CN112835560A - WEB multi-terminal low-code intelligent software development platform - Google Patents
WEB multi-terminal low-code intelligent software development platform Download PDFInfo
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Abstract
The invention discloses a WEB multi-terminal low-code intelligent software development platform which is provided with a zero-code development mode and a low-code development mode, provides a series of development tools for different application ends, and completes software development in a mode of dragging and assembling the development tools; some relatively complex functions cannot be realized through zero codes, and are realized through a low code mode, the low codes are realized through a low code editing unit, a small amount of codes are compiled, components are rewritten or new components are customized to solve complex development problems, the error rate, the cost and the efficiency are reduced as much as possible in the process of building a digital system by an enterprise, an original software development mode is replaced, the high dependence of software development on programmers is greatly reduced, the enterprise can put more attention on the research of core services, and the digital construction of the enterprise is rapidly promoted.
Description
Technical Field
The invention relates to a software development platform, in particular to a WEB multi-terminal low-code intelligent software development platform, and belongs to the technical field of low-code software development.
Background
The digitalization age affects all industries around the world, a software system is a necessary tool for the development of enterprises, and the design and development of the system per se are very complicated and long, and various problems can be encountered, even the business development of companies can be affected.
Patent No. CN 110825362 a provides a system and method for developing low-code application software, wherein the system includes: the development platform is in communication connection with the cloud storage library and is used for building a model required by the operation of software to be developed according to a predefined functional module, instantiating the built model and storing the model in the cloud storage library in a structured data form; the operation platform is in communication connection with the cloud storage library and is used for obtaining the model examples stored in the cloud storage library, analyzing and operating the structured modeling data in the model examples through corresponding engines, and rendering application system pages and expressing business logic to obtain the application system. The method comprises the steps of analyzing and operating the modeling structured data of the software to be developed through an engine group of an operating platform, rendering the corresponding application system in real time and efficiently, and completing delivery only through a small amount of service function tests without compiling, packaging and deploying operation and maintenance processes.
Disclosure of Invention
The invention aims to provide a WEB multi-terminal low-code intelligent software development platform, a zero-code development mode and a low-code development mode are set, a series of development tools for different application terminals are provided (the different application terminals comprise background application, a PC portal, WeChat application, small programs, large-screen display, self-service terminals, APP and the like), and the development of software is completed in a mode of dragging and assembling the development tools; some relatively complex functions cannot be realized through zero codes, and are realized through a low code mode, the low codes are realized through a low code editing unit, a small amount of codes are compiled, components are rewritten or new components are customized to solve complex development problems, the error rate, the cost and the efficiency are reduced as much as possible in the process of building a digital system by an enterprise, an original software development mode is replaced, the high dependence of software development on programmers is greatly reduced, the enterprise can put more attention on the research of core services, and the digital construction of the enterprise is rapidly promoted.
The purpose of the invention can be realized by the following technical scheme:
the WEB multi-terminal low-code intelligent software development platform comprises an operation platform, a development platform and a cloud storage library, wherein the operation platform comprises a micro front-end framework module, a micro service framework module, a SaaS operation environment module, a unified service module and a unified operation and maintenance module; the development platform provides 7 large terminal development tools: background application, a PC portal, WeChat application, large-screen display, a self-service terminal, a small program and an APP, wherein each development tool is provided with a component library, and the components finish the development of a software system in a recycling and freely-assembling mode.
The micro front-end frame module mainly solves the problem of the bottom layer capability of a front-end display page of a software system. A front-end foundation development framework based on Vue ecological construction. The core of the framework is constructed by integrating Vue core plug-ins (Vue Router, Vuex, Vue SSR) and tools (Vue-devtools, Vue CLI, Vue Loader). The framework adopts a mainstream MVVM front-back end separation development mode, adopts a modular and modularized development mode, and avoids a series of development pain points such as high communication cost and high coupling.
