public void Put(Block block)
{
var hash = block.Header.GetHash();
var position = _Store.Append(block);
_Index.Put(hash.ToString(), position);
_Index.Put(IndexedLimit, position);
}
public MerkleBlock(Block block, uint256[] txIds)
{
header = block.Header;
List<bool> vMatch = new List<bool>();
List<uint256> vHashes = new List<uint256>();
for(int i = 0 ; i < block.Transactions.Count ; i++)
{
var hash = block.Transactions[i].GetHash();
vHashes.Add(hash);
vMatch.Add(txIds.Contains(hash));
}
_PartialMerkleTree = new PartialMerkleTree(vHashes.ToArray(), vMatch.ToArray());
}
public static MnemonicReference Create
(
ChainBase chain,
Block block,
int blockHeight,
int txIndex,
int txOutIndex)
{
var header = chain.GetBlock(blockHeight);
if(header == null || block.GetHash() != header.HashBlock)
throw new InvalidBrainAddressException("This block does not exists");
if(txIndex >= block.Transactions.Count)
throw new InvalidBrainAddressException("The Transaction Index is out of the bound of the block");
var transaction = block.Transactions[txIndex];
return Create(chain, transaction, block, txOutIndex);
}
// Create from a CBlock, filtering transactions according to filter
// Note that this will call IsRelevantAndUpdate on the filter for each transaction,
// thus the filter will likely be modified.
public MerkleBlock(Block block, BloomFilter filter)
{
header = block.Header;
List<bool> vMatch = new List<bool>();
List<uint256> vHashes = new List<uint256>();
for(uint i = 0 ; i < block.Transactions.Count ; i++)
{
uint256 hash = block.Transactions[(int)i].GetHash();
vMatch.Add(filter.IsRelevantAndUpdate(block.Transactions[(int)i]));
vHashes.Add(hash);
}
_PartialMerkleTree = new PartialMerkleTree(vHashes.ToArray(), vMatch.ToArray());
}
public Block GetBlock(uint256 blockId)
{
var ms = new MemoryStream();
var container = Configuration.GetBlocksContainer();
try
{
container.GetPageBlobReference(blockId.ToString()).DownloadToStream(ms);
ms.Position = 0;
Block b = new Block();
b.ReadWrite(ms, false);
return b;
}
catch(StorageException ex)
{
if(ex.RequestInformation != null && ex.RequestInformation.HttpStatusCode == 404)
{
return null;
}
throw;
}
}
// Create from a CBlock, filtering transactions according to filter
// Note that this will call IsRelevantAndUpdate on the filter for each transaction,
// thus the filter will likely be modified.
public MerkleBlock(Block block, BloomFilter filter)
{
header = block.Header;
List<bool> vMatch = new List<bool>();
List<uint256> vHashes = new List<uint256>();
for(uint i = 0 ; i < block.Transactions.Length ; i++)
{
uint256 hash = block.Transactions[i].GetHash();
if(filter.IsRelevantAndUpdate(block.Transactions[i]))
{
vMatch.Add(true);
vMatchedTxn.Add(Tuple.Create(i, hash));
}
else
vMatch.Add(false);
vHashes.Add(hash);
}
txn = new PartialMerkleTree(vHashes.ToArray(), vMatch.ToArray());
}
public bool CheckBlock(Block block)
{
// These are checks that are independent of context
// that can be verified before saving an orphan block.
