CN111208982B - ERP system rapid customization platform based on visual configuration mode - Google Patents
ERP system rapid customization platform based on visual configuration mode Download PDFInfo
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Abstract
The invention discloses an ERP system rapid customization platform based on a visual configuration mode, which comprises: the system comprises a database configuration unit, a page obtaining unit, an interface binding unit, a service logic obtaining unit and a system output unit; defining at least one database required by the ERP system through a database configuration unit; the page obtaining unit obtains a front-end page of the browser according to at least one defined database; the interface binding unit divides the page component into a plurality of nodes according to the content of the front page of the browser, and binds each node with a corresponding service interface; the service logic obtaining unit analyzes each service interface into a configurable item and sets service logic according to the configurable item; and the system output unit outputs the configured ERP system.
Description
Technical Field
The invention belongs to the field of intelligent manufacturing, relates to an ERP system rapid customization platform based on a visual configuration mode, and particularly relates to an ERP system rapid customization platform based on a visual configuration mode for the wood door processing industry.
Background
The ERP system is named as Enterprise Resource Planning management (Enterprise Resource Planning) system, which was originally proposed by Gartner Group corporation in 1990, and is an Enterprise information management system mainly oriented to the manufacturing industry for integrated management of material resources, capital resources and information resources. The ERP system plays a vital role in the production of the traditional manufacturing industry, and can uniformly manage and schedule material resources, human resources, hardware resources, production processes, sales management and the like produced by enterprises. In recent years, with the introduction of related slogans such as "industrial 4.0" in germany and "2025" in china ", it is marked that another wave of the traditional manufacturing industry is coming, and how to solve the problems of low efficiency, too high manual intervention degree, low digital informatization degree and the like in the traditional manufacturing industry is an urgent work. The method for reasonably managing enterprise resources of the traditional manufacturing industry by incorporating the enterprise resources into the ERP system is a good way for carrying out digital upgrading and reconstruction of the traditional manufacturing industry, but the implementation of the current ERP system still remains in a one-to-one development stage, namely, a development team only can serve one manufacturing enterprise in one time period. There are two disadvantages to this implementation: first, it is difficult to accommodate large customer base and complex and diverse business needs. For a small-scale customer group, the method has no obvious problem, but once the customer group is enlarged in scale and the business process is complicated and changeable, the defects of the traditional development mode are revealed and remain, the system suffers from the embarrassment that codes are repeatedly modified, the development progress is difficult to ensure and the like; second, a large amount of repetition coding work is faced. A great deal of practical experience shows that the ERP system meeting the requirements of a certain type of traditional manufacturing industry has high similarity. If the traditional development mode is continuously used, a large amount of repeated writing work can be caused, unnecessary labor cost is increased, and the project period is prolonged.
Therefore, it is urgently needed to develop a visual configuration mode-based ERP system rapid customization platform which overcomes the above-mentioned defects.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a visual configuration mode-based ERP system rapid customization platform, wherein the visual configuration mode-based ERP system rapid customization platform comprises:
the database configuration unit defines at least one database required by the ERP system;
the page obtaining unit is used for obtaining a front-end page of the browser according to the at least one defined database;
the interface binding unit is used for dividing a page component into a plurality of nodes according to the content of the front-end page of the browser and binding each node with a corresponding service interface;
the service logic obtaining unit analyzes each service interface into a configurable item and sets service logic according to the configurable item;
and the system output unit is used for outputting the configured ERP system.
The above ERP system rapid customization platform, wherein the defining the database includes database naming, table naming, designation of name, type and length of fields, and designation of constraint relationship between data table fields.
The above ERP system rapid customization platform, wherein the browser front-end page includes: page layout style configuration, page style configuration, document structure tree definition, and document content.
The ERP system rapid customization platform is characterized in that the page obtaining unit is configured to associate a corresponding field with a page according to a defined database, and simultaneously set the direction of the field and generate a required interface element according to the set direction.
The above ERP system rapid customization platform, wherein the interface binding unit includes:
the dividing module is used for dividing the page component into a plurality of nodes according to the document content;
and the binding module is used for binding each node with the service interface according to the service interface list and configuring parameters which need to be transmitted to the service interface according to the description of the service interface.
The ERP system rapid customization platform is characterized in that each service interface corresponds to a back-end service, a plurality of back-end services form a template service set, and each template service comprises a complete function of a type of business in the wood door manufacturing industry.
