CN112650475B - Software low-code development system and development method combined with middle platform architecture theory - Google Patents
Software low-code development system and development method combined with middle platform architecture theory Download PDFInfo
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Abstract
The invention relates to the field of software development, in particular to a software low-code development system and a development method combined with a middle platform architecture theory; the software low-code development system comprises a research and development material warehouse used as a middle platform capacity settling place, a low-code development platform used as a middle platform capacity consuming place, a page design unit used as a front-end capacity middle platform carrier, a research and development service unit used as a middle platform capacity technical base and a middle platform control unit; according to the invention, by combining a low-code development mode, a middle platform architecture theory and a DevOps tool, the research and development efficiency of an enterprise is effectively improved, and a clear division boundary is provided for low-code developers; the business is packaged into the function package and is overlapped to realize system development, the contradiction between usability and practicability is effectively solved, the writing amount of repeated codes can be greatly reduced without increasing development cost, and meanwhile, each function module in the system can be self-defined, so that the application range of the development system is wider.
Description
Technical Field
The invention relates to the field of software development, in particular to a software low-code development system and a software low-code development method combined with a middle platform architecture theory.
Background
In software engineering, a low-code development mode is a development mode for quickly building software application under the condition of only writing a small number of codes by assembling basic code components and developing a small number of special service codes; the method has two obvious characteristics, the first point is that a basic application model is established in a modularization mode, common, general and basic codes are packaged into a general component, so that a developer can quickly establish a basic application model by dragging and pulling; the second point is that special service codes can be written into the basic application model according to service requirements, so that the finally delivered software application can meet the service requirements.
However, the conventional low-code development mode has two obvious limitations:
firstly, the traditional low-code development mode cannot clearly divide the working boundaries of all roles; the low-code development mode is a development mode, a part for writing codes exists, and a developer role is required to participate; however, many low-code development platforms in the market claim that only business personnel can complete the software application development process without cooperation of developers; even more, the people put forward the concept of the citizen developer, the business personnel or the personnel without the development programming knowledge background are called the citizen developer, and the concept and the development process of the developer are mixed; the traditional low-code development mode does not accurately divide the working boundary of a non-developer, which can cause the mutual intersection or the failure of the working tasks of all roles in the low-code development practice.
Secondly, the traditional low-code development mode has the contradiction between usability and applicability; the low-code development is characterized in that basic code is packaged into a universal component, the standard range of the basic component is determined by a user of a low-code development mode, a strange contradiction occurs, if the service granularity of the component is small, the low-code development is adaptive to more use scenes, but the development process becomes complicated; if the service granularity of the component is large, the use scenes of the low-code development adaptation are fewer, but the opening process becomes simple; the conventional low-code development mode has no way of providing a standard to balance the contradiction between usability and applicability, so that the conditions of complex development process and few use scenes are easy to occur in the conventional low-code development process, and the advantages of the low-code development mode cannot be exerted.
Therefore, it is very critical and indispensable to the art to design a low-code software development system and development method that can clarify the working boundaries of the roles and balance the combined ease of use and applicability with the middle-platform architecture theory.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a software low code development system and a development method combining the middle platform architecture theory, aiming at the above defects in the prior art, and overcoming the defects that the role working boundary is not clear and the contradiction between usability and applicability exists in the prior art.
The technical scheme adopted by the invention for solving the technical problems is as follows: the software low-code development system combined with the middle-platform architecture theory is provided, and the preferable scheme is that the software low-code development system comprises:
the research and development material warehouse is used as a place for settling the middle platform capacity and used for storing and reading research and development materials required in the enterprise development process;
the research and development service unit is used as a technical base of the middle station capability and used for providing basic research and development services and configuration services for the basic research and development services;
a low code development platform as a place for consuming the middle station capability for providing a conventional low code development service, which is connected with each unit in the system to provide an information transfer service;
the page design unit is used as an enabling carrier for the staging of the front-end capability and is connected with the low-code development platform for providing front-end page visual editing service;
and the middle platform control unit is connected with the low-code development platform and is used for providing middle platform capacity arrangement service and page resource management service.
