Question 1

How does vcsh compare to GNU Stow for dotfile management?

Accepted Answer

vcsh uses separate Git repositories for each application, allowing independent version control and history, while GNU Stow symlinks files from a single repository. vcsh is better for modular Git-based management, but Stow might be simpler for basic symlinking without versioning per app.

Question 2

How to migrate existing dotfiles to vcsh?

Accepted Answer

Start by initializing a vcsh repository for each application, add relevant files, and commit them. For example, for vim, run 'vcsh init vim', then add and commit your .vimrc and .vim directory as shown in the quick start guide.

Question 3

Can I use vcsh on Windows?

Accepted Answer

vcsh is designed for UNIX-based systems, and while it might work on Windows with compatibility layers like WSL, native support is limited, and installation from packages is primarily for UNIX systems, as noted in the installation section.

Question 4

Is it safe to store secrets like SSH keys in vcsh repositories?

Accepted Answer

It's not recommended to store secrets in version control without encryption. Since vcsh uses Git, you should use tools like Git-crypt to encrypt sensitive files before adding them to a vcsh repository to maintain security.

Question 5

How do I push vcsh repositories to a remote like GitHub?

Accepted Answer

Use standard Git commands via vcsh, such as 'vcsh remote add origin ' and 'vcsh push', as demonstrated in the documentation for setting up remotes and pushing commits.

Question 6

What happens if files overlap between vcsh repositories?

Accepted Answer

vcsh is designed to prevent conflicts by keeping working trees separate, but if files accidentally overlap, it's up to the user to manage manually, as vcsh doesn't provide automatic conflict resolution beyond Git's capabilities.

vcsh

What is vcsh?

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