The above ERP system rapid customization platform, wherein the service logic obtaining unit includes:
the marking module is used for marking each division point through the marking module, and storing the data processing logic unit which possibly appears in a hash mode;
an analysis module for analyzing a plurality of data processing logic units existing at the mark as the configurable item when the back-end function is visually presented to the platform user,
and the configuration module is used for configuring the back-end service logic according to the configurable item and automatically acquiring the code of the corresponding service through a code analysis technology.
The ERP system rapid customization platform is characterized in that the system output unit outputs a source code file of the ERP system.
The above ERP system rapid customization platform, wherein the system output unit outputs an executable program of the ERP system.
The ERP system rapid customization platform is characterized in that the source code file is a compressed file composed of a front-end code file, a back-end code file and a database file.
Aiming at the prior art, the invention has the following effects: the ERP system rapid customization platform of the invention provides visual configuration which is easy to operate and can be configured repeatedly, thereby reducing development threshold, reducing investment of development resources, shortening project cycle and having stronger adaptability to complex and variable service requirements.
Drawings
Fig. 1 is a schematic structural diagram of an ERP system rapid customization platform of the present invention.
Wherein, the reference numbers:
Interface binding unit 13
Service logic obtaining unit 14
Detailed Description
The detailed description and technical description of the present invention are further described in the context of a preferred embodiment, but should not be construed as limiting the practice of the present invention.
The DOM (Document Object Model) is a standard interface specification made by the W3C, and is a standard API for processing HTML and XML files. The DOM provides an access model to an entire document as a tree structure, with each node of the tree representing an HTML tag or text item within a tag.
HTML (HyperText Markup Language), a Markup Language for creating web pages.
CSS (Cascading Style Sheets) is a computer language used to represent markup languages such as HTML or XML. The CSS can not only statically modify the web page, but also dynamically format elements of the web page in coordination with various scripting languages.
SQL (Structured Query Language), a database Query and programming Language, is used to access data and Query, update, and manage relational database systems.
The ERP system rapid customization platform is a visual configuration-based ERP system rapid customization platform in the wood door processing industry, the input of the platform is the configuration of a user in a graphical interface, the output is the ERP system meeting the production requirements of the traditional wood door enterprise, and the output ERP system covers the functions of common invoicing, pricing verification, production dispatching and tracing, staff management, sales management, equipment maintenance and overhaul, material management and the like. Specifically, in the present embodiment, the ERP system is an ERP system of a wooden door processing industry based on a B/S (browser/server) architecture.
Referring to fig. 1, fig. 1 is a schematic structural diagram of an ERP system rapid customization platform according to the present invention. As shown in fig. 1, the ERP system rapid customization platform based on the visual configuration mode of the present invention includes: the system comprises a database configuration unit 11, a page obtaining unit 12, an interface binding unit 13, a service logic obtaining unit 14 and a system output unit 15; defining at least one database required by the ERP system through the database configuration unit 11; the page obtaining unit 12 obtains a front-end page of the browser according to the at least one defined database; the interface binding unit 13 divides the page component into a plurality of nodes according to the content of the browser front-end page, and binds each node with a corresponding service interface; the service logic obtaining unit 14 parses each service interface into a configurable item, and sets service logic according to the configurable item; the system output unit 15 outputs the configured ERP system.
Wherein defining the database includes specification of database names, table names, types and lengths of fields, and specification of constraint relationships between data table fields.
Wherein the browser front-end page comprises: the page obtaining unit 12 is configured to associate a corresponding field with a page according to a defined database, and simultaneously set a direction of the field and generate a required interface element according to the set direction.
Further, the interface binding unit 13 includes: a dividing module 131 and a binding module 132; the dividing module 131 divides page components into a plurality of nodes according to the document contents; the binding module 132 binds each node with the service interface according to the service interface list, and configures parameters required to be transferred to the service interface according to the description of the service interface.
Furthermore, each service interface corresponds to a back-end service, a plurality of back-end services form a template service set, and each template service comprises the complete functions of a type of business in the wood door manufacturing industry. The service logic obtaining unit 14 includes: a marking module 141, an analysis module 142, and a configuration module 143; the place where the difference exists in the personalized customization process is the dividing point, each dividing point is marked through the marking module 141, and the data processing logic unit which possibly appears is stored in a hash form; when the back-end function is visually displayed to the platform user, the parsing module 142 parses the plurality of data processing logic units existing at the mark into the configurable item; the configuration module 143 configures the back-end service logic according to the configurable item, and automatically obtains the code of the corresponding service through a code analysis technique.
