#TweetNaCl-cs
| Branch | Build | Code Cover |
|---|---|---|
| master | .Net Mono  |
Coveralls  |
About Project
A C# port of original TweetNaCl C language implementation version 20140427.
##Documentation
Public-key authenticated encryption (box)
Implements curve25519-xsalsa20-poly1305.
Byte[] CryptoBoxKeypair(Byte[] secretKey)
The CryptoBoxKeypair function randomly generates a secretKey and a corresponding public key. The secretKey array must have size equal to crypto_box_SECRETKEYBYTES
Byte[] CryptoBox(Byte[] message, Byte[] nonce, Byte[] publicKey, Byte[] secretKey)
The function encrypts and authenticates a message using the nonce, receiver´s publicKey and sender´s secretKey.
Byte[] CryptoBoxOpen(Byte[] cipheredMessage, Byte[] nonce, Byte[] publicKey, Byte[] secretKey)
The function verifies and decrypts a cipherMessage using the receiver's secretKey, the sender's publicKey, and a nonce.
Byte[] CryptoBoxBeforenm(Byte[] publicKey, Byte[] secretKey)
Applications that send several messages to the same receiver can gain speed by splitting CryptoBox into two steps, CryptoBoxBeforenm and CryptoBoxAfternm.
Byte[] CryptoBoxAfternm(Byte[] message, Byte[] nonce, Byte[] k)
Byte[] CryptoBoxOpenAfternm(Byte[] cipheredMessage, Byte[] nonce, Byte[] k)
Byte[] CryptoSignKeypair(Byte[] secretKey)
Byte[] CryptoSign(Byte[] message, Byte[] secretKey)
Byte[] CryptoSignOpen(Byte[] signedMessage, Byte[] publicKey)
Byte[] CryptoScalarmult(Byte[] n, Byte[] p)
Scalar multiplication is a curve25519 implementation.
Byte[] CryptoScalarmultBase(Byte[] n)
The CryptoScalarmultBase function computes the scalar product of a standard group element and an integer n
##Third-party libraries
##Who is using
##License This Source Code Form is subject to the terms of the Mozilla Public License, v. 2.0. If a copy of the MPL was not distributed with this file, You can obtain one at http://mozilla.org/MPL/2.0/.