An H5 template intelligent management system and method based on command-line terminal

Abstract

This invention provides an intelligent management system and method for H5 templates based on a command-line terminal, relating to the field of software development tools. It includes a terminal CLI tool, a cloud server, an NPM package repository, and a local development environment. The cloud server stores H5 template packages, which are built based on a standardized directory structure. This standardized directory structure includes a static resource directory, a view directory for page view files, a utility directory, a component directory, and a network directory for network request-related files. The H5 template package is configured with a project configuration file. This significantly reduces redundant development costs, avoids different developers repeatedly writing code for the same business function, and the unified technology stack and development environment reduce communication costs for cross-project collaboration. The high reusability of the templates allows developers to quickly focus on optimizing and expanding core business logic without building a business framework from scratch, thus significantly improving the development efficiency of H5 projects.

Description

Technical Field

[0001] This invention relates to the field of software development tools technology, and in particular to an H5 template intelligent management system and method based on a command-line terminal. Background Technology

[0002] With the rapid development of the mobile internet, H5 pages, with their advantages of strong cross-platform compatibility and flexible development, are widely used in various scenarios such as marketing activities, business displays, and interactive experiences, becoming an important application form in the field of front-end development. Among them, mature and fixed H5 business scenarios such as lucky draws, coupon distribution, and event-specific displays frequently recur in the development needs of various industries, placing urgent demands on development efficiency, code reusability, and maintenance consistency.

[0003] Currently, the distribution, use, and management of H5 templates still rely on traditional manual operation modes. During the project initialization phase, developers need to build the project framework from scratch, manually divide the file directory structure, reference the third-party dependency libraries required for running one by one, and then complete the compilation and running configuration. The entire development environment construction process is cumbersome and time-consuming. The lack of code sharing and reuse mechanisms means that developers usually store code locally and lack a unified sharing channel, resulting in the same business function being repeatedly developed by different developers, which greatly wastes development resources. Therefore, to address the above problems, we propose an H5 template intelligent management system and method based on a command-line terminal. Summary of the Invention

[0004] The purpose of this invention is to overcome the shortcomings of the existing technology and provide an H5 template intelligent management system and method based on a command-line terminal.

[0005] To achieve the above objectives, the present invention adopts the following technical solution: an H5 template intelligent management system based on a command-line terminal, comprising: Terminal CLI tools, cloud servers, NPM package repositories, and local development environments; The cloud server stores H5 template packages, which are built based on a standardized directory structure. The standardized directory structure includes a static resource storage directory, a page view file view directory, a tool package directory util, a component directory component, and a network request related file directory network. The H5 template package is configured with a project configuration file, which presets the interface content parameters of the H5 template and their corresponding default values ​​and options. The interface content parameters include theme color, background color, background image and prompts. The NPM package repository is used to manage the third-party JS libraries that H5 template packages depend on, and the versions of the third-party JS libraries are locked through lock files; The terminal CLI tool is used to establish a data channel with the cloud server, providing build commands, dependency installation commands, and upload commands for H5 template projects, and supporting developers to select template types and initialize configurations through interactive input. The local development environment integrates Vite build configuration, which is used to receive template code and configuration files pulled by the terminal CLI tool, and complete project directory initialization, runtime environment setup, and code compilation and packaging.

[0006] Preferably, the cloud server integrates an npm file version management system to maintain the historical versions and update records of the H5 template package.

[0007] Preferably, the terminal CLI tool encapsulates the entire process of template retrieval, dependency installation, directory initialization, and package upload, allowing developers to complete the local development environment setup and code directory generation with a single command.

[0008] Preferably, the project configuration file corresponds one-to-one with the H5 template package to unify the interface display rules and configuration items of the template, ensuring consistency of the same template pulled by different developers.

[0009] Preferably, the terminal CLI tool supports template search, allowing developers to filter target H5 templates from the cloud server by entering keywords.

