
a) Corresponding authorization is correspondingly distinguished according to the application design and operation;
b) The authorization objects comprise forms, reports, views and data sets;
c) The authorization range comprises the operation authority, the data range and the readable and writable authority of the field;
d) Authorization using common status management fields.
8. A graphical service design system based on web and mobile terminal, comprising:
the template database unit is used for establishing templates of business system models corresponding to different fields or industries according to metadata generated by web graphical configuration and storing the templates in a template database;
the service template selection unit is used for selecting a corresponding template of a service system model from the template database unit according to the adaptive field or industry when the application is established at the web or mobile terminal;
the form design unit is used for modifying or creating a form in the service system model according to service requirements;
the data relation definition unit is used for modifying the data in the form according to the service requirement to realize the definition of the data relation in the application;
the application deployment unit is used for exciting deployment of the application after the design is finished;
the authority setting unit is used for setting authority and controlling the use authority of the user to the application;
the method for establishing the template of the business system model in the system specifically comprises the following steps:
determining corresponding software application frameworks according to different fields or industries, and automatically deducing the mapping relation between the service system models according to the description of the metadata;
the method comprises the steps of dynamically realizing each software function of a business system model by adopting basic components which are fully abstracted and summarized and field components which are summarized by industry experts according to display effects and attributes of different layers which are determined by graphical configuration;
based on the micro-services in the service-oriented system framework, basic and public service functions are provided according to metadata and abstract service logic, and different micro-services are driven to achieve service application in different industries and fields;
and automatically generating a display page, performing interactive operation and front-end business logic processing according to the metadata based on the browser and an analysis engine of the mobile terminal.
9. A computer storage medium, in which a computer program executable by a processor is stored, the computer program executing the web-based and mobile-end graphical service design method according to any one of claims 1 to 7.
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| CN111178837B (en) * | 2019-12-26 | 2023-09-22 | 武汉华工赛百数据系统有限公司 | Intelligent manufacturing information system based on micro-service architecture |
| CN111666073B (en) * | 2020-06-12 | 2023-09-29 | 远光软件股份有限公司 | Graphical model construction method and device based on field driving design |
| CN112597133A (en) * | 2020-12-29 | 2021-04-02 | 深圳复临科技有限公司 | Data application management system for project management scene of hundred-person research and development team |
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