Furthermore, a source code file of the ERP system is output through the system output unit, wherein the source code file is a compressed file composed of a front-end code file, a back-end code file and a database file.
In another embodiment of the present invention, the executable program of the ERP system may be further output through the system output unit.
The following specifically describes the functions of each part of the ERP system rapid customization platform of the present invention with reference to fig. 1 as follows:
the database configuration unit 11: the user defines the database needed by the system through the module, and the database name, the table name, the type and the length of the field are specified, and the constraint relation (a primary key, a foreign key and the like) between the fields of the data table is specified. Meanwhile, the invention extracts the characteristics of the ERP of the wood door industry, and a set of complete database is arranged in the platform, wherein the database is a common set of information required by all the traditional wood door manufacturing industries. The user may select the data tables or fields that he or she needs from the database template provided by the platform and may redefine his or her name, type and length.
The page obtaining unit 12: and generating a front-end page of the browser, wherein the front-end page comprises page layout style configuration, page style configuration, document structure tree definition and document content generation. The page layout style configuration refers to a front-end page of what style a user needs to generate, and a platform provides various page layout modes for the user to configure; the page style configuration means that a user needs to use which frame to construct a favorite front-end page, and the platform supports various commonly used front-end frames and generates corresponding HTML codes for the front-end frames; the document structure tree is used to define the hierarchical relationship between the generated HTML pages. In a conventional enterprise-level ERP system, a front-end page basically adopts a classical layout, and a good front-end page navigation bar structure can be generated only by correctly defining a document structure tree; the document content generation is the most important module in the whole front-end page generation, a user can configure corresponding fields to be associated with the page according to a well-defined database, and set the direction of the fields, whether the fields need to be input from the front-end page or only be displayed on the front-end page, and the required interface elements are generated according to the set direction. And according to the fields configured by the user, generating interface elements, namely the required content parts in the document template.
The interface binding unit 13: the page components are bound with the service interfaces, and are divided into smaller granularity based on the Document content generated in the module 2, so that any single DOM (Document Object Model) node can be bound with the corresponding service interface. Of course, a user may combine several DOM nodes, leaving the combined several nodes bound to only one service interface. The rapid customization platform maintains a list of published service interfaces, and a user can retrieve the published relevant service interfaces according to requirements and bind the published relevant service interfaces with the components. For example, an event needs to be bound to a button on a page, and the order function can be realized by clicking the button, so that a user needs to retrieve an order service interface from a service interface list, bind the button to the interface, and configure parameters which need to be transmitted to the interface according to the description of the service interface.
The service logic obtaining unit 14: and (4) generating a back-end service logic, and analyzing the interfaces bound by all the front-end components by the system. Each service interface corresponds to a specific back-end service, and all back-end services form a template service set maintained by the rapid customization platform. Each template service covers the complete function of a certain kind of business in the traditional wooden door manufacturing industry in detail, the part where differences possibly exist in the personalized customization process is taken as a segmentation point, each segmentation point is marked, and a data processing logic unit which possibly appears is stored in a hash mode. When the back-end function is visually presented to the platform user, the plurality of logic processing units existing at the mark position are analyzed into configurable items, and the user can configure which processing logic is used. For example, when configuring a device repair function, the user may select whether to enable the sms. If the service is started, a number needing to send the short message needs to be configured, wherein the input needing to be configured by the short message micro service is another interface for acquiring the number of the personnel related to equipment maintenance. As long as the relevant configuration is completed, the code of the corresponding service can be automatically generated through the code analysis technology.
System output unit 15: and outputting the system, wherein the user configures on the platform according to the own requirements, and the ERP system required by the user needs to be output after the configuration is finished. The platform supports two output modes: first, all source codes are output, and the source codes comprise a compressed file formed by three parts of front-end codes (including HTML files, CSS files and JavaScript files), back-end codes (including java files and all other configuration files) and a database (SQL file). A user can deploy the system according to needs; and secondly, outputting the accessible online service, generating a corresponding executable program according to the content configured by the user, and then directly deploying the executable program to the production environment specified by the user. In the second mode, the rapid customization platform in the invention can check whether the production environment specified by the user can meet the deployment requirement, and if the deployment cannot be completed, an error message is fed back to the user, and the configuration result is retained.