[0010] A method for intelligent management of H5 templates based on a command-line terminal includes the following steps: S1: Developers input build commands through the terminal CLI tool, and the terminal CLI tool responds to the commands and displays a list of H5 templates stored in the cloud server; S2: Developers use the terminal CLI tool to interactively input information, select the target H5 template and project configuration parameters, which can be selected from the preset options in the project configuration file or customized. S3: The terminal CLI tool pulls the corresponding H5 template code and project configuration file from the cloud server and obtains the locked version of the third-party JS library from the NPM package repository, based on the developer's selection. S4: The terminal CLI tool initializes a standardized directory structure in the local development environment, installs third-party JS library dependencies, sets up a Vite-based runtime environment, and generates a developable project. S5: Developers develop business code based on locally generated developable projects; S6: After development is complete, execute the packaging command through the terminal CLI tool to package the project into JS resources based on the Vite build configuration, and then execute the upload command through the terminal CLI tool to upload the updated H5 template package to the cloud server; S7: The cloud server uses the npm version control system to record and manage the versions of uploaded H5 template packages.

[0011] Preferably, in step S3, the terminal CLI tool uses an incremental fetching method, obtaining only the newly added or modified template code and configuration files from the cloud server.

[0012] Preferably, in step S6, after the updated H5 template package is uploaded to the cloud server, it is merged and reviewed by the administrator. After the review is approved, the new feature version is released and the technical documentation is updated simultaneously.

[0013] Compared with the prior art, the advantages and positive effects of the present invention are as follows: 1. This invention extracts frequently repeated, mature H5 business scenarios into common templates, unifies file organization rules through a standardized directory structure, standardizes development languages ​​and interface parameters through project configuration files, and stores templates and dependency libraries on a cloud server. Developers can pull templates directly and reuse them through terminal CLI tools, achieving unification of underlying logic and technology stack, significantly reducing redundant development costs, avoiding different developers writing code repeatedly for the same business function, and reducing communication costs for cross-project collaboration through a unified technology stack and development environment. The high reusability of the templates allows developers to focus on optimizing and expanding core business logic without building a business framework from scratch, significantly improving the development efficiency of H5 projects. It solves the problems of lack of templated code maintenance mechanism, inconsistent developer technology stacks, wasted time in repeated development of the same business function, and high maintenance costs for multiple projects in the later stage in existing technologies. 2. The terminal CLI tool encapsulates the entire process of template retrieval, dependency installation, directory initialization, environment setup, and package upload. After developers interactively select the target template and configuration parameters, the tool automatically and incrementally retrieves template code from the cloud, obtains the locked version of the dependency library from the NPM package repository, and integrates Vite build configuration locally to complete the automated setup of the development environment. This greatly simplifies the initialization process of H5 projects, simplifying the tedious steps of manually dividing directories, configuring scaffolding, and adapting dependency versions into a "one-click operation." This lowers the learning threshold for developers, allowing them to quickly start projects without being familiar with complex environment configurations and repository operations, shortening the project startup cycle, and avoiding errors caused by dependency version incompatibility. It solves the problems of tedious project initialization and development environment setup processes, high learning costs, lack of unified command-line management tools, and easy errors in manual operation in existing technologies. 3. The cloud server integrates the npm version management system, which records the entire process of all H5 template package submissions and updates. Developers can incrementally pull new or modified content from templates through the CLI tool. After the updated template package is merged and approved by the administrator, a new version is released and technical documentation is synchronized, forming a closed-loop management mechanism of "sharing-iteration-reuse". This achieves standardized management of the entire lifecycle of H5 templates, with clear and traceable template versions. Developers can choose the corresponding version as needed, avoiding compatibility issues caused by version confusion. The shared environment for multi-person co-creation allows development results to be synchronized in real time, and the iteration of new features is transparent. The synchronized updates of technical documentation and versions reduce information asymmetry in team collaboration, improve collaboration efficiency and template quality, and solve the problems of template version confusion, lack of historical submission records, lack of multi-person co-creation and code sharing environment, lack of unified project technical documentation, and low efficiency of template updates and reuse in existing technologies. Attached Figure Description

[0014] Figure 1 The flowchart of the command-line terminal-based H5 template intelligent management system and method provided by the present invention is shown. Detailed Implementation