Wherein, the preferred scheme is as follows: the types of development materials include one or more of standard applications, feature packs, connectors, adapters, scaffolding, code generation plug-ins, and middleware.
Wherein, the preferred scheme is as follows: the low-code development platform comprises an initialization application module, a data management module, a function pack superposition module, a code generation module and a resource reporting module, wherein the initialization application module is used for quickly building a corresponding technical frame code framework according to scaffold plug-ins, the data management module is used for data source processing and metadata management, the function pack superposition module is used for modular building, the code generation module is used for generating business codes, and the resource reporting module is used for scanning and reporting resources.
Wherein, the preferred scheme is as follows: the page design unit comprises a front-end component library module for providing a front-end component, a rendering module for performing page visual editing on the front-end component, and a parameter configuration module for configuring component parameters.
Wherein, the preferred scheme is as follows: the basic research and development services include one or more of application engineering creation, code warehouse hosting, continuous integration, continuous deployment, and environmental configuration management.
Wherein, the preferred scheme is as follows: the console control unit comprises a service arranging module for arranging the assembled function package capability in the target application and a page resource management module for carrying out menu matching and authority distribution on a target application page.
In order to solve the problems in the prior art, the invention also provides a software low-code development method combined with the middle-platform architecture theory, and the preferable scheme is that the software low-code development method specifically comprises the following steps:
creating an application project through a low-code development platform and a middle control unit and carrying out basic modeling;
performing metadata management on the application project through a low-code development platform and generating a service code;
creating an application page through a low-code development platform and a page design unit and editing the application page;
and building, packaging and automatically deploying the edited application page and application engineering to a corresponding environment again through the research and development service unit.
Preferably, the creating of the application engineering and the basic modeling specifically include the following steps:
calling basic research and development services of a research and development service unit through a low-code development platform to create an application project;
reading the function packages in the research and development material warehouse through a low-code development platform and downloading the function packages to a code warehouse corresponding to the application engineering;
scanning the function package through a low-code development platform and reporting the corresponding capability rule information to a middle station control unit;
and the middle control unit performs capacity configuration on the application project according to the service requirement so as to complete basic modeling.
Preferably, the metadata management and the service code generation specifically include the following steps:
creating a service entity in the non-universal service through a data management module, and editing the entity attribute of the service entity;
generating a basic interface code of the entity through a code generation module;
and writing the required service code according to the basic interface code.
Preferably, the creating and editing an application page specifically includes the following steps:
creating an application page through a low-code development platform and sending the time-stamped information of the page to a page design unit;
and carrying out visual assembly and editing on the application page through a page design unit, and storing the edited page content data in a basic data center of the target application.
Compared with the prior art, the invention has the advantages that the invention combines the low code development mode, the middle platform architecture theory and the DevOps tool by designing the software low code development system and the development method which are combined with the middle platform architecture theory, thereby effectively improving the research and development efficiency of enterprises; the method has clear steps and division of labor, and provides a clear division of labor boundary for low-code developers; meanwhile, the service is packaged into the function package, the system development is realized by overlapping the function package, the contradiction between the usability and the practicability is effectively solved, the scheme provides the load reduction one-key operation on the basis of the original development process of the application development, the writing amount of repeated codes can be greatly reduced without increasing the development cost, and each function module of the system can be self-defined, so that the application range of the development system is wider.
Drawings
The invention will be further described with reference to the accompanying drawings and examples, in which:
FIG. 1 is a first structural diagram of a software low-code development system of a middle-platform architecture theory in the invention;
FIG. 2 is a second structural diagram of a software low-code development system of the middle-desk architecture theory in the present invention;
FIG. 3 is a third schematic structural diagram of a software low-code development system of the middle-desk architecture theory in the present invention;
FIG. 4 is a fourth structural diagram of a software low-code development system of the middle-desk architecture theory in the present invention;
FIG. 5 is a first flowchart of a software low-code development method of the middle-desk architecture theory in the present invention;
FIG. 6 is a second flowchart of a software low-code development method of the middle-desk architecture theory in the present invention;
FIG. 7 is a flow chart of a software low-code development method of the middle-desk architecture theory in the invention;
FIG. 8 is a flow chart of a software low code development method of the mesopic architecture theory in the present invention;
FIG. 9 is a development flow diagram of a dealer management backend system in the present invention.
