void OnMined(Consensus.Types.Block bk)
{
if (_NodeManager != null)
{
_NodeManager.Transmit(bk);
}
}
//TODO: ensure txs are in the right order inside the miner
public void ShouldOrderTxsInBlock()
{
var myKey = Key.Create();
var me = myKey.Address;
var them = Key.Create().Address;
var genesisTx = Utils.GetTx().AddOutput(me, Consensus.Tests.zhash, 1000);
_GenesisBlock = _GenesisBlock.AddTx(genesisTx);
Assert.That(HandleBlock(_GenesisBlock), Is.EqualTo(BkResultEnum.Accepted));
var fst = Utils.GetTx()
.AddInput(genesisTx, 0)
.AddOutput(them, Consensus.Tests.zhash, 10)
.AddOutput(me, Consensus.Tests.zhash, 990)
.Sign(new byte[][] { myKey.Private });
Assert.That(HandleTransaction(fst), Is.EqualTo(TxResultEnum.Accepted));
// snd depends on fst - expecting test to try validated it first and fail, then reverse order and succeed
var snd = Utils.GetTx()
.AddInput(fst, 0)
.AddOutput(them, Consensus.Tests.zhash, 20)
.AddOutput(me, Consensus.Tests.zhash, 970)
.Sign(new byte[][] { myKey.Private });
Assert.That(HandleTransaction(snd), Is.EqualTo(TxResultEnum.Accepted));
var evt = new ManualResetEvent(false);
var miner = new MinerManager(_BlockChain, me);
Consensus.Types.Block minedBlock = null;
miner.OnMined += bk =>
{
minedBlock = bk;
evt.Set();
};
Assert.That(evt.WaitOne(5000), Is.True);
Assert.That(minedBlock.transactions, Is.Not.Null);
Assert.That(minedBlock.transactions.Length, Is.EqualTo(3)); //2 + 1 coinbase
}
internal static void Information(string info, Consensus.Types.Block bk)
{
Information(info, Consensus.Merkle.blockHeaderHasher.Invoke(bk.header));
}
internal bool AddBlock(Consensus.Types.Block block)
{
return(new HandleBlockAction(block).Publish().Result.BkResultEnum == BlockChain.BlockVerificationHelper.BkResultEnum.Accepted);
}
public static void SetTag(Consensus.Types.Block bk, string value)
{
SetTag(Consensus.Merkle.blockHeaderHasher.Invoke(bk.header), value);
}