The micro-service framework module mainly solves the bottom layer capability of bearing a back-end service interface. A service management framework based on SpringCloud and integrated by utilizing SpringBoot characteristics is a platform supporting Java, Go and Python languages, requests uniformly access internal services through an API gateway Zuul, safety authentication is carried out through Token, the authenticated gateway Zuuul acquires an available service node list from a registration center Eureka, an available node is randomly selected from the available service nodes to realize request distribution, and the concurrency capability of the services can be flexibly improved by multiple nodes.
The SaaS operation environment module is mainly used for bearing a service carrier in the digital middle-station construction of an enterprise. The platform adopts the design idea that multiple tenants are used as the bottom layer, the running mode of the SaaS is provided, any functions, products or components and the like developed on the platform can be transversely quoted to each tenant, the development multiplexing effect is achieved, the cost of redesigning and developing the bottom layer framework of an enterprise is avoided, and the mode of the SaaS is the basis for realizing a digital middle platform.
The unified service module mainly provides service capability which is universal and necessary in the industry, and does not need self-development of enterprises. The platform provides a running environment and a series of unified services, and can be directly called in a software development process, wherein the unified services comprise point services, comment services, evaluation services, label services, credit services, user center services, unified authentication, examination paper services, live broadcast services and the like.
The unified operation and maintenance module mainly solves the problem of operation and maintenance management of a software system. The platform has built the environment of unified fortune dimension based on K8s + Jenkins, and all server equipment that relate to of management system possess server monitoring ability, can the operational aspect of real-time management server, and the ability is nimble and utilize good equipment space to the utmost, avoids the cost extravagant, and the mode of manual update service has been replaced in key service update, greatly reduced fortune dimension work load, reduced the renewal risk.
Preferably, the development platform comprises a development function module, an authority configuration module, a development mode module, a zero-code development module and a low-code development module;
the development mode module is used for selecting a software development mode, and the software development mode is divided into a zero code development mode and a low code development mode; the development function module specifically comprises a database design unit, a service interface design unit and an interface design unit; the low-code development module comprises a low-code editing unit;
when a development platform receives a software development task, acquiring a software development requirement function, and matching the required function with a terminal development tool, wherein the specific terminal development tool comprises a background application, a PC portal, a WeChat application, a large-screen display, a self-service terminal, a small program and an APP;
when the software development requirement function is less than and within the terminal development tool development function, the development platform sends a zero code development signal to the development mode module, and the development mode module is linked with the zero code development module to carry out software development; the specific development process comprises the following steps:
the method comprises the following steps: the method comprises the following steps that a database design unit models a form of software to be developed, and data of the software to be developed during operation are set up in a visual mode;
step two: the business interface design unit models the workflow of the software to be developed and builds the workflow required by the running of the software to be developed in a visual mode;
step three: the interface design unit defines components corresponding to elements required by a presentation page of the software to be developed in a visual mode according to the pre-configured components;
step four: the authority configuration module configures the operation authority and the data authority of the resource in the software to be developed;
step five: the development platform converts configuration information during form modeling in the database design unit, configuration information during process modeling in the service interface design unit, configuration information during service modeling in the interface design unit and authority information in the authority configuration module into structured data through modeling warehouse service and stores the structured data in a cloud storage library;
when the software development requirement function is more than or part of the software development requirement function is not in the terminal development tool development function, the development platform sends a low-code development signal to a development mode module, and the development mode module is linked with the low-code development module to carry out software development; the specific development process comprises the following steps:
step S1: the method comprises the following steps that a database design unit models a form of software to be developed, and data of the software to be developed during operation are set up in a visual mode;
step S2: the business interface design unit models the workflow of the software to be developed and builds the workflow required by the running of the software to be developed in a visual mode;
step S3: the interface design unit defines components corresponding to elements required by a presentation page of the software to be developed in a visual mode according to the pre-configured components;
step S4: the authority configuration module configures the operation authority and the data authority of the resource in the software to be developed;
step S5: the low code editing unit provides a low code programming slot for a preset component in the development platform so as to expand the service capability of the corresponding component to configure the personalized service of the application;
step S6: the development platform converts the configuration information during form modeling in the database design unit, the configuration information during process modeling in the service interface design unit, the configuration information during service modeling in the interface design unit, the authority information in the authority configuration module and the compiled data in the low-code editing unit into structured data through the modeling warehouse service and stores the structured data in the cloud storage library.