[0015] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0016] like Figure 1As shown, this embodiment provides a technical solution: an H5 template intelligent management system based on a command-line terminal, including: a terminal CLI tool, a cloud server, an NPM package repository, and a local development environment; the cloud server stores H5 template packages, which are built based on a standardized directory structure, including a static resource storage directory, a page view file directory (view), a tool package directory (util), a component directory (component), and a network request related file directory (network); the H5 template package is configured with a project configuration file, which presets the interface content parameters of the H5 template and their corresponding default values ​​and options, including theme color, background color, background image, and prompts; the NPM package repository is used to manage the third-party JS libraries that the H5 template package depends on, and locks the versions of the third-party JS libraries through a lock file; the terminal CLI tool is used to establish a data channel with the cloud server, providing... The H5 template project includes build commands, dependency installation commands, and upload commands, allowing developers to interactively select template types and initialize configurations. The local development environment integrates Vite build configuration, receiving template code and configuration files pulled by the terminal CLI tool to complete project directory initialization, runtime environment setup, and code compilation and packaging. The cloud server integrates the npm file version management system to maintain the historical versions and update records of the H5 template package. The terminal CLI tool encapsulates the entire process of template pulling, dependency installation, directory initialization, and packaging / uploading commands, allowing developers to complete local development environment setup and code directory generation with a single command. The project configuration file corresponds one-to-one with the H5 template package, unifying the template's interface display rules and configuration items to ensure consistency when different developers pull the same template. The terminal CLI tool supports template search functionality, allowing developers to filter target H5 templates from the cloud server by entering keywords. The cloud server stores H5 template packages as a centralized storage center for H5 templates. Its standardized directory structure clearly defines the fixed storage paths for various file types and unifies the file organization rules for templates. This solves the problem of developers creating their own project directories and resulting in chaotic structures in existing technologies. Templates are ready to use out of the box, eliminating the need for developers to spend time adapting to different directory structures, reducing the time cost of directory organization and file adjustments. It also lowers the learning curve for new developers and avoids maintenance difficulties caused by inconsistent directories. The integrated npm file version management system records the entire iteration process of each H5 template, including new features, bug fixes, and configuration adjustments. It supports version rollback and new feature release control, and provides administrators with a management portal for version merging and approval. This completely solves the pain points of chaotic H5 template versions and lack of historical traceability in existing technologies. Developers can choose the appropriate version according to business needs to avoid compatibility issues caused by version iteration; administrators can standardize the template iteration process through unified version management, and update technical documentation synchronously after new features are released, so that all developers can clearly understand the version differences, reduce communication costs, and reduce the complexity of maintaining multiple versions. The template package is designed with the following features: the project configuration file presets interface content parameters and default values / options, and unifies the interface display rules of the template. It standardizes and visualizes the interface parameters that are frequently adjusted, provides default configuration to ensure basic availability, and supports custom adjustments to adapt to personalized needs. At the same time, it ensures the consistency of configuration logic within the same template, solving the problem that there is no unified interface configuration standard in the existing technology and developers need to repeatedly develop interface styles. Through interactive input to select parameters, developers do not need to write interface configuration code from scratch and can quickly adapt to business scenarios.Maintaining consistent basic configurations across different developers for the same template avoids functional deviations due to configuration differences, reduces communication costs in team collaboration, and improves the accuracy of template reuse. NPM package repository management of third-party JS libraries, along with version locking via lock files, centrally manages the third-party JS libraries that H5 templates depend on, clearly defining dependency sources and fixing the specific version number of each library through lock files. This ensures that all developers obtain completely consistent dependency versions, solving the problems of inconsistent dependency library versions and difficult adaptation in existing technologies. It avoids local compatibility issues leading to errors or functional abnormalities on a live server due to different local dependency versions. A unified development environment and technology stack reduces dependency adaptation and compatibility debugging time, lowering development costs and online failure risks caused by dependency issues. Terminal CL (Client / Server Container Registry) is also included. The I tool establishes a data channel with the cloud server and provides a full-process command encapsulation of cloud resource access logic, dependency installation process, and template upload interface. It integrates the previously scattered steps that required manual operation of the operating system, Git repository, and dependency management tools into standardized commands, shielding the underlying technical details. This solves the problem of existing technologies lacking a unified command-line tool and relying on repetitive manual operations. Developers do