Detailed Description
The preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings.
As shown in fig. 1-4, the present invention provides a preferred embodiment of a software low-code development system of the middle-desk architecture theory.
A software low-code development system incorporating the theory of the middle desk architecture and referring to fig. 1, the software low-code development system comprising:
a research and development material warehouse 1 which is used as a place for settling the middle platform capacity and is used for storing and reading research and development materials required in the enterprise development process;
a low code development platform 2, which is a place for consuming the middle station capability, for providing a conventional low code development service, and which is connected to each unit in the system to provide an information relay service;
the page design unit 3 is used as an enabling carrier for the staging of the front-end capability, and is connected with the low-code development platform for providing a front-end page visual editing service;
a research and development service unit 4 serving as a technical base of the middle station capability for providing basic research and development services and providing configuration services for the basic research and development services
And the middle station control unit 5 is connected with the low-code development platform and is used for providing middle station capacity arrangement service and page resource management service.
Specifically, the research and development material warehouse 1 is an enterprise-level internal research and development asset warehouse and is used for storing standard general capacity for calling and using at any time during subsequent new application development, developers of the enterprise can see the research and development materials owned by the current enterprise and provided with internal reuse in the research and development material warehouse and can freely store or read the materials to a local environment according to own needs, the research and development material warehouse can be compared with a research and development weapon warehouse of the enterprise, research and development weapons created by the developers can be stored in the research and development assets, the research and development assets can be provided for development teams to use at any time, and the problems of precipitation and consumption of the reusable research and development capacity are effectively solved; wherein the types of development materials include, but are not limited to, standard applications, feature packs, connectors, adapters, scaffolding, code generation plug-ins, and middleware; in the related competitive products of the existing low-code platform, part of the competitive products have plug-in markets, and the purpose is to provide new functions which are rapidly added by the application; but the plug-in type in the plug-in market is single and only can help service capability enhancement; the research and development material warehouse in the embodiment is based on all research and development materials of an enterprise, and developers can quickly call various research and development materials such as code superposition, code template production, scaffolds, data connectors, three-party plug-ins and the like through the research and development material warehouse; the function package is a code material and comprises a front-end function package and a rear-end function package; the code materials in the research and development material warehouse are stored in the form of function packages, and developers can complete complex customized service function development only by overlapping the function packages when calling, so that the development process is effectively simplified, code writing is greatly reduced, and the development efficiency is effectively improved.
Wherein the basic research and development service comprises one or more of application engineering creation, code warehouse hosting, continuous integration, continuous deployment, and environmental configuration management; the research and development service unit 4 serves as a DevOps technical base of the middle station capability, provides the DevOps capability in the middle station travel process, and ensures that the configuration of various research and development services can be processed more intelligently and automatically in the whole research and development process, so that the whole research and development efficiency is improved.
Further, referring to fig. 2, the low-code development platform 2 includes an initialization application module 21 for quickly building a code skeleton of a corresponding technical framework according to a scaffold plug-in, a data management module 22 for data source processing and metadata management, a functional package superposition module 23 for modular building, a code generation module 24 for generating a service code, and a resource reporting module 25 for scanning and reporting resources.
Specifically, the low-code development platform is a place for consuming the middle station capability; the system provides traditional low-code development service and is used as information transfer service of other unit systems; the low-code development platform is a core unit of the whole development system and plays a role in starting and stopping; the method mainly provides the functions of scaffold initialization application, metadata management, service code generation and resource scanning reporting; the system has the capability of consuming and researching various types of middle-platform function packages in the material warehouse, namely, the function packages in the material warehouse can be called and researched through a low-code development platform; and presenting data source processing and componentized building functions of the core of the traditional low-code development mode through a low-code development platform, and corresponding to a module for metadata management and function package superposition so as to realize the definition of a business object and the capability of integrating code multiplexing.
