public static void Test()
{
SaltyRandomGenerator srg = new SaltyRandomGenerator();
srg.getsalt += srg_getsalt;
BitCollector collector = new BitCollector(512);
int bits;
int n;
for (bits = 1; bits < 28; bits++)
{
srg.Reset();
collector.Clear();
for (n = 0; n < (512 - bits); n += bits)
{
int value = srg.GetEntropy(bits, false);
collector.AddBits((uint)value, bits);
}
{
int final_value = srg.GetEntropy(512 - n, false);
collector.AddBits((uint)final_value, 512 - n);
}
byte[] one = srg.entropy;
byte[] two = collector.buffer;
for (n = 0; n < 512 / 8; n++)
{
if (one[n] != two[n])
{
Console.WriteLine("Byte " + n + " differed " + one[n].ToString("x") + " " + two[n].ToString("x"));
}
}
}
for (bits = 1; bits < 28; bits++)
{
srg.Reset();
collector.Clear();
for (n = 0; n < (512 - bits); n += bits)
{
int value = srg.GetEntropy(bits, true);
collector.AddBits((uint)value, bits);
//Console.WriteLine( "data is : " + value );
}
{
int final_value = srg.GetEntropy(512 - n, false);
collector.AddBits((uint)final_value, 512 - n);
}
byte[] one = srg.entropy;
byte[] two = collector.buffer;
for (n = 0; n < 512 / 8; n++)
{
if (one[n] != two[n])
{
Console.WriteLine("Byte " + n + " differed " + one[n].ToString("x") + " " + two[n].ToString("x"));
}
}
}
}
public void Test_BitCollectorAndBitStream()
{
byte[] initialBuffer = new byte[] { 0xAA, 0x54 };
BitStream bitStream = new BitStream(initialBuffer);
BitCollector bitCollector = new BitCollector();
byte nextBit = 0;
while ((nextBit = bitStream.NextBit()) != 255)
{
bitCollector.PushBit(nextBit);
}
Assert.AreEqual(initialBuffer[0], bitCollector.GetBuffer()[0]);
Assert.AreEqual(initialBuffer[1], bitCollector.GetBuffer()[1]);
}
public static void Test()
{
SaltyRandomGenerator srg = new SaltyRandomGenerator();
srg.getsalt += srg_getsalt;
BitCollector collector = new BitCollector( 512 );
int bits;
int n;
for( bits = 1; bits < 28; bits++ )
{
srg.Reset();
collector.Clear();
for( n = 0; n < ( 512 - bits ); n += bits )
{
int value = srg.GetEntropy( bits, false );
collector.AddBits( (uint)value, bits );
}
{
int final_value = srg.GetEntropy( 512 - n, false );
collector.AddBits( (uint)final_value, 512 - n );
}
byte[] one = srg.entropy;
byte[] two = collector.buffer;
for( n = 0; n < 512 / 8; n++ )
{
if( one[n] != two[n] )
Console.WriteLine( "Byte " + n + " differed " + one[n].ToString( "x" ) + " " + two[n].ToString( "x" ) );
}
}
for( bits = 1; bits < 28; bits++ )
{
srg.Reset();
collector.Clear();
for( n = 0; n < ( 512 - bits ); n += bits )
{
int value = srg.GetEntropy( bits, true );
collector.AddBits( (uint)value, bits );
//Console.WriteLine( "data is : " + value );
}
{
int final_value = srg.GetEntropy( 512 - n, false );
collector.AddBits( (uint)final_value, 512 - n );
}
byte[] one = srg.entropy;
byte[] two = collector.buffer;
for( n = 0; n < 512 / 8; n++ )
{
if( one[n] != two[n] )
Console.WriteLine( "Byte " + n + " differed " + one[n].ToString( "x" ) + " " + two[n].ToString( "x" ) );
}
}
}
