CN113849156A - Code-free intelligent development system applied by OpenHarmony operating system and use method thereof - Google Patents
Code-free intelligent development system applied by OpenHarmony operating system and use method thereof Download PDFInfo
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Abstract
The invention discloses a codeless intelligent development system applied by an OpenHarmony operating system and a using method thereof, wherein the system adopts a front-end and back-end separation system architecture, and the front-end system comprises: the service module is used for acquiring a ui component and a logic flow provided by the OpenHarmony project engineering template according to the service scene; the UI generation module is used for designing a UI interface of the OpenHarmony application based on the UI component; the flow module is used for carrying out service skipping flow design by utilizing the UI (user interface) and the logic flow to obtain a related logic event; the backend system comprises: and the code generation module is used for generating the OpenHarmony application code according to the ui component and the associated logic event. The method helps a user to rapidly develop the OpenHarmony application program, realizes that the user assembles and configures the application program in a graphical interface by using a visual modeling mode, and has important significance for popularization and promotion of OpenHarmony application development.
Description
Technical Field
The invention relates to the field of application codeless intelligent development of OpenHarmony operating systems, in particular to a codeless intelligent development system of OpenHarmony operating systems and a using method thereof.
Background
With the increasingly deep informatization degree, the demand on application developers is continuously increased, and not only more application developers are needed, but also the literacy requirement on the application developers is increasingly improved. The operation of various systems is based on codes, and the codes are the basis and the core of various websites, APPs and application systems. How to write code efficiently and with high quality is a hot point of academic research, and is a focus of continuous attention in the business industry. In this context, a trustworthy platform that employees can write desired applications without training is of great value to most companies. While codeless/low-code technology has received wide attention and acceptance since its introduction and has gained significant gains in different industries. With data surveys predicting, the codeless development platform market will grow from $ 38 billion in 2017 to $ 212 billion in 2022. This explosive growth has proven an issue, and many companies are seriously researching code-free development for a long time, so as to solve the problem of dependence on software developers through a code-free development platform, and really realize the task of completing software development without professional developers. The OpenHarmony operating system is a new-generation domestic intelligent terminal operating system, has a wide development prospect in the future, and is still a relatively fresh technology at present. OpenHarmony has its own api interface and development platform, which makes it difficult for a person without related experience to obtain the required OpenHarmony application.
Disclosure of Invention
The invention aims to provide a codeless intelligent development system applied by an OpenHarmony operating system and a using method thereof, so as to solve the problems in the background technology.
In order to achieve the above object, the present invention provides the following technical solutions.
A codeless intelligent development system applied by an OpenHarmony operating system adopts a front-end and back-end separation system architecture, wherein,
a front-end system, comprising:
the service module is used for acquiring a ui component and a logic flow provided by the OpenHarmony project engineering template according to a required service scene by a user;
the UI generation module is used for designing a UI interface of the OpenHarmony application based on the UI component and sending parameters required by the UI component in the UI interface to the rear end in a json string format;
the flow module is used for carrying out service skip flow design by utilizing a UI (user interface) and a logic flow to obtain a correlation logic event and sending parameters of the correlation logic event to a back end in a json string format;
a backend system, comprising:
and the code generation module is used for generating OpenHarmony application codes comprising UI codes and business logic codes according to the UI component and the associated logic events.
Furthermore, the front-end system adopts an vue framework, is built by using vue-cli, uses webpack as a modular management and packaging tool, and uses element-ui beautification pages.
Furthermore, the front-end system also comprises a user module used for completing the interaction of the front-end system to the personal information part of the user.
Furthermore, the front-end system further comprises an administrator module, which is used for completing the interaction of the system front-end to the administrator management system.
Furthermore, the back-end system adopts a micro-service architecture mode, and further comprises a data persistence module for realizing persistence of the data generated by the front-end system in a back-end database.
Further, the back-end system further comprises a distributed file storage module, which is used for generating a file uploaded by a user during OpenHarmony application and storing the file into the distributed file storage system.
Furthermore, the back-end system also comprises a template analysis module which is used for analyzing the template which is designed and uploaded by the user at the front end and persisting the template code to the local code component library.
Furthermore, the back-end system also comprises a third-party API calling module used for calling the third-party API to complete the service realization.
Further, the backend system further comprises a code packaging module, which is used for packaging the OpenHarmony application code and generating a hap package.
Further, the backend system further comprises a code downloading module, which is used for downloading the OpenHarmony application code or the hap package to the local of the user.
Furthermore, the back-end system further comprises an IDE tool testing module, and the IDE tool testing module is used for completing the invocation of the OpenHarmony application code in the local part of the user by the front-end IDE tool.
Furthermore, the back-end system further comprises a real machine testing module, which is used for issuing a hap packet in the local user to the real machine of the OpenHarmony system for service testing through front-end operation.