Preferably, the modeling of the form in the database design unit includes data structure modeling, business rule modeling and interface layout modeling, wherein the data structure modeling is used for storing a table structure in a physical database, the business rule modeling is used for storing business component information and business logic information of the form, and the interface layout modeling is used for storing form layout styles corresponding to various types of terminals;
the business interface design unit comprises a business interface design unit and a business interface design unit, wherein the business interface design unit is used for modeling a process and comprises process theme modeling and process definition modeling, wherein the process theme modeling is used for receiving and storing a process theme configured by a user and generating a process identifier for uniquely identifying the process according to the process theme; the process definition modeling is used for storing workflow rules and unique process version numbers corresponding to the workflow rules;
and the permission configuration module configures the operation permission and the data permission of all resources in the software to be developed by adopting an RBAC permission model.
Preferably, the functional modules in the development platform include a database design unit, a service interface design unit, an interface design unit and an authority configuration module, and the operation platform includes a form engine, a process engine, a service engine and an authority resolver, wherein the form engine is used for resolving the modeling data in the database design unit to generate a form page adapted to the terminal type, and for resolving the modeling data in the cloud repository to generate a physical table with a structure consistent with that of the form data and uniquely identify the physical table; the process engine is used for analyzing the modeling data in the service interface design unit and realizing the complete service process life cycle process from the initiation to the termination of the process instance; the business engine is used for analyzing the modeling data in the interface design unit and realizing the functions of rendering, man-machine interaction and data interaction of an application system page; the authority resolver is used for resolving the authority data configured in the authority configuration module;
the functional modules in the development platform comprise a database design unit, a business interface design unit, an authority configuration module and a low-code editing unit, and the operation platform comprises a form engine, a process engine, a business engine, an authority resolver and a low-code engine, wherein the form engine is used for resolving modeling data in the database design unit to generate a form page adapted to a terminal type and is used for resolving the modeling data in the cloud storage to generate a physical table with a structure consistent with that of the form data and uniquely identify the physical table; the process engine is used for analyzing the modeling data in the service interface design unit and realizing the complete service process life cycle process from the initiation to the termination of the process instance; the business engine is used for analyzing the modeling data in the interface design unit and realizing the functions of rendering, man-machine interaction and data interaction of an application system page; the authority resolver is used for resolving the authority data configured in the authority configuration module; and the low code engine is used for receiving and compiling the service logic compiled by the user according to the application personalized service.
The specific software development process comprises the following steps:
step P1: performing tenant registration login, directly performing input account password login if the tenant registration is performed, inputting personal information for registration if the user is not registered, and performing login after the registration is successful;
step P2: the tenant creates a project group, adds new applications and selects application types;
step P3: opening a database editor, and designing and newly adding a database structure;
step P4: opening an interface editor, designing and newly adding a data interface, and opening an application editor;
step P5: and dragging the terminal development tool and selecting a data interface.
Preferably, when the WEB multi-terminal low-code intelligent software development platform is used for application development, the WEB multi-terminal low-code intelligent software development platform mainly comprises two parts, namely a terminal development tool and a data interface, wherein the terminal development tool is responsible for an application display part, and the data interface is responsible for an application data processing part.
