private void OnGetDataMessageReceived(InvPayload payload)
{
TR.Enter();
foreach (UInt256 hash in payload.Hashes.Distinct())
{
IInventory inventory;
if (!localNode.RelayCache.TryGet(hash, out inventory) && !localNode.ServiceEnabled)
{
continue;
}
switch (payload.Type)
{
case InventoryType.TX:
if (inventory == null)
{
inventory = LocalNode.GetTransaction(hash);
}
if (inventory == null && Blockchain.Default != null)
{
inventory = Blockchain.Default.GetTransaction(hash);
}
if (inventory != null)
{
EnqueueMessage("tx", inventory);
}
break;
case InventoryType.Block:
if (inventory == null && Blockchain.Default != null)
{
inventory = Blockchain.Default.GetBlock(hash);
}
if (inventory != null)
{
BloomFilter filter = bloom_filter;
if (filter == null)
{
EnqueueMessage("block", inventory);
}
else
{
Block block = (Block)inventory;
BitArray flags = new BitArray(block.Transactions.Select(p => TestFilter(filter, p)).ToArray());
EnqueueMessage("merkleblock", MerkleBlockPayload.Create(block, flags));
}
}
break;
case InventoryType.Consensus:
if (inventory != null)
{
EnqueueMessage("consensus", inventory);
}
break;
}
}
TR.Exit();
}
public void Size_Get()
{
var test = MerkleBlockPayload.Create(TestBlockchain.TheNeoSystem.GenesisBlock, new BitArray(1024, false));
test.Size.Should().Be(247); // 239 + nonce
test = MerkleBlockPayload.Create(TestBlockchain.TheNeoSystem.GenesisBlock, new BitArray(0, false));
test.Size.Should().Be(119); // 111 + nonce
}
public void Size_Get()
{
var test = MerkleBlockPayload.Create(TestBlockchain.TheVauthSystem.GenesisBlock, new BitArray(1024, false));
test.Size.Should().Be(239);
test = MerkleBlockPayload.Create(TestBlockchain.TheVauthSystem.GenesisBlock, new BitArray(0, false));
test.Size.Should().Be(111);
}
public void Size_Get()
{
var test = MerkleBlockPayload.Create(Blockchain.GenesisBlock, new BitArray(1024, false));
test.Size.Should().Be(302);
test = MerkleBlockPayload.Create(Blockchain.GenesisBlock, new BitArray(0, false));
test.Size.Should().Be(174);
}
public void DeserializeAndSerialize()
{
var test = MerkleBlockPayload.Create(TestBlockchain.TheNeoSystem.GenesisBlock, new BitArray(2, false));
var clone = test.ToArray().AsSerializable <MerkleBlockPayload>();
Assert.AreEqual(test.TxCount, clone.TxCount);
Assert.AreEqual(test.Hashes.Length, clone.TxCount);
CollectionAssert.AreEqual(test.Hashes, clone.Hashes);
CollectionAssert.AreEqual(test.Flags, clone.Flags);
}
private void OnGetDataMessageReceived(InvPayload payload)
{
UInt256[] hashes = payload.Hashes.Where(p => sentHashes.Add(p)).ToArray();
foreach (UInt256 hash in hashes)
{
Blockchain.Singleton.RelayCache.TryGet(hash, out IInventory inventory);
switch (payload.Type)
{
case InventoryType.TX:
if (inventory == null)
{
inventory = Blockchain.Singleton.GetTransaction(hash);
}
if (inventory is Transaction)
{
Context.Parent.Tell(Message.Create("tx", inventory));
}
break;
case InventoryType.Block:
if (inventory == null)
{
inventory = Blockchain.Singleton.GetBlock(hash);
}
if (inventory is Block block)
{
if (bloom_filter == null)
{
Context.Parent.Tell(Message.Create("block", inventory));
}
else
{
BitArray flags = new BitArray(block.Transactions.Select(p => bloom_filter.Test(p)).ToArray());
