public void Should_ComputeIdenticalC0AndC1Values_When_TheSameKeyAndNonceArePassed()
{
var phe = new PheCrypto();
var skS = phe.DecodeSecretKey(this.clientPrivate);
var nonce = phe.GenerateNonce();
var(c0, c1) = phe.ComputeC(skS, nonce);
var(c00, c11) = phe.ComputeC(skS, nonce);
Assert.Equal(Bytes.ToString(c0, StringEncoding.HEX), Bytes.ToString(c00, StringEncoding.HEX));
Assert.Equal(Bytes.ToString(c1, StringEncoding.HEX), Bytes.ToString(c11, StringEncoding.HEX));
}
public void Should_ComputeIdenticalC0AndC1Values_When_TheSameKeyAndNonceArePassed()
{
var phe = new PheCrypto();
var skS = phe.DecodeSecretKey(Bytes.FromString("I4ETKFzr3QmUu+Olhp1L2KvRgjfseO530R/A+aQ80Go=", StringEncoding.BASE64));
var nS = Bytes.FromString("4g1N7hTxVWEHesoGZ5eTwbufdSnRtzxzkEQaBkXWsL4=", StringEncoding.BASE64);
var c0 = Bytes.FromString("BI4mieAp/rdVctneZnhj0Ucu8Sc4LGMu2P5z9j49iXtN3AhDBWgIS1A4kfLI1ktcQAJACK4vwgutomtuWSoYllc=", StringEncoding.BASE64);
var c1 = Bytes.FromString("BHENDFDcDsaWwpZLAWXDvEXlrEpIwr1p+OESiRCSemnk41WdfObVsvGPsYNFopaCJN762vP4MINb9HGzjmbM+aU=", StringEncoding.BASE64);
var(c00, c11) = phe.ComputeC(skS, nS);
Assert.Equal(c0, c00);
Assert.Equal(c1, c11);
}