public void EncodeDecodeBlock()
{
BlockEncoder encoder = new BlockEncoder();
Hash hash = new Hash();
Block block = new Block(1, hash);
var result = encoder.Decode(encoder.Encode(block));
Assert.IsNotNull(result);
Assert.AreEqual(1, result.Number);
Assert.AreEqual(hash, result.ParentHash);
}
public void DecodeBlock()
{
BlockEncoder encoder = new BlockEncoder(new KeyScheduler {
Key = Key, IV = IV
});
BlockEncoder decoder = new BlockEncoder(new KeyScheduler {
Key = Key, IV = IV
});
byte[] block = hasher.ComputeHash(Key);
byte[] encoded = encoder.Encode(block, iterations: 1);
byte[] decoded = decoder.Decode(block, iterations: 1);
}
public void EncodeDecodeBlockWithTransaction()
{
BlockEncoder encoder = new BlockEncoder();
Address from = new Address();
Address to = new Address();
Transaction transaction = new Transaction(from, to, new BigInteger(2));
Block original = new Block(0, null, new Transaction[] { transaction });
Block block = encoder.Decode(encoder.Encode(original));
Assert.IsNotNull(block.Transactions);
Assert.AreEqual(1, block.Transactions.Count);
Transaction result = block.Transactions.First();
Assert.AreEqual(new BigInteger(2), result.Value);
}
public void Decode()
{
for (int i = CryptoTransform.MinRounds; i < CryptoTransform.MinRounds + CryptoTransform.MaxAdditionalRounds; i++)
{
BlockEncoder encoder = new BlockEncoder(new KeyScheduler {
Key = Key, IV = IV
});
BlockEncoder decoder = new BlockEncoder(new KeyScheduler {
Key = Key, IV = IV
});
byte[] block = hasher.ComputeHash(Key);
byte[] copy = (byte[])block.Clone();
byte[] encoded = encoder.Encode(block, i);
//check to see whether it's being altered by accident
CollectionAssert.AreEqual(copy, block);
byte[] decoded = decoder.Decode(encoded, i);
Assert.IsTrue(block.Length == decoded.Length);
CollectionAssert.AreEqual(decoded, block);
}
}
