@flownet/lib-to-electron

The @flownet/lib-to-electron project is a node library designed to assist developers in automatically converting a project into Electron applications. It helps to streamline workflows and reduce manual operation required in setting up Electron apps.

Process

The script functions by taking a source directory (src) as input. This reflects a project directory that the script can access. The script not only checks that the src directory exists but also confirms the presence of a dist directory within the src. If either is missing, an error is returned.

Template Directory

The script further creates or uses a template directory, filled with the seed files needed to generate an Electron application. Notably, it has preset coding files that comprise the building blocks for Electron apps.

Moreover, an output directory (outDir) is set up to have the finished Electron application after the operation. The script initializes this directory and later copies the converted project files into it.

Parameters

The script accepts various parameters that allows customization such as the package directory (packageDir), name of the electron app (name), the main script (main), and the Electron version (version).

The fnetRenderTemplatesDir function is then utilized, which takes in these parameters and the locations of existing directories to commence the conversion process. This function primarily copies the template files into the output directory.

Shell Commands

Post rendering and setting up directories, the script uses Shell commands to complete crucial steps. These involve:

• Copying project files from the 'dist' directory to the 'src' directory in the 'outDir'
• Installing dependencies via npm install in the output directory.
• Building the project by initiating the npm run dist in the outDir.

In case any of these commands fail, an error gets thrown.

In conclusion, the @flownet/lib-to-electron serves to streamline the conversion of existing projects into Electron applications by automating essential setup steps and taking care of parameters inclusion and conversion process. Proper structuring and systematic execution ensure the project's efficiency and reliability.