Furthermore, the back-end system further comprises a system state monitoring module, which is used for monitoring the running state information of the host where the service is located, monitoring the thread stack information, the GC information and the memory occupation condition of the micro-service JVM, and detecting the service state.
Furthermore, the back-end system also comprises a system management module used for completing the management of user registration service, user login service, user registration password modification service, user logout service, user forbidden service and user operation service authority.
A code-free intelligent development method utilizing any one of the systems comprises the following steps:
1) a user obtains a corresponding ui component and a corresponding logic flow by utilizing a set OpenHarmony project engineering template according to a required service scene in the front end of the system;
2) designing a UI (user interface) of the OpenHarmony application based on the UI component;
3) performing service skip process design by using the UI and the logic process to obtain a related logic event;
4) and sending the UI component and the parameters of the associated logic events to the system back end in a json string format to generate OpenHarmony application codes comprising UI codes and business logic codes.
Compared with the prior art, the code-free intelligent development framework can help a user to rapidly develop the OpenHarmony application program by using the least coding knowledge. The method has the advantages that the user can assemble and configure the application program in a graphical interface in a visual modeling mode, so that the user can directly skip all basic frameworks, only focuses on the realization of OpenHarmony application service logic, and has important significance on the popularization and the popularization of OpenHarmony application development.
Drawings
FIG. 1 is a simplified diagram of a codeless intelligent development system for OpenHarmony operating system applications.
Fig. 2 is a diagram of a service architecture.
Fig. 3 is a flow chart of user usage.
Detailed Description
The technical solutions in the embodiments of the present invention are clearly and completely described below with reference to fig. 1 to 3 in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without any inventive step based on the embodiments of the present invention, belong to the scope of the present invention.
1. In the embodiment of the invention, a codeless intelligent development system applied to an OpenHarmony operating system adopts a front-end and back-end separated system architecture.
2. The whole code-free intelligent development system applied by the OpenHarmony operating system adopts a front-end and back-end separated system architecture. The front end adopts an vue-cli building system, and the rear end is based on a spring-boot building system. The separation of the front end and the rear end is a development mode and a structural mode. In the development stage, the front end and the back end define a data interaction interface to realize parallel development and test; in the operation stage, the front end and the back end adopt separated deployment and use HTTP or other communication protocols to carry out interactive requests. The front end is mainly responsible for drawing a virtual machine for a user, the user drags a component to a virtual machine personalized design interface ui, drags the ui interface in a service, designs a related logic event, forms a flow chart of the app, simultaneously transmits required parameters to the rear end, performs service logic processing according to data transmitted from the front end, generates an OpenHarmony application code, and packages the OpenHarmony application code to the user for installation.
3. The front-end system is built by adopting an vue framework and comprises a plurality of core function modules: the system comprises a user module, an administrator module, a business module, a ui generation module and a flow module. The user module includes: the system comprises a login registration module, a personal information editing module and a personal project management module. The administrator module includes: the system comprises a platform management module, a user management module and a permission management module. The service module comprises: the system comprises a service selection module and a service generation module. The ui generation module includes: the system comprises a virtual machine selection module, a ui component module, a ui preview module and a code generation module. The flow module comprises: the system comprises a flow design module, an event binding module and a flow chart generation module.
4. The front-end system adopts an vue framework, is built by vue-cli, is used as a modular management and packaging tool, and is beautified by element-ui.
5. And the user module completes the interaction of the front end of the whole system to the personal information part of the user. The user module comprises a login registration module, a personal information editing module and a personal project management module. The login registration module provides a login registration page for a user to log in, register, modify a password and the like to enter the system. The personal information editing module provides a form page for a user to modify personal data. And the personal project management module is used for the user to check the project belonging to the personal project management module, manage and check the project details.
6. And the administrator module completes the interaction of the front end of the whole system to the administrator management system. The administrator module comprises a platform management module, a user management module and a permission management module. The platform management module provides a visual operation panel and displays system state information such as system access times, issue, user number and the like. And the user management module displays the current registered user information in a list. And the authority management module is used for displaying the states of the current user and the project for the administrator to review and carry out authority operations such as forbidding and the like.
7. And the service module completes the interaction of the front end of the whole system for generating the corresponding service items for the user. The service module comprises a service selection module and a service generation module. The service selection module provides various specific service scenes for the user to select, such as: blog, music player, notepad, shopping platform … …. And the service generation module generates ui components and logic flows which are packaged corresponding to the scenes after selecting the specific service scenes so that a user can drag and design the application, so that the user can not start designing the application from a blank page without any trouble, and the front end of the system provides a plurality of templates which are packaged corresponding to the services after selecting the specific scenes which are expected by the user.