not need to master cloud resource paths, Git operation commands, or dependency installation details. They can complete template retrieval, environment setup, and template upload with simple commands, greatly reducing manual operation steps, improving development efficiency, and reducing the error rate. It supports interactive input selection and a single command to complete environment setup and directory generation. Through interactive guided operation, the tool lowers the threshold for use, and developers do not need to remember complex configuration parameters.This system encapsulates the entire workflow, integrating multiple steps such as template retrieval, dependency installation, directory initialization, and environment setup into a single command for one-click deployment. It addresses the pain points of existing technologies, such as high learning costs, the need to familiarize developers with scaffolding selection, and complex environment setup. Developers no longer need to switch between multiple platforms like browsers and Git tools; they can complete the entire process within a familiar terminal environment. This seamlessly integrates template resources with the development workflow, allowing even novice developers to quickly get started and shortening project startup cycles. The template search function provides a quick entry point, allowing developers to filter target templates from the cloud template library using keywords, eliminating the need to manually browse the entire list. This solves the problem of low template search efficiency in existing technologies, making it particularly suitable for scenarios with a large number of cloud templates. It significantly shortens template selection time, improves the accuracy of template selection, further simplifies the development process, and allows developers to focus more quickly on writing business code. Incremental template retrieval... When fetching template code and configuration files, only newly added or modified files are retrieved from the cloud, eliminating the need to re-download the complete template package. This reduces data transfer volume, improves template update and fetch efficiency, and saves network resources and local storage space. It is particularly suitable for update scenarios after template iteration, avoiding time waste caused by repeated downloads and optimizing the development experience. The local development environment integrates Vite build configuration, providing standardized compilation and packaging tools that adapt to the build requirements of H5 templates. It automates the deployment of the development environment, eliminating the need for developers to manually configure Vite-related parameters. This solves the problems of chaotic build tool selection and cumbersome environment configuration in existing technologies, unifies the compilation and packaging standards of projects, ensures consistent local build results for different developers, and reduces functional deviations caused by differences in build configuration. Vite's efficient compilation capabilities improve project running and packaging speed, further shortening the development cycle and reducing the learning cost of environment configuration. A method for intelligent management of H5 templates based on a command-line terminal includes the following steps: S1: Developers input build commands through a CLI tool, and the CLI tool responds to the commands and displays a list of H5 templates stored in a cloud server; S2: Developers interactively input through the CLI tool, selecting a target H5 template and project configuration parameters, wherein the project configuration parameters are selected from preset options in the project configuration file or customized; S3: Based on the developer's selection, the CLI tool retrieves the corresponding H5 template code and project configuration file from the cloud server, and obtains a locked version of a third-party JS library from the NPM package repository; S4: The CLI tool initializes a standardized directory structure in the local development environment, installs third-party JS library dependencies, and sets up a Vite-based runtime environment. S5: Developers develop business code based on the locally generated developmentable project; S6: After development is completed, the packaging command is executed through the terminal CLI tool to package the project into JS resources based on the Vite build configuration, and then the upload command is executed through the terminal CLI tool to upload the updated H5 template package to the cloud server; S7: The cloud server records and manages the uploaded H5 template package through the npm version management system. In step S3, the terminal CLI tool uses an incremental pull method to obtain only the newly added or modified template code and configuration files from the cloud server. In step S6, after the updated H5 template package is uploaded to the cloud server, it is merged and reviewed by the administrator. After the review is approved, the new feature version is released and the technical documentation is updated simultaneously. By centrally storing templates in the cloud and enabling collaborative creation among multiple developers, developers no longer need to repeatedly write code for mature business scenarios. They can directly reuse templates and adjust them based on configurations, significantly reducing repetitive development costs and improving team collaboration efficiency. The NPM package repository locks dependency versions, standardizes directory structures, and unifies build tools, solving the problem of inconsistent development languages ​​and tool selection in existing technologies. This reduces the difficulty and cost of maintaining multiple projects later on. Centralized template management on cloud servers, administrator review and iteration, and a unified CLI tool entry point form a closed loop of submission, review, release, and reuse. This solves the problems of scattered code storage, lack of sharing mechanisms, and lack of standardized constraints in existing technologies, improving the standardization of team collaboration and template quality. From template retrieval, development configuration, dependency installation, business development, to packaging, uploading, and version updates, all structural modules collaboratively cover the entire lifecycle of H5 templates, achieving one-stop management. This completely eliminates the cumbersome process of switching multiple tools and performing multiple manual operations in existing technologies, maximizing development and management efficiency.