The terminal development tool is composed of an atomic component and a UI cutting graph, wherein the atomic component is called a control-level component (the minimum unit for replacing a front-end code), and the UI cutting graph is a picture, a background and the like cut from a UI design graph;
the data interface is composed of two parts of data and logic components, firstly the interface is not realized by coding as in the prior art, but an interface editor is provided, the processing logic of the interface is realized by adopting a mode similar to a configuration workflow in the editor, the logic components are displayed in a graphical mode, and are dragged to the interface flow in a dragging and pulling mode, and then the data objects required to be processed are selected from a database, thereby completing the development of the interface. And finally, in the application development and editing, dragging and splicing of the application are completed by using the UI component and the interface, and the development and release of the application are finally realized.
Preferably, the data interface is used for processing data of an application; the terminal development tool consists of an atomic component and a UI cutting graph, wherein the atomic component is called a control-level component, and the UI cutting graph is a picture, a background and the like cut from a UI design graph; the data interface is composed of two parts of data and logic components, firstly the interface is not realized by coding as in the prior art, but an interface editor is provided, the processing logic of the interface is realized by adopting a mode similar to the configuration workflow in the editor, the logic components are displayed in a graphical mode and dragged to the interface flow in a dragging and pulling mode, and then the data objects required to be processed are selected from the database, thereby completing the development of the interface. And finally, in the application development and editing, dragging and splicing of the application are completed by using the UI component and the interface, and the development and release of the application are finally realized.
Compared with the prior art, the invention has the beneficial effects that:
1. the invention sets a zero code development mode and a low code development mode, provides a series of development tools aiming at different application ends (the different application ends comprise background application, a PC portal, WeChat application, a small program, large screen display, a self-service terminal, an APP and the like), and completes the development of software by the dragging and assembling modes of the development tools; some relatively complex functions cannot be realized through zero codes, and are realized through a low code mode, the low codes are realized through a low code editing unit, a small amount of codes are compiled, components are rewritten or new components are customized to solve complex development problems, the error rate, the cost and the efficiency are reduced as much as possible in the process of building a digital system by an enterprise, an original software development mode is replaced, the high dependence of software development on programmers is greatly reduced, the enterprise can put more attention on the research of core services, and the digital construction of the enterprise is rapidly promoted.
2. The invention is provided with a development mode module, wherein the development mode module is used for selecting a software development mode, and the software development mode is divided into a zero code development mode and a low code development mode; the development function module specifically comprises a database design unit, a service interface design unit and an interface design unit; the low-code development module comprises a low-code editing unit; when a development platform receives a software development task, acquiring a software development requirement function, and matching the required function with a terminal development tool, wherein the specific terminal development tool comprises a background application, a PC portal, a WeChat application, a large-screen display, a self-service terminal, a small program and an APP; when the software development requirement function is less than and within the terminal development tool development function, the development platform sends a zero code development signal to the development mode module, and the development mode module is linked with the zero code development module to carry out software development; when the software development requirement function is more than or part of the software development requirement function is not in the terminal development tool development function, the development platform sends a low-code development signal to a development mode module, and the development mode module is linked with the low-code development module to carry out software development; the intelligent development of the software is realized by combining the software development function with the software development mode, and the development efficiency is greatly improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic block diagram of a WEB multi-terminal low-code intelligent software development platform of the invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the WEB multi-terminal low-code intelligent software development platform includes an operation platform, a development platform, and a cloud repository; the operation platform comprises a micro front-end frame module, a micro service frame module, a SaaS operation environment module, a unified service module and a unified operation and maintenance module; the development platform comprises a development function module, an authority configuration module, a development mode module, a zero code development module and a low code development module;
the development mode module is used for selecting a software development mode, and the software development mode is divided into a zero code development mode and a low code development mode; the development function module specifically comprises a database design unit, a service interface design unit and an interface design unit; the low-code development module comprises a low-code editing unit;
when a development platform receives a software development task, acquiring a software development requirement function, and matching the required function with a terminal development tool, wherein the specific terminal development tool comprises a background application, a PC portal, a WeChat application, a large-screen display, a self-service terminal, a small program and an APP;
when the software development requirement function is less than and within the terminal development tool development function, the development platform sends a zero code development signal to the development mode module, and the development mode module is linked with the zero code development module to carry out software development; the specific development process comprises the following steps:
the method comprises the following steps: the method comprises the following steps that a database design unit models a form of software to be developed, and data of the software to be developed during operation are set up in a visual mode;
step two: the business interface design unit models the workflow of the software to be developed and builds the workflow required by the running of the software to be developed in a visual mode;
step three: the interface design unit defines components corresponding to elements required by a presentation page of the software to be developed in a visual mode according to the pre-configured components;
step four: the authority configuration module configures the operation authority and the data authority of the resource in the software to be developed;
step five: the development platform converts configuration information during form modeling in the database design unit, configuration information during process modeling in the service interface design unit, configuration information during service modeling in the interface design unit and authority information in the authority configuration module into structured data through modeling warehouse service and stores the structured data in a cloud storage library;
when the software development requirement function is more than or part of the software development requirement function is not in the terminal development tool development function, the development platform sends a low-code development signal to a development mode module, and the development mode module is linked with the low-code development module to carry out software development; the specific development process comprises the following steps: .