8. And the ui generation module completes the interaction of the front end of the whole system to the user design generation app page ui. The ui generation module comprises a virtual machine selection module, a ui component module, a ui preview module and a code generation module. The virtual machine selection module provides different models and resolutions for the virtual machines to be selected by a user, and the front end generates the virtual machine with the corresponding resolution after selection, so that the user can design the application compatible with various devices. The ui component module provides a plurality of basic ui components, namely buttons, text boxes and pictures … …, and provides the ui components which are specially packaged and beautified for the service to be selected by the user according to the specific service selected by the user. The ui preview module is used for enabling a user to drag a ui component to the virtual machine, displaying the style of the current page in real time by the virtual machine, supporting the basic operation, deletion, attribute modification and the like of the ui component by the user, displaying the style of the ui component in real time after the ui component is modified by the user, communicating with the rear end to generate an OpenHarmony application page, storing the code of the ui component in the current virtual machine through json, and sending json strings of the ui component in the current virtual machine to the rear end.
9. The flow module completes the interaction of the front end of the whole system for generating the OpenHarmony application logic flow for user design. The flow module comprises a flow design module, an event binding module and a flow chart generation module. And the flow design module is used for the user to design the flow chart by dragging the designed page. And the event binding module provides corresponding logic events according to the specific service selected by the user and enables a plurality of pages designed by the user to form association. And the flow chart generation module is used for communicating with the back end to generate the logic of the OpenHarmony application and sending the direct associated logic event of the page shown by the flow chart to the back end.
10. The back-end system adopts a micro-service system architecture, the micro-service advocates that a single application program is divided into a group of small services, each service runs in an independent server, and the services are mutually coordinated and matched to provide the final system application realization for users.
11. And the registration center micro-service completes registration and service discovery of each micro-service.
12. And the configuration center micro-service completes the dynamic management of each micro-service configuration file.
13. And the service micro-service completes the service realization of the whole system. The service micro-service comprises a code generation service module, a data persistence module, a distributed file storage module, a template analysis module, a third party API service calling module, a code packing module, a code downloading module, an IDE tool testing module and a real machine testing module. The code generation service module can realize the generation of the UI code of OpenHarmony application and the generation of service logic code. The code generation process is that a plurality of types of OpenHarmony project engineering templates are placed in a service backend template code library in advance, and the OpenHarmony project engineering templates contain basic and universal business logic and UI codes. Copying the OpenHarmony project engineering template to a user directory according to a service scene selected by a front-end user, and finally generating a supplementary UI and a service logic code according to the operation of the front end of the user. The data persistence module can implement the persistence of the front-end data in the back-end database. The distributed file storage module can store user files into a distributed file storage system, and provides convenient file uploading and management, wherein the user files are files necessary for applications such as pictures and icons which need to be uploaded when a user uses the framework to generate an OpenHarmony application. The template analysis module is used for analyzing a template which is designed and submitted by a user at the front end and has a certain OpenHarmony application development basis, and persisting a template code to a local code component library. The third-party API calling module can call the third-party API to complete the realization of the specific service of the user. The code packaging module can realize that a user automatically finishes packaging the OpenHarmony application code generated by the code generation module through front-end operation by a back-end server. The code downloading module can realize downloading the OpenHarmony application code generated by the code generating module to the local user on one hand, and can realize downloading the hap packet generated by the code packaging module to the local user on the other hand. The IDE tool testing module can realize that the front end finishes the calling of OpenHarmony application codes downloaded by a user under a specified target folder by the IDE tool. The real machine testing module can finish the operation of issuing the OpenHarmony application hap packet downloaded by a user to the real machine of the OpenHarmony system for service testing through front-end operation.
14. The system state monitoring micro-service comprises a server state monitoring module, a virtual machine state monitoring module and a basic service state monitoring module. The server state monitoring module can monitor the running state information of the host where the service is located, such as CPU, memory and disk occupation. The virtual machine state monitoring module can monitor the thread stack information, GC information and memory occupation condition of the micro-service JVM. The basic service state monitoring module can detect the states of the services such as the DB, the cache server, the MQ service and the like connected in the service.
15. The system management micro-service comprises a registration and login service module, a password modification service module, a user management service module and an authority management service module. And the registration and login service module is used for finishing the registration and login service of the user. And the password modification service module completes the password modification service of user registration. And the user management service module completes services such as logout and forbidden of the user. And the authority management module is used for finishing the management of the user operation service authority.