[0017] The above description is merely a preferred embodiment of the present invention and is not intended to limit the present invention in any other way. Any person skilled in the art may make changes or modifications to the above-disclosed technical content to create equivalent embodiments for application in other fields. However, any simple modifications, equivalent changes, and modifications made to the above embodiments based on the technical essence of the present invention without departing from the scope of the present invention shall still fall within the protection scope of the present invention.

Claims

1. An H5 template intelligent management system based on a command-line terminal, characterized in that, include: Terminal CLI tools, cloud servers, NPM package repositories, and local development environments; The cloud server stores H5 template packages, which are built based on a standardized directory structure. The standardized directory structure includes a static resource storage directory, a page view file view directory, a tool package directory util, a component directory component, and a network request related file directory network. The H5 template package is configured with a project configuration file, which presets the interface content parameters of the H5 template and their corresponding default values ​​and options. The interface content parameters include theme color, background color, background image and prompts. The NPM package repository is used to manage the third-party JS libraries that H5 template packages depend on, and the versions of the third-party JS libraries are locked through lock files; The terminal CLI tool is used to establish a data channel with the cloud server, providing build commands, dependency installation commands, and upload commands for H5 template projects, and supporting developers to select template types and initialize configurations through interactive input. The local development environment integrates Vite build configuration, which is used to receive template code and configuration files pulled by the terminal CLI tool, and complete project directory initialization, runtime environment setup, and code compilation and packaging.

2. The H5 template intelligent management system based on a command-line terminal according to claim 1, characterized in that, The cloud server integrates the npm file version management system, which is used to maintain the historical versions and update records of H5 template packages.

3. The H5 template intelligent management system based on a command-line terminal according to claim 1, characterized in that, The terminal CLI tool encapsulates the entire process of template retrieval, dependency installation, directory initialization, and package upload, allowing developers to complete the local development environment setup and code directory generation with a single command.

4. The H5 template intelligent management system based on a command-line terminal according to claim 1, characterized in that, The project configuration file corresponds one-to-one with the H5 template package, which is used to unify the interface display rules and configuration items of the template, and ensure that the same template pulled by different developers has consistency.

5. The H5 template intelligent management system based on a command-line terminal according to claim 1, characterized in that, The terminal CLI tool supports template search, allowing developers to filter target H5 templates from the cloud server by entering keywords.

6. A method for intelligent management of H5 templates based on a command-line terminal, characterized in that, Includes the following steps: S1: Developers input build commands through the terminal CLI tool, and the terminal CLI tool responds to the commands and displays a list of H5 templates stored in the cloud server; S2: Developers use the terminal CLI tool to interactively input information, select the target H5 template and project configuration parameters, which can be selected from the preset options in the project configuration file or customized. S3: The terminal CLI tool pulls the corresponding H5 template code and project configuration file from the cloud server and obtains the locked version of the third-party JS library from the NPM package repository, based on the developer's selection. S4: The terminal CLI tool initializes a standardized directory structure in the local development environment, installs third-party JS library dependencies, sets up a Vite-based runtime environment, and generates a developable project. S5: Developers develop business code based on locally generated developable projects; S6: After development is complete, execute the packaging command through the terminal CLI tool to package the project into JS resources based on the Vite build configuration, and then execute the upload command through the terminal CLI tool to upload the updated H5 template package to the cloud server; S7: The cloud server uses the npm version control system to record and manage the versions of uploaded H5 template packages.

7. The H5 template intelligent management method based on a command-line terminal according to claim 6, characterized in that, In step S3, the terminal CLI tool uses an incremental fetching method, only obtaining newly added or modified template code and configuration files from the cloud server.

8. The method according to claim 6, characterized in that, In step S6, after the updated H5 template package is uploaded to the cloud server, it is merged and reviewed by the administrator. After the review is approved, the new feature version is released and the technical documentation is updated simultaneously.

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