Step S1: the method comprises the following steps that a database design unit models a form of software to be developed, and data of the software to be developed during operation are set up in a visual mode;
step S2: the business interface design unit models the workflow of the software to be developed and builds the workflow required by the running of the software to be developed in a visual mode;
step S3: the interface design unit defines components corresponding to elements required by a presentation page of the software to be developed in a visual mode according to the pre-configured components;
step S4: the authority configuration module configures the operation authority and the data authority of the resource in the software to be developed;
step S5: the low code editing unit provides a low code programming slot for a preset component in the development platform so as to expand the service capability of the corresponding component to configure the personalized service of the application;
step S6: the development platform converts the configuration information during form modeling in the database design unit, the configuration information during process modeling in the service interface design unit, the configuration information during service modeling in the interface design unit, the authority information in the authority configuration module and the compiled data in the low-code editing unit into structured data through the modeling warehouse service and stores the structured data in the cloud storage library.
The modeling of the form in the database design unit comprises data structure modeling, business rule modeling and interface layout modeling, wherein the data structure modeling is used for storing a table structure in a physical database, the business rule modeling is used for storing business component information and business logic information of the form, and the interface layout modeling is used for storing form layout styles corresponding to various types of terminals;
the business interface design unit comprises a business interface design unit and a business interface design unit, wherein the business interface design unit is used for modeling a process and comprises process theme modeling and process definition modeling, wherein the process theme modeling is used for receiving and storing a process theme configured by a user and generating a process identifier for uniquely identifying the process according to the process theme; the process definition modeling is used for storing workflow rules and unique process version numbers corresponding to the workflow rules;
and the permission configuration module configures the operation permission and the data permission of all resources in the software to be developed by adopting an RBAC permission model.
The functional modules in the development platform comprise a database design unit, a business interface design unit, an interface design unit and an authority configuration module, and the operation platform comprises a form engine, a process engine, a business engine and an authority resolver, wherein the form engine is used for resolving modeling data in the database design unit to generate a form page adaptive to a terminal type and analyzing the modeling data in the cloud storage to generate a physical table with a structure consistent with that of the form data and uniquely identify the physical table; the process engine is used for analyzing the modeling data in the service interface design unit and realizing the complete service process life cycle process from the initiation to the termination of the process instance; the business engine is used for analyzing the modeling data in the interface design unit and realizing the functions of rendering, man-machine interaction and data interaction of an application system page; the authority resolver is used for resolving the authority data configured in the authority configuration module;
the functional modules in the development platform comprise a database design unit, a business interface design unit, an authority configuration module and a low-code editing unit, and the operation platform comprises a form engine, a process engine, a business engine, an authority resolver and a low-code engine, wherein the form engine is used for resolving modeling data in the database design unit to generate a form page adapted to a terminal type and is used for resolving the modeling data in the cloud storage to generate a physical table with a structure consistent with that of the form data and uniquely identify the physical table; the process engine is used for analyzing the modeling data in the service interface design unit and realizing the complete service process life cycle process from the initiation to the termination of the process instance; the business engine is used for analyzing the modeling data in the interface design unit and realizing the functions of rendering, man-machine interaction and data interaction of an application system page; the authority resolver is used for resolving the authority data configured in the authority configuration module; and the low code engine is used for receiving and compiling the service logic compiled by the user according to the application personalized service.