16. A codeless intelligent development system for OpenHarmony operating system applications is characterized in that: the steps of the OpenHarmony application code-free development by the user are as follows:
s1: a user accesses the system through a browser to register and log in the system;
s2: a user creates an OpenHarmony application project, and selects an OpenHarmony system device type and a device model;
s3: selecting a specific service scene corresponding to the developed application, and inputting a project name and a name of a first UI page;
s4: a user designs a UI interface of the OpenHarmony application by dragging a UI component and modifying the style of the UI component, a click code is generated, and a back-end system automatically generates a UI code of the OpenHarmony application;
s5: a user clicks flow design, the design of a service skipping flow of the OpenHarmony application is finished by dragging a designed page and binding a logic event, a click code is generated, and a back-end system automatically generates a service logic code of the OpenHarmony application;
s6: a user clicks the code to package, and a back-end system automatically finishes the open Harmony application code to package a hap;
s7: a user clicks the code download, and can download the hap packet and the generated OpenHarmony application code to the local;
s8: and clicking the running test by the user, and running the hap packet to OpenHarmony system equipment for testing.
Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and modifications of the embodiments or portions thereof may be made, and any changes, substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention. The present patent application requires protection of the entire system, implementation code, and architecture ideas and methods.
Claims (10)
1. A codeless intelligent development system applied by an OpenHarmony operating system adopts a front-end and back-end separation system architecture and is characterized in that,
a front-end system, comprising:
the service module is used for acquiring a ui component and a logic flow provided by the OpenHarmony project engineering template according to a required service scene by a user;
the UI generation module is used for designing a UI interface of the OpenHarmony application based on the UI component and sending parameters required by the UI component in the UI interface to the rear end in a json string format;
the flow module is used for carrying out service skip flow design by utilizing a UI (user interface) and a logic flow to obtain a correlation logic event and sending parameters of the correlation logic event to a back end in a json string format;
a backend system, comprising:
and the code generation module is used for generating OpenHarmony application codes comprising UI codes and business logic codes according to the UI component and the associated logic events.
2. The system of claim 1, wherein the front-end system employs an vue framework, built using vue-cli, webpack as a modular management and packaging tool, and element-ui beautification pages.
3. The system of claim 1, wherein the front-end system further comprises a user module for completing interaction of the system front-end with the user's personal information component; the front-end system also comprises an administrator module used for finishing the interaction of the front-end system to the administrator management system.
4. The system of claim 1, wherein the backend system employs an architectural model of microservice, further comprising a data persistence module to enable persistence of data generated by the frontend system into a backend database.
5. The system of claim 1, wherein the backend system further comprises a distributed file storage module, configured to generate a file uploaded by a user when applying OpenHarmony, and store the file into the distributed file storage system.
6. The system of claim 1, wherein the back-end system further comprises a template parsing module to parse templates that a user self-designs and uploads to a front-end and persists template code to a local code component library.
7. The system of claim 1, wherein the back-end system further comprises a third-party API call module to call a third-party API to complete a service implementation.
8. The system of claim 1, wherein the backend system further comprises a code packaging module to package OpenHarmony application code to generate a hap package; the back-end system also comprises a code downloading module used for downloading the OpenHarmony application code or the hap package to the local part of the user; the back-end system also comprises an IDE tool testing module which is used for completing the invocation of OpenHarmony application codes in the local of the user by the IDE tool at the front end; the back-end system also comprises a real machine testing module which is used for issuing a hap packet in the local user to the real machine of the OpenHarmony system for service testing through front-end operation.
9. The system of claim 1, wherein the backend system further comprises a system status monitoring module, configured to monitor operating status information of a host where the service is located, monitor thread stack information, GC information, and memory usage of the micro-service JVM, and detect a service status; the back-end system also comprises a system management module used for finishing the management of user registration service, user login service, user registration password modification service, user logout service, user forbidden service and user operation service authority.
10. A code-free intelligent development method using the system of any one of claims 1-9, comprising the steps of:
1) a user obtains a corresponding ui component and a corresponding logic flow by utilizing a set OpenHarmony project engineering template according to a required service scene in the front end of the system;
2) designing a UI (user interface) of the OpenHarmony application based on the UI component;
3) performing service skip process design by using the UI and the logic process to obtain a related logic event;
4) and sending the UI component and the parameters of the associated logic events to the system back end in a json string format to generate OpenHarmony application codes comprising UI codes and business logic codes.
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| PCT/CN2021/135279 WO2023040064A1 (en) | 2021-09-17 | 2021-12-03 | Code-free intelligent development system for openharmony operating system application, and usage method therefor |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115328463A (en) * | 2022-08-01 | 2022-11-11 | 无锡雪浪数制科技有限公司 | Design system based on visual business arrangement |
| CN116501315A (en) * | 2023-04-26 | 2023-07-28 | 江苏博云科技股份有限公司 | Low-code software development system, method and equipment based on DevOps domain |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2023040064A1 (en) | 2023-03-23 |
| CN113849156B (en) | 2022-06-28 |
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