Context.Parent.Tell(Message.Create("merkleblock", MerkleBlockPayload.Create(block, flags)));
}
}
break;
case InventoryType.Consensus:
if (inventory != null)
{
Context.Parent.Tell(Message.Create("consensus", inventory));
}
break;
}
}
}
private bool CheckFPRate(MerkleBlockPayload merkleBlock)
{
var maxFPRate = FalsePositiveRate + MaximumFalsePositiveRateDifference;
if (_TotalReceived > 100 &&
ActualFalsePostiveRate >= maxFPRate)
{
var currentBlock = _Chain.GetBlock(merkleBlock.Object.Header.GetHash());
if (currentBlock != null && currentBlock.Previous != null)
{
UpdateCurrentProgress(currentBlock.Previous.HashBlock);
}
this.AttachedNode.DisconnectAsync("The actual false positive rate exceed MaximumFalsePositiveRate");
return(false);
}
return(true);
}
private bool OnGetBlockData(UInt256 hash)
{
Block block = blockchain.GetBlock(hash);
if (block == null)
{
return(false);
}
if (bloom_filter == null)
{
Context.Parent.Tell(Message.Create(MessageType.Block, block));
}
else
{
BitArray flags = new BitArray(block.Transactions.Select(p => bloom_filter.Test(p)).ToArray());
Context.Parent.Tell(Message.Create(MessageType.MerkleBlock, MerkleBlockPayload.Create(block, flags)));
}
return(true);
}
private void OnGetBlockDataMessageReceived(GetBlockDataPayload payload)
{
for (uint i = payload.IndexStart, max = payload.IndexStart + payload.Count; i < max; i++)
{
Block block = Blockchain.Singleton.Store.GetBlock(i);
if (block == null)
{
break;
}
if (bloom_filter == null)
{
Context.Parent.Tell(Message.Create(MessageCommand.Block, block));
}
else
{
BitArray flags = new BitArray(block.Transactions.Select(p => bloom_filter.Test(p)).ToArray());
Context.Parent.Tell(Message.Create(MessageCommand.MerkleBlock, MerkleBlockPayload.Create(block, flags)));
}
}
}
private void OnGetDataMessageReceived(InvPayload payload)
{
UInt256[] hashes = payload.Hashes.Where(p => sentHashes.Add(p)).ToArray();
foreach (UInt256 hash in hashes)
{
switch (payload.Type)
{
case InventoryType.TX:
Transaction tx = Blockchain.Singleton.GetTransaction(hash);
if (tx != null)
{
Context.Parent.Tell(Message.Create(MessageCommand.Transaction, tx));
}
break;
case InventoryType.Block:
Block block = Blockchain.Singleton.GetBlock(hash);
if (block != null)
{
if (bloom_filter == null)
{
Context.Parent.Tell(Message.Create(MessageCommand.Block, block));
}
else
{
BitArray flags = new BitArray(block.Transactions.Select(p => bloom_filter.Test(p)).ToArray());
Context.Parent.Tell(Message.Create(MessageCommand.MerkleBlock, MerkleBlockPayload.Create(block, flags)));
}
}
break;
case InventoryType.Consensus:
if (Blockchain.Singleton.ConsensusRelayCache.TryGet(hash, out IInventory inventoryConsensus))
{
Context.Parent.Tell(Message.Create(MessageCommand.Consensus, inventoryConsensus));
}
break;
}
}
}
private bool CheckFPRate(MerkleBlockPayload merkleBlock)
{
var maxFPRate = FalsePositiveRate + MaximumFalsePositiveRateDifference;
if(_TotalReceived > 100
&& ActualFalsePostiveRate >= maxFPRate)
{
var currentBlock = _Chain.GetBlock(merkleBlock.Object.Header.GetHash());
if(currentBlock != null && currentBlock.Previous != null)
UpdateCurrentProgress(currentBlock.Previous.HashBlock);
this.AttachedNode.DisconnectAsync("The actual false positive rate exceed MaximumFalsePositiveRate");
return false;
}
return true;
}
