static bool KeysEqual(SecurityKey k1, SecurityKey k2)
{
return
(k1 != null && k2 != null &&
k1.GetType() == k2.GetType() &&
k1 is SymmetricSecurityKey k1s &&
k2 is SymmetricSecurityKey k2s &&
HelperTools.AreByteArraysEqual(k1s.Key, k2s.Key));
}
public async Task TestBigBlocks(double txsCount)
{
var node = NodeRepository.GetNodes().First();
var rpcClient = rpcClientFactoryMock.Create(node.Host, node.Port, node.Username, node.Password);
var stream = new MemoryStream(Encoders.Hex.DecodeData(File.ReadAllText(@"Data/16mb_tx.txt")));
var bStream = new BitcoinStream(stream, false)
{
MaxArraySize = unchecked ((int)uint.MaxValue)
};
var tx = Transaction.Create(Network.Main);
tx.ReadWrite(bStream);
var txId = tx.GetHash(int.MaxValue).ToString();
_ = await CreateAndInsertTxAsync(false, true, 2, new string[] { txId.ToString() });
List <Transaction> txs = new();
for (int i = 0; i < txsCount; i++)
{
txs.Add(tx);
}
(_, string blockHash) = await CreateAndPublishNewBlockWithTxs(rpcClient, null, txs.ToArray(), true, true);
var block = await TxRepositoryPostgres.GetBestBlockAsync();
Assert.IsFalse(HelperTools.AreByteArraysEqual(block.BlockHash, new uint256(blockHash).ToBytes()));
PublishBlockHashToEventBus(blockHash);
WaitUntilEventBusIsIdle();
block = await TxRepositoryPostgres.GetBestBlockAsync();
Assert.IsTrue(HelperTools.AreByteArraysEqual(block.BlockHash, new uint256(blockHash).ToBytes()));
Assert.AreEqual(0, (await TxRepositoryPostgres.GetUnparsedBlocksAsync()).Length);
// check if block was correctly parsed
var blockStream = await RpcClient.GetBlockAsStreamAsync(await RpcClient.GetBestBlockHashAsync());
var parsedBlock = HelperTools.ParseByteStreamToBlock(blockStream);
Assert.AreEqual(txsCount + 1, parsedBlock.Transactions.Count);
}
