This commit introduces two key improvements to the application:
1. **Authenticated GitHub API Access:** The GitHub client now uses a personal access token (PAT) from the `GITHUB_TOKEN` environment variable if it is available. This increases the rate limit for GitHub API requests, making the tool more robust for users who need to collect a large number of repositories.
2. **Structured Logging:** The application now uses the standard library's `slog` package for structured logging. A `--verbose` flag has been added to the root command to control the log level, allowing for more detailed output when needed. This makes the application's output more consistent and easier to parse.
This commit introduces a new command `collect github-release` that allows downloading assets from the latest GitHub release of a repository.
The command supports the following features:
- Downloading a specific file from the release using the `--file` flag.
- Downloading all assets from the release and packing them into a DataNode using the `--pack` flag.
- Specifying an output directory for the downloaded files using the `--output` flag.
This commit also includes a project-wide refactoring of the Go module path to `github.com/Snider/Borg` to align with Go's module system best practices.
This commit introduces a new `DataNode` package, which provides an in-memory, `fs.FS`-compatible filesystem with a `debme`-like interface. The `DataNode` can be serialized to and from a TAR archive, making it suitable for storing downloaded assets.
The `pwa` and `serve` commands have been refactored to use the `DataNode`. The `pwa` command now packages downloaded PWA assets into a `DataNode` and saves it as a `.dat` file. The `serve` command loads a `.dat` file into a `DataNode` and serves its contents.
This commit introduces two new commands: `pwa` and `serve`.
The `pwa` command downloads a Progressive Web Application (PWA) from a given URL. It discovers the PWA's manifest, downloads the assets referenced in the manifest (start URL and icons), and packages them into a single `.tar` file.
The `serve` command takes a `.tar` file created by the `pwa` command and serves its contents using a standard Go HTTP file server. It unpacks the tarball into an in-memory filesystem, making it a self-contained and efficient way to host the downloaded PWA.
