This commit introduces a more secure sigil workflow by separating the transformation logic from the serialization logic.
- The `Trix` struct now has `Pack()` and `Unpack()` methods to apply sigil transformations directly to the payload.
- The `Encode()` and `Decode()` functions are now solely responsible for serialization, no longer handling sigil logic.
- The recommended workflow is to `Pack()` the data (obfuscating it), then encrypt it, and finally `Encode()` the container. This prevents cleartext from being sent to the CPU's encryption instructions.
This change enhances security by adding a user-defined obfuscation layer before the encryption process begins, true to the spirit of Enchantrix.
This commit introduces a new, generic `.trix` file format, which is decoupled from any specific encryption algorithm.
The format is defined in `docs/trix_format.md` and consists of a magic number, version, a flexible JSON header, and a raw data payload.
A new `trix` Go package is implemented to handle the encoding and decoding of this format. Unit tests are included to verify the implementation.
An example file, `examples/main.go`, is also added to demonstrate how to use the `.trix` container to store data encrypted with the `chachapoly` package, showcasing the intended decoupled design.
This commit introduces a new `rootfs` package that provides an encrypted passthrough storage system. The `LocalStorage` implementation uses the local file system as its backing store and encrypts all data at rest using the `chachapoly` package.
The functionality is exposed through the main `crypt` package, providing a clean and simple API for creating and interacting with encrypted file-based storage.
This commit enhances the `README.md` file with more detailed information about the project, including a usage example and a development philosophy section. It also adds a new file, `.ideas/future_improvements.md`, to log out-of-scope ideas for future development.
This commit introduces ChaCha20-Poly1305 encryption functionality. It includes the following changes:
- A new `chachapoly` package has been added.
- The `chachapoly` package contains `Encrypt` and `Decrypt` functions.
- The functionality is fully tested.
- An `.ideas` directory has been created.
This commit adds a step to the GitHub Actions workflow to generate and upload a test coverage report. It also renames the `Verifyf` function in the `lthn` package to `Verify` to match the Core repository.
This commit updates the Go version to 1.25 in the `go.mod` and `go.work` files. It also updates the GitHub Actions workflow to use the `go.work` file to determine the Go version and adds a step to set up `task`.
This commit adds a GitHub Actions workflow to build and test the Go code on every push and pull request. It also corrects the Go version in the `go.mod` file to `1.22`.
This commit ports the crypt library from the Core repository to the Enchantrix repository. It includes the following changes:
- The project is now a Go module.
- The `lthn` and `crypt` packages have been ported from the Core repository.
- The PGP functionality has been commented out pending resolution of dependency issues.
- The old Deno project has been moved to the `vault` directory.
- The README has been updated to reflect the new project structure.