In the embodiment, the low-code development platform provides some innovative low-code development functional modules according to the further analysis of the development process; for example, the initialization application module is mainly based on the function of the scaffold initialization application, so that a code framework of a corresponding technical framework can be quickly built by a user according to scaffold plug-ins, and the scaffold can be customized by a developer; for another example, the code generation module has a function of generating service codes, and can generate, for different entity objects, add, delete and change interface codes which meet the module specification through different service code generation modules, and generate basic service codes by one key; the common basic code writing time of a developer is greatly reduced; meanwhile, the low-code development platform not only provides the code rapid generation capability of the standard specification, but also provides the capability of defining the standard specification, and all mainstream development languages and technical frameworks can be adapted through self-defining scaffolds and self-defining code generation templates.
Further, and referring to fig. 3, the page design unit 3 includes a front-end component library module 31 for providing a front-end component, a rendering module 32 for page visual editing of the front-end component, and a parameter configuration module 33 for configuring parameters of the component.
Specifically, the page design unit 3 is an energized carrier that is staged in front-end capability; the system provides the capability of visual page coding based on a flexible front-end system, and mainly comprises a front-end component library module, a rendering module and a parameter configuration module, and a developer can drag and pull the front-end component to the rendering module from the front-end component library module and configure component parameters through the parameter configuration module so as to realize the effect of quick page coding.
The traditional low-code development platform has similar visual page design function modules, but the page design unit 3 in the embodiment provides a set of standard system capable of defining front-end capability in a middle-platform mode, namely a rendering system, and the core of the system is that the rendering module in the page design unit can perform page visual editing according to different front-end technical frames so as to realize the effect that the page design unit meets the adaptation of multiple platforms and multiple technical frames and make pages for different platforms, such as applets, web, fast applications, PCs and the like; a developer can define different front-end components for different technical frameworks according to specifications, and abstract the service field of each component by using a middle platform architecture theory to form a universal middle platform front-end component, which is beneficial to reducing the process of repeatedly coding the front end while performing normative front-end development in the research and development process of an enterprise.
Further, and referring to fig. 4, the console control unit 5 includes a business orchestration module 51 for orchestrating the capability of the assembled feature packages in the target application, and a page resource management module 52 for menu matching and rights assignment to the target application pages.
Specifically, the console control unit 5 provides services for capacity arrangement and page resource management of research and development materials, and is mainly divided into two modules, namely a service arrangement module and a page resource management module; in the business arrangement module, the capacity of the research and development materials assembled in the target application can be arranged, the research and development system can package reusable basic codes into function packages, and generally one function package can solve a certain specific type of scene, such as a login scene; the function package can pre-compile common business rules in the scene, such as account password login rules, third-party code scanning login rules and the like in the login scene; the console control unit can set the business rules which are finally selected and used by the application, for example, a third-party scanning login rule is selected, only nail scanning code scanning login is supported, and WeChat login is not supported; in the page resource management module, menu matching and authority distribution can be carried out on the page in the target application; the menus can be selected to be connected with each page, and the corresponding menus are named; which roles have browsing rights for the menu, etc. may also be assigned.
As shown in FIGS. 5-8, the present invention provides a preferred embodiment of a software low code development method incorporating the mesochite framework theory.
Referring to fig. 5, a software low-code development method combined with a middle-stage architecture theory specifically includes the following steps:
s1: creating an application project through a low-code development platform and a middle control unit and carrying out basic modeling;
s2, performing metadata management on the application project through the low-code development platform and generating business codes;
s3: creating an application page through a low-code development platform and a page design unit and editing the application page;
s4: and building, packaging and automatically deploying the edited application page and application engineering to a corresponding environment again through the research and development service unit.
Further, and referring to fig. 6, the creating application engineering and the base modeling specifically include the following steps:
s11: calling basic research and development services of a research and development service unit through a low-code development platform to create an application project;
s12: reading the function packages in the research and development material warehouse through a low-code development platform and downloading the function packages to a code warehouse corresponding to the application engineering;
s13: scanning the function package through a low-code development platform and reporting the corresponding capability rule information to a middle station control unit;
s14: and the middle control unit performs capacity configuration on the application project according to the service requirement so as to complete basic modeling.
