Overview
The electron-vue-template is an innovative solution that allows developers to efficiently build both web and client applications from a single codebase. This dual functionality significantly boosts development productivity while ensuring that client-side requirements are effectively met, creating a user experience akin to native applications. The template emphasizes the importance of code separation between web and client platforms, allowing for a streamlined development process without compromising functionality.
Designed with several powerful features, this template not only simplifies the complexities of application updates and debugging but also supports various operating systems, making it a versatile choice for developers. Whether you are building a desktop application for Windows, Mac, or even custom operating systems, this tool is engineered to handle it all.
Features
- Dual Environment Support: A single codebase that seamlessly builds for both web and client applications, enhancing efficiency and convenience.
- Client-Specific Requirements: Addresses unique needs of desktop applications to provide an experience that rivals native app performance.
- Code Isolation: Ensures clear separation between web and client code, maintaining organization and preventing cross-environment issues.
- Automatic Updates: Streamlines the application update process with built-in protocols for version checking and deployment.
- Global Hotkeys: Facilitates user interaction by allowing the registration of global shortcuts to open debugging windows or other functionalities.
- Custom Protocol Registration: Enables interaction between web and desktop environments—allowing the desktop application to wake up and receive parameters from the web.
- Multi-Platform Packaging: Supports various operating systems, including Windows, Mac, Linux, and even domestic OS, making it a flexible choice for developers.
- Integrated Development Commands: Simplifies local debugging and development setup with easily configurable commands for different environments.