public void TwoAddressesRoundTripAlternate()
{
var encoder = new Encoder7BitClass();
encoder.startBinaryWrite();
encoder.writeBinary(0x28);
encoder.writeBinary(0x7B);
encoder.writeBinary(0x3E);
encoder.writeBinary(0x5E);
encoder.writeBinary(0x06);
encoder.writeBinary(0x00);
encoder.writeBinary(0x00);
encoder.writeBinary(0x44);
encoder.writeBinary(0x28);
encoder.writeBinary(0x6C);
encoder.writeBinary(0x36);
encoder.writeBinary(0x5E);
encoder.writeBinary(0x06);
encoder.writeBinary(0x00);
encoder.writeBinary(0x00);
encoder.writeBinary(0x24); // Weird as f**k, 0x44 is encoded as 0x24
encoder.endBinaryWrite();
var buffer = encoder.Buffer;
var result = Encoder7BitClass.ReadBinary(16, buffer);
Assert.AreEqual("287B3E5E06000044286C365E06000024", Dump(result));
}
public int[] Encoded(int number = 1)
{
var encoder = new Encoder7BitClass();
encoder.startBinaryWrite();
for(int i = 0; i < number; i++)
{
encoder.writeBinary(0x28);
encoder.writeBinary(0x7B);
encoder.writeBinary(0x3E);
encoder.writeBinary(0x5E);
encoder.writeBinary(0x06);
encoder.writeBinary(0x00);
encoder.writeBinary(0x00);
encoder.writeBinary(0x44);
}
encoder.endBinaryWrite();
return encoder.Buffer.Select(b => (int)b).ToArray();
}
