-//! [Secure Remote Password][1] (SRP) protocol implementation.
-//!
-//! This implementation is generic over hash functions using
-//! [`Digest`](https://docs.rs/digest) trait, so you will need to choose a hash
-//! function, e.g. `Sha256` from [`sha2`](https://crates.io/crates/sha2) crate.
-//! Additionally this crate allows to use a specialized password hashing
-//! algorithm for private key computation instead of method described in the
-//! SRP literature.
-//!
-//! Compatability with over implementations was not yet tested.
-//!
+#![allow(clippy::many_single_char_names)]
+#![doc(html_logo_url = "https://raw.githubusercontent.com/RustCrypto/meta/master/logo_small.png")]
+#![doc = include_str!("../README.md")]
+
//! # Usage
-//! Add `srp` dependecy to your `Cargo.toml`:
+//! Add `srp` dependency to your `Cargo.toml`:
//!
//! ```toml
//! [dependencies]
-//! rand = "0.3"
+//! srp = "0.4"
//! ```
//!
//! and this to your crate root:
//! [`server`](server/index.html) modules.
//!
//! # Algorithm description
-//! Here we briefly describe implemented algroithm. For additionall information
+//! Here we briefly describe implemented algorithm. For additional information
//! refer to SRP literature. All arithmetic is done modulo `N`, where `N` is a
//! large safe prime (`N = 2q+1`, where `q` is prime). Additionally `g` MUST be
//! a generator modulo `N`. It's STRONGLY recommended to use SRP parameters
//! provided by this crate in the [`groups`](groups/index.html) module.
//!
-//! Client | | Server
-//! ------------------------|-------------------|------------------------
-//! `a_pub = g^a` | — `a_pub`, `I` —> | (lookup `s`, `v` for given `I`)
-//! `x = PH(P, s)` | <— `b_pub`, `s` — | `b_pub = k*v + g^b`
-//! `u = H(a_pub || b_pub)` | | `u = H(a_pub || b_pub)`
-//! `s = (b_pub - k*g^x)^(a+u*x)` | | `S = (b_pub - k*g^x)^(a+u*x)`
-//! `K = H(s)` | | `K = H(s)`
-//! `M1 = H(A || B || K)` | — `M1` —> | (verify `M1`)
-//! (verify `M2`) | <— `M2` — | `M2 = H(A || M1 || K)`
+//! | Client | Data transfer | Server |
+//! |------------------------|-------------------|---------------------------------|
+//! |`a_pub = g^a` | — `a_pub`, `I` —> | (lookup `s`, `v` for given `I`) |
+//! |`x = PH(P, s)` | <— `b_pub`, `s` — | `b_pub = k*v + g^b` |
+//! |`u = H(a_pub ‖ b_pub)` | | `u = H(a_pub ‖ b_pub)` |
+//! |`s = (b_pub - k*g^x)^(a+u*x)` | | `S = (b_pub - k*g^x)^(a+u*x)` |
+//! |`K = H(s)` | | `K = H(s)` |
+//! |`M1 = H(A ‖ B ‖ K)` | — `M1` —> | (verify `M1`) |
+//! |(verify `M2`) | <— `M2` — | `M2 = H(A ‖ M1 ‖ K)` |
//!
-//! Variables and notations have the following
-//! meaning:
+//! Variables and notations have the following meaning:
//!
//! - `I` — user identity (username)
//! - `P` — user password
//! - `H` — one-way hash function
//! - `PH` — password hashing algroithm, in the RFC 5054 described as
-//! `H(s || H(I || ":" || P))`
+//! `H(s ‖ H(I ‖ ":" ‖ P))`
//! - `^` — (modular) exponentiation
-//! - `||` — concatenation
+//! - `‖` — concatenation
//! - `x` — user private key
//! - `s` — salt generated by user and stored on the server
//! - `v` — password verifier equal to `g^x` and stored on the server
//!
//! [1]: https://en.wikipedia.org/wiki/Secure_Remote_Password_protocol
//! [2]: https://tools.ietf.org/html/rfc5054
-extern crate num;
-extern crate digest;
-extern crate generic_array;
-#[macro_use]
-extern crate lazy_static;
-#[cfg(test)]
-extern crate sha_1;
-
-mod tools;
pub mod client;
+pub mod groups;
pub mod server;
pub mod types;
-pub mod groups;