Therefore, on the basis of a large amount of practice, a large amount of service templates are provided for the method, places with differences in the traditional wood door processing industry in template service are analyzed into graphical configurable items, and the configuration result of a developer is utilized to reversely generate a service end code; meanwhile, on the basis of data definition, the corresponding front-end component is quickly generated by setting the direction of the database field, and rich tools are provided to allow a developer to perform more personalized customization on the generated component.
In conclusion, the wooden door industry ERP system rapid customization platform based on visual configuration is constructed, the constraint of the traditional ERP system development mode is eliminated, the development difficulty of the ERP system is reduced by utilizing the visual rapid configuration mode, the investment cost in the life cycle of a project is reduced to a great extent, and the project progress can be controlled within a reasonable range when a large-scale user group is faced. Moreover, the rapid customization platform can be repeatedly configured and the configuration result is stored, so that the rapid customization platform can fully respond to the complex and variable business requirements of a user group, the new requirements of the user can be met only by modifying part of the configuration, and the risk in system development is greatly reduced.
While the invention has been described with reference to specific embodiments, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (7)
1. An ERP system rapid customization platform based on a visual configuration mode is characterized by comprising:
the database configuration unit defines at least one database required by the ERP system;
the page obtaining unit is used for obtaining a front-end page of the browser according to the at least one defined database, a user can configure corresponding fields to be associated with the page according to the defined database, meanwhile, the direction of the fields is set, whether the fields need to be input from the front-end page or only be displayed on the front-end page, required interface elements are generated according to the set direction, and the generated interface elements are content parts required in the document template according to the fields configured by the user;
the interface binding unit is used for dividing a page component into a plurality of nodes according to the content of the front-end page of the browser and binding each node with a corresponding service interface;
the service logic obtaining unit analyzes each service interface into a configurable item and sets service logic according to the configurable item;
the system output unit is used for outputting the configured ERP system;
wherein the service logic obtaining unit includes:
the marking module is used for marking each division point through the marking module, and storing possible data processing logic units in a hash form;
an analysis module for analyzing a plurality of data processing logic units existing at the mark as the configurable item when the back-end function is visually presented to the platform user,
the configuration module is used for configuring the back-end service logic according to the configurable item and automatically acquiring the code of the corresponding service through a code analysis technology;
each service interface corresponds to a back-end service, a plurality of back-end services form a template service set, and each template service comprises the complete functions of a type of business in the wood door manufacturing industry.
2. The ERP system rapid customization platform of claim 1, wherein defining the database comprises specification of database names, table names, types and lengths of fields, and specification of constraint relationships between data table fields.
3. The ERP system rapid customization platform of claim 1, wherein the browser front-end page comprises: page layout style configuration, page style configuration, document structure tree definition, and document content.
4. The ERP system rapid customization platform of claim 3, wherein the interface binding unit comprises:
the dividing module is used for dividing page components into a plurality of nodes according to the document content;
and the binding module is used for binding each node with the service interface according to the service interface list and configuring parameters which need to be transmitted to the service interface according to the description of the service interface.
5. The ERP system rapid customization platform of claim 1, wherein the source code file of the ERP system is output through the system output unit.
6. The ERP system rapid customization platform according to claim 1, wherein the executable program of the ERP system is output through the system output unit.
7. The ERP system rapid customization platform according to claim 5, wherein the source code file is a compressed file comprising a front-end code file, a back-end code file and a database file.
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| CN111966738B (en) * | 2020-08-20 | 2023-10-27 | 广东优触感科技有限公司 | System for automatically realizing back-end programming by selecting front-end configuration |
| CN112149109B (en) * | 2020-09-21 | 2021-08-03 | 珠海市卓轩科技有限公司 | Modularized authority control management method and system |
| CN113703720A (en) * | 2020-10-30 | 2021-11-26 | 浙江十进制网络有限公司 | Programming platform, programming method, computer equipment and readable storage medium |
| CN112418820B (en) * | 2020-12-08 | 2022-10-21 | 蒲惠智造科技股份有限公司 | Cloud system and method for supporting customized industrial process production management |
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