Further, and referring to fig. 7, the metadata management and generating service code specifically includes the following steps:
s21, creating a service entity in the non-universal service through the data management module and editing the entity attribute;
s22, generating the basic interface code of the entity through a code generation module;
and S23, writing required service codes according to the basic interface codes.
Further, and referring to fig. 8, the creating and editing the application page specifically includes the following steps:
s31: creating an application page through a low-code development platform and sending the time-stamped information of the page to a page design unit;
s32: and carrying out visual assembly and editing on the application page through a page design unit, and storing the edited page content data in a basic data center of the target application.
In the present embodiment, a detailed description is given taking the creation of a dealer management background system as an example with reference to fig. 9.
A. Creating new application engineering
Two applications are created on a low code development platform, one being a front-end application and the other being a back-end application.
B. Scaffold initialization application
Performing initialization application based on a front-end scaffold on the front-end application, and performing initialization application based on a middle-platform rear-end scaffold on the rear-end application; wherein, both the front end scaffold and the rear end scaffold can be self-defined.
C. Backend application overlay backend functional package
Selecting a back-end application on the low-code development platform, and overlapping a back-end function package; in the function package superposition, all back-end type function package lists stored in a currently developed material warehouse can be read, and related function packages for dealer management, such as a user capability function package and a role capability function package, are selected according to specific needs, wherein the two function packages respectively provide basic user management and role authority management functions; after the two function packages are selected, clicking to confirm superposition; the system will download both function packages into the engineering code repository of the back-end application.
D. Back-end application metadata management
After the back-end application is overlaid with the function package, entities preset in the function package can be added in a metadata table of the back-end application; adding new entity fields, such as dealer classes, and editing field attributes thereof through a data management module in a metadata table of a back-end application; and then editing the field attribute of the newly added preset field, such as the user type, after the user function packet is overlapped, and adding the dealer type.
E. Generating a service code
Selecting a back-end application in a code generation module of a low-code development platform, and selecting a newly added entity: and generating an interface code by the distributor grade, specifically, automatically writing an increasing, deleting and modifying interface code which is in accordance with RSETful standard and is in the distributor grade into an engineering warehouse of the back-end application by the system.
Furthermore, a developer synchronizes engineering codes of the back-end application to a local environment through a code warehouse hosting tool provided by a research and development service unit, and performs some more complex code programming by using the generated dealer registration interface codes; after programming is completed, business code is generated and submitted for upload back into the hosted code repository.
F. Back-end application deployment and resource reporting
And a developer deploys the back-end application by using the continuous deployment capability provided by the research and development service unit, then automatically scans and deploys the successfully deployed code warehouse through the low-code development platform, identifies the back-end capability in the application, reports the back-end capability to the console, and waits for further subsequent configuration.
G. Page overlay and rendering selection for front-end applications
And performing function package superposition on the front-end application through a low-code development platform, specifically, superposing a front-end code function package of a standard management system stored in a research and development material warehouse into the front-end application, then selecting a function package of a rendering system of a PC (personal computer) end page, and writing the capability code of the rendering system into an engineering warehouse of the front-end application through a function package superposition module.
H. Creating and editing pages
Creating a new page for the front-end application through a low-code development platform, defining the name and the code of the page, entering a page design unit, dragging a list, a form and a search box assembly which are previously overlapped into the front-end application and belong to a front-end component of a PC (personal computer) end page rendering system into a rendering module in the page design unit, and adjusting the position of each assembly; and then, selecting a butted data source through a parameter configuration module, specifically selecting an edited user list interface containing the dealer grade in the back-end application, completing the configuration of one dealer user list, and finally storing the current configuration data to a basic data center of the target application through a page design unit.
I. Front-end application deployment and resource reporting
After finishing page editing, deploying the front-end application through continuous deployment capability provided by the research and development service unit, then automatically scanning and deploying the successfully deployed front-end application code warehouse through the low-code development platform and identifying the superposed static page data, further scanning and deploying newly edited page data in the basic data center through the low-code development platform, integrating the two, reporting page resources to a console, and waiting for subsequent further configuration.
