chloride.sign

Members

Aliases

makeSigningSeed

alias makeSigningSeed = randomArray!SigningSeed

Generate a seed that can be used to generate key pairs with makeSigningKeys.

Functions

makeSigningKeys

SigningKeys makeSigningKeys()

Generate a new random key pair suitable for public key signatures.

makeSigningKeys

SigningKeys makeSigningKeys(in SigningSeed seed)

Generate a key pair from a seed.

messageSignature

ubyte[SignatureLength] messageSignature(in ubyte[] message, in SignPrivateKey key)

Compute a signature for a message using a private key. Unlike signMessage this does not include the original message.

openSignedMessage

ubyte[] openSignedMessage(in ubyte[] signed, in SignPublicKey key)

Verify a signed message using the public key corresponding to the private key used to sign it. If verification succeeds return the message (without the signature), otherwise return null.

signMessage

ubyte[] signMessage(in ubyte[] message, in SignPrivateKey key)

Sign a message using a private key by prepending a signature to the message.

verifySignature

bool verifySignature(in ubyte[] message, in ubyte[SignatureLength] signature, in SignPublicKey key)

Verify a signed message using the public key corresponding to the private key used to sign it. Returns true on success and false on failure. This method is passed the message and signature separately.

1 import std.string : representation;
2 immutable ubyte[] message = representation("hello");
3 auto keys = makeSigningKeys();
4 auto signed = signMessage(message, keys.privateKey);
5 assert(openSignedMessage(signed, keys.publicKey) == message);

1 import std.string : representation;
2 immutable ubyte[] message = representation("hello");
3 auto keys = makeSigningKeys();
4 auto sig = messageSignature(message, keys.privateKey);
5 assert(verifySignature(message, sig, keys.publicKey));

• auth
• core
• lockbox
• password
• random
• secretbox
• sign