It aims to be (relatively) lightweight, easy to maintain and platform-agnostic where possible. It does contain some platform-specific code, although it's only built if the target matches.
-`serde` - provides integration with `serde` and `serde_json`
<!-- - `uuid` - enables the `uuid` crate -->
-`tokio` - provides integration with the `tokio` crate
-`specta` - provides integration with the `specta` crate
-`bincode` - provides integration with the `bincode` crate (this will likely become part of the crate)
-`keyring` - provides a unified interface for interacting with OS-keyrings (currently only supports MacOS/iOS/Linux `keyutils`). `keyutils` is not persistent, so is best used in a headless server/docker environment, as keys are wiped on-reboot. The Secret Service API is not practically available in headless environments.
-`secret-service` - enables `keyring` but also enables the Secret Service API (a persistent keyring targeted at Gnome/KDE (via `gnome-keyring` and `kwallet` respectively)). Is a pretty heavy dependency.
This crate has NOT received any security audit - however, a couple of our upstream libraries (provided by [RustCrypto](https://github.com/RustCrypto)) have.
You may find them below:
- AES-GCM and XChaCha20-Poly1305 audit by NCC group ([link](https://research.nccgroup.com/wp-content/uploads/2020/02/NCC_Group_MobileCoin_RustCrypto_AESGCM_ChaCha20Poly1305_Implementation_Review_2020-02-12_v1.0.pdf))
Breaking changes are very likely! Use at your own risk - no stability or security is guaranteed.