The micro front-end frame module mainly solves the problem of the bottom layer capability of a front-end display page of a software system. A front-end foundation development framework based on Vue ecological construction. The core of the framework is constructed by integrating Vue core plug-ins (Vue Router, Vuex, Vue SSR) and tools (Vue-devtools, Vue CLI, Vue Loader). The framework adopts a mainstream MVVM front-back end separation development mode, adopts a modular and modularized development mode, and avoids a series of development pain points such as high communication cost and high coupling.
The micro-service framework module mainly solves the problem of bearing the bottom layer capacity of a back-end service interface. A service management framework based on SpringCloud and integrated by utilizing SpringBoot characteristics is a platform supporting Java, Go and Python languages, requests uniformly access internal services through an API gateway Zuul, safety authentication is carried out through Token, the authenticated gateway Zuuul acquires an available service node list from a registration center Eureka, an available node is randomly selected from the available service nodes to realize request distribution, and the concurrency capability of the services can be flexibly improved by multiple nodes.
The SaaS operation environment module is mainly used for bearing a service carrier in the digital middle platform construction of an enterprise. The platform adopts the design idea that multiple tenants are used as the bottom layer, the running mode of the SaaS is provided, any functions, products or components and the like developed on the platform can be transversely quoted to each tenant, the development multiplexing effect is achieved, the cost of redesigning and developing the bottom layer framework of an enterprise is avoided, and the mode of the SaaS is the basis for realizing a digital middle platform.
The unified service module mainly provides service capability which is universal and necessary in the industry, and does not need to be developed by enterprises. The platform provides a running environment and a series of unified services, and can be directly called in a software development process, wherein the unified services comprise point services, comment services, evaluation services, label services, credit services, user center services, unified authentication, examination paper services, live broadcast services and the like.
The unified operation and maintenance module mainly solves the problem of operation and maintenance management of the software system. The platform has built the environment of unified fortune dimension based on K8s + Jenkins, and all server equipment that relate to of management system possess server monitoring ability, can the operational aspect of real-time management server, and the ability is nimble and utilize good equipment space to the utmost, avoids the cost extravagant, and the mode of manual update service has been replaced in key service update, greatly reduced fortune dimension work load, reduced the renewal risk.
In the embodiments provided by the present invention, it should be understood that the disclosed apparatus, device and method can be implemented in other ways. For example, the above-described apparatus embodiments are merely illustrative, and for example, the division of the modules is only one logical functional division, and there may be other divisions when the actual implementation is performed; the modules described as separate parts may or may not be physically separate, and parts displayed as modules may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the method of the embodiment.
It will also be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof.
The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference signs in the claims shall not be construed as limiting the claim concerned.
Furthermore, it is obvious that the word "comprising" does not exclude other elements or steps, and the singular does not exclude the plural. A plurality of units or means recited in the system claims may also be implemented by one unit or means in software or hardware. The terms second, etc. are used to denote names, but not any particular order.
Finally, it should be noted that the above examples are only intended to illustrate the technical process of the present invention and not to limit the same, and although the present invention has been described in detail with reference to the preferred embodiments, it will be understood by those skilled in the art that modifications or equivalent substitutions may be made to the technical process of the present invention without departing from the spirit and scope of the technical process of the present invention.