J. Business capability orchestration and page resource allocation
The current owned ability of the target application can be seen through the console control unit, the user ability detail page is selected through the business arrangement module, the support dealer mode is selected from preset options and stored, and other business rules are selected according to the operation requirement, so that business ability arrangement is realized.
Furthermore, a menu is created through a page resource management module in the console control unit, pages bound in the front-end application are distributed to different menus, then role authority configuration is carried out on the menus, only dealer administrators can see the menus, and finally all settings are saved.
K. Online browsing
After all deployments are completed, the online page of the target application can be browsed through the middle console control unit and management operation is performed.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the scope of the present invention, but rather as embodying the invention in a wide variety of equivalent variations and modifications within the scope of the appended claims.
Claims (8)
1. A software low-code development system incorporating staging architecture theory, the software low-code development system comprising:
the research and development material warehouse is used as a place for settling the middle platform capacity and used for storing and reading research and development materials required in the enterprise development process;
the research and development service unit is used as a technical base of the middle station capability and used for providing basic research and development services and configuration services for the basic research and development services;
a low code development platform as a place for consuming the middle station capability for providing a conventional low code development service, which is connected with each unit in the system to provide an information transfer service;
the page design unit is used as an enabling carrier for the staging of the front-end capability and is connected with the low-code development platform for providing front-end page visual editing service;
the middle platform control unit is connected with the low code development platform and is used for providing middle platform capacity arrangement service and page resource management service;
the low-code development platform comprises an initialization application module, a data management module, a function pack superposition module, a code generation module and a resource reporting module, wherein the initialization application module is used for quickly building a corresponding technical frame code framework according to scaffold plug-ins; the basic research and development services include one or more of application engineering creation, code warehouse hosting, continuous integration, continuous deployment, and environmental configuration management.
2. The software low-code development system of claim 1, characterized in that: the types of development materials include one or more of standard applications, feature packs, connectors, adapters, scaffolding, code generation plug-ins, and middleware.
3. The software low-code development system of claim 1, characterized in that: the page design unit comprises a front-end component library module for providing a front-end component, a rendering module for performing page visual editing on the front-end component, and a parameter configuration module for configuring component parameters.
4. The software low-code development system of claim 1, characterized in that: the console control unit comprises a service arranging module for arranging the assembled function package capability in the target application and a page resource management module for carrying out menu matching and authority distribution on a target application page.
5. A software low-code development method combined with a middle-station architecture theory, wherein the software low-code development method is realized by the software low-code development system according to any one of claims 1 to 4, and specifically comprises the following steps:
creating an application project through a low-code development platform and a middle control unit and carrying out basic modeling;
performing metadata management on the application project through a low-code development platform and generating a service code;
creating an application page through a low-code development platform and a page design unit and editing the application page;
and building, packaging and automatically deploying the edited application page and application engineering to a corresponding environment again through the research and development service unit.
6. The software low-code development method of claim 5, wherein the creating application engineering and the basic modeling specifically comprise the steps of:
calling basic research and development services of a research and development service unit through a low-code development platform to create an application project;
reading the function packages in the research and development material warehouse through a low-code development platform and downloading the function packages to a code warehouse corresponding to the application engineering;
scanning the function package through a low-code development platform and reporting the corresponding capability rule information to a middle station control unit;
and the middle control unit performs capacity configuration on the application project according to the service requirement so as to complete basic modeling.
7. The software low-code development method of claim 5, wherein the metadata management and generation of business code specifically comprises the steps of:
creating a service entity in the non-universal service through a data management module, and editing the entity attribute of the service entity;
generating a basic interface code of the entity through a code generation module;
and writing the required service code according to the basic interface code.
8. The software low-code development method according to claim 5, wherein the creating and editing the application page specifically comprises the following steps:
creating an application page through a low-code development platform and sending identification information of the page to a page design unit;
and carrying out visual assembly and editing on the application page through a page design unit, and storing the edited page content data in a basic data center of the target application.
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