private const int Iterations = 10000000; // 10,000,000 (10 million)
private static StreamCsPrng GetEngine(CsPseudorandomNumberGenerator cipher)
{
var config = CsPrngFactory.CreateStreamCipherCsprngConfiguration(cipher);
var engine = CipherFactory.CreateStreamCipher(config.CipherName.ToEnum <StreamCipher>());
return(new StreamCsPrng(engine, config.Key, config.Nonce));
}
public static PayloadConfiguration CreateSimple(CsPseudorandomNumberGenerator csprngEnum)
{
var config = new PayloadConfiguration {
SchemeName = PayloadLayoutScheme.Simple.ToString(),
EntropyScheme = PayloadMuxEntropyScheme.StreamCipherCsprng,
EntropySchemeData = CsPrngFactory.CreateStreamCipherCsprngConfiguration(csprngEnum).SerialiseDto()
};
return(config);
}
public void SOSEMANUK()
{
var inputObj = CsPrngFactory.CreateStreamCipherCsprngConfiguration(CsPseudorandomNumberGenerator.Sosemanuk);
var stream = SerialiseToMemory(inputObj);
stream.Seek(0, SeekOrigin.Begin);
var outputObj = DeserialiseFromMemory <StreamCipherCsprngConfiguration>(stream);
bool equal = inputObj.Equals(outputObj);
Assert.IsTrue(equal);
}
public static PayloadConfiguration CreateFabricVariable(CsPseudorandomNumberGenerator csprngEnum, int?minStripe = null,
int?maxStripe = null)
{
CheckFabricArgumentsValid(minStripe, maxStripe);
var config = new PayloadConfiguration {
SchemeName = PayloadLayoutScheme.Fabric.ToString(),
SchemeConfiguration = new RangeConfiguration {
Minimum = (minStripe == null ? FabricPayloadMux.MinimumStripeLength : minStripe.Value),
Maximum = (maxStripe == null ? FabricPayloadMux.MaximumStripeLength : maxStripe.Value)
}.SerialiseDto(),
EntropyScheme = PayloadMuxEntropyScheme.StreamCipherCsprng,
EntropySchemeData = CsPrngFactory.CreateStreamCipherCsprngConfiguration(csprngEnum).SerialiseDto()
};
return(config);
}
public static PayloadConfiguration CreateFrameshiftFixed(CsPseudorandomNumberGenerator csprngEnum, int?paddingSize = null)
{
int fixedSize = paddingSize == null ? FrameshiftPayloadMux.DefaultFixedPaddingLength : paddingSize.Value;
if (fixedSize.IsBetween(FrameshiftPayloadMux.MinimumPaddingLength, FrameshiftPayloadMux.MaximumPaddingLength) == false)
{
throw new ArgumentOutOfRangeException("paddingSize", "Padding size not within specification.");
}
var config = new PayloadConfiguration {
SchemeName = PayloadLayoutScheme.Frameshift.ToString(),
SchemeConfiguration = new RangeConfiguration {
Minimum = fixedSize,
Maximum = fixedSize,
}.SerialiseDto(),
EntropyScheme = PayloadMuxEntropyScheme.StreamCipherCsprng,
EntropySchemeData = CsPrngFactory.CreateStreamCipherCsprngConfiguration(csprngEnum).SerialiseDto()
};
return(config);
}
public void Fabric_Fixed()
{
var inputObj = new PayloadConfiguration()
{
SchemeName = PayloadLayoutScheme.Fabric.ToString(),
SchemeConfiguration = new RangeConfiguration {
Minimum = FabricPayloadMux.DefaultFixedStripeLength,
Maximum = FabricPayloadMux.DefaultFixedStripeLength
}.SerialiseDto(),
EntropyScheme = PayloadMuxEntropyScheme.StreamCipherCsprng,
EntropySchemeData = CsPrngFactory.CreateStreamCipherCsprngConfiguration(
CsPseudorandomNumberGenerator.Sosemanuk).SerialiseDto <StreamCipherCsprngConfiguration>()
};
var stream = SerialiseToMemory(inputObj);
stream.Seek(0, SeekOrigin.Begin);
var outputObj = DeserialiseFromMemory <PayloadConfiguration>(stream);
bool equal = inputObj.Equals(outputObj);
Assert.IsTrue(equal);
}
public StreamCipherCsprngMuxEntropySource(StreamCipherCsprngConfiguration config)
{
EntropySource = CsPrngFactory.CreateCsprng(config);
}