Claims (4)
- The WEB multi-terminal low-code intelligent software development platform is characterized by comprising an operation platform, a development platform and a cloud storage library; the operation platform comprises a micro front-end frame module, a micro service frame module, a SaaS operation environment module, a unified service module and a unified operation and maintenance module; the development platform comprises a development function module, an authority configuration module, a development mode module, a zero code development module and a low code development module;the development mode module is used for selecting a software development mode, and the software development mode is divided into a zero code development mode and a low code development mode; the development function module specifically comprises a database design unit, a service interface design unit and an interface design unit; the low-code development module comprises a low-code editing unit;the specific software development process comprises the following steps:step P1: performing tenant registration login, directly performing input account password login if the tenant registration is performed, inputting personal information for registration if the user is not registered, and performing login after the registration is successful;step P2: the tenant creates a project group, adds new applications and selects application types;step P3: opening a database editor, and designing and newly adding a database structure;step P4: opening an interface editor, designing and newly adding a data interface, and opening an application editor;step P5: dragging a terminal development tool and selecting a data interface;when the development platform receives a software development task, acquiring a software development requirement function, and matching the requirement function with a terminal development tool, wherein the specific terminal development tool comprises a background application, a PC portal, a WeChat application, a large-screen display, a self-service terminal, a small program and an APP.
- 2. The WEB multi-terminal low-code intelligent software development platform according to claim 1, wherein: when the software development requirement function is less than and within the terminal development tool development function, the development platform sends a zero code development signal to the development mode module, and the development mode module is linked with the zero code development module to carry out software development; the specific development process comprises the following steps:the method comprises the following steps: the method comprises the following steps that a database design unit models a form of software to be developed, and data of the software to be developed during operation are set up in a visual mode;step two: the business interface design unit models the workflow of the software to be developed and builds the workflow required by the running of the software to be developed in a visual mode;step three: the interface design unit adopts a workflow configuration mode in an editor according to the configured components to realize the processing logic of the interface, and the logic components are displayed in a graphical mode;step four: the authority configuration module configures the operation authority and the data authority of an interface in the software to be developed;step five: the development platform converts the configuration information during form modeling in the database design unit, the configuration information during process modeling in the service interface design unit, the configuration information during service modeling in the interface design unit and the authority information in the authority configuration module into structured data through the modeling warehouse service and stores the structured data in the cloud storage library.
- 3. The WEB multi-terminal low-code intelligent software development platform according to claim 1, wherein: when the software development requirement function is more than or part of the software development requirement function is not in the terminal development tool development function, the development platform sends a low-code development signal to a development mode module, and the development mode module is linked with the low-code development module to carry out software development; the specific development process comprises the following steps:step S1: the method comprises the following steps that a database design unit models a form of software to be developed, and data of the software to be developed during operation are set up in a visual mode;step S2: the business interface design unit models the workflow of the software to be developed and builds the workflow required by the running of the software to be developed in a visual mode;step S3: the interface design unit defines components corresponding to elements required by a presentation page of the software to be developed in a visual mode according to the configured components;step S4: the authority configuration module configures the operation authority and the data authority of the resource in the software to be developed;step S5: the low code editing unit provides a low code programming slot for a preset component in the development platform so as to expand the service capability of the corresponding component to configure the personalized service of the application;step S6: the development platform converts the configuration information during form modeling in the database design unit, the configuration information during process modeling in the service interface design unit, the configuration information during service modeling in the interface design unit, the authority information in the authority configuration module and the compiled data in the low-code editing unit into structured data through the modeling warehouse service and stores the structured data in the cloud storage library.
- 4. The WEB multi-terminal low-code intelligent software development platform according to claim 1, wherein: when the WEB multi-terminal low-code intelligent software development platform is used for application development, the WEB multi-terminal low-code intelligent software development platform consists of two parts, namely a terminal development tool and a data interface, wherein the terminal development tool is responsible for an application display part, and the data interface is responsible for an application data processing part;the terminal development tool consists of an atomic component and a UI cutting chart;the data interface consists of a data component and a logic component.
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