// Size limits
var root = block.GetMerkleRoot();
if(block.Transactions.Count == 0 || block.Transactions.Count > MAX_BLOCK_SIZE || block.Length > MAX_BLOCK_SIZE)
return DoS(100, Error("CheckBlock() : size limits failed"),
RejectCode.INVALID, "bad-blk-length");
// Check proof of work matches claimed amount
if(CheckProofOfWork && !CheckProofOfWorkCore(block))
return DoS(50, Error("CheckBlock() : proof of work failed"),
RejectCode.INVALID, "high-hash");
// Check timestamp
if(block.Header.BlockTime > Now + TimeSpan.FromSeconds(2 * 60 * 60))
return Invalid(Error("CheckBlock() : block timestamp too far in the future"),
RejectCode.INVALID, "time-too-new");
// First transaction must be coinbase, the rest must not be
if(block.Transactions.Count == 0 || !block.Transactions[0].IsCoinBase)
return DoS(100, Error("CheckBlock() : first tx is not coinbase"),
RejectCode.INVALID, "bad-cb-missing");
for(int i = 1 ; i < block.Transactions.Count ; i++)
if(block.Transactions[i].IsCoinBase)
return DoS(100, Error("CheckBlock() : more than one coinbase"),
RejectCode.INVALID, "bad-cb-multiple");
// Check transactions
foreach(var tx in block.Transactions)
if(!CheckTransaction(tx))
return Error("CheckBlock() : CheckTransaction failed");
// Check for duplicate txids. This is caught by ConnectInputs(),
// but catching it earlier avoids a potential DoS attack:
HashSet<uint256> uniqueTx = new HashSet<uint256>();
for(int i = 0 ; i < block.Transactions.Count ; i++)
{
uniqueTx.Add(root.GetLeaf(i).Hash);
}
if(uniqueTx.Count != block.Transactions.Count)
return DoS(100, Error("CheckBlock() : duplicate transaction"),
RejectCode.INVALID, "bad-txns-duplicate", true);
int nSigOps = 0;
foreach(var tx in block.Transactions)
{
nSigOps += GetLegacySigOpCount(tx);
}
if(nSigOps > MAX_BLOCK_SIGOPS)
return DoS(100, Error("CheckBlock() : out-of-bounds SigOpCount"),
RejectCode.INVALID, "bad-blk-sigops", true);
// Check merkle root
if(CheckMerkleRoot && block.Header.HashMerkleRoot != root.Hash)
return DoS(100, Error("CheckBlock() : hashMerkleRoot mismatch"),
RejectCode.INVALID, "bad-txnmrklroot", true);
return true;
}
public Block CreateNextBlockWithCoinbase(PubKey pubkey, Money value, DateTimeOffset now)
{
Block block = new Block();
block.Header.Nonce = RandomUtils.GetUInt32();
block.Header.HashPrevBlock = this.GetHash();
block.Header.BlockTime = now;
var tx = block.AddTransaction(new Transaction());
tx.AddInput(new TxIn()
{
ScriptSig = new Script(Op.GetPushOp(RandomUtils.GetBytes(30)))
});
tx.Outputs.Add(new TxOut()
{
Value = value,
ScriptPubKey = PayToPubkeyHashTemplate.Instance.GenerateScriptPubKey(pubkey)
});
return block;
}
public void WriteBlockHeader(BlockHeader header)
{
Block block = new Block(header);
_HeaderStore.Put(block);
}
public void InternalTransfer_ToContractAddress()
{
// Deploy contract to send to
ContractCompilationResult receiveCompilationResult = ContractCompiler.CompileFile("SmartContracts/BasicReceive.cs");
Assert.True(receiveCompilationResult.Success);
BuildCreateContractTransactionResponse receiveResponse = this.node1.SendCreateContractTransaction(receiveCompilationResult.Compilation, 0);
this.node1.WaitMempoolCount(1);
this.node1.WaitForBlocksToBeMined(1);
Assert.NotNull(this.node1.GetCode(receiveResponse.NewContractAddress));
// Deploy contract to send from
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/BasicTransfer.cs");
Assert.True(compilationResult.Success);
BuildCreateContractTransactionResponse preResponse = this.node1.SendCreateContractTransaction(compilationResult.Compilation, 0);
this.node1.WaitMempoolCount(1);
this.node1.WaitForBlocksToBeMined(1);
Assert.NotNull(this.node1.GetCode(preResponse.NewContractAddress));
double amount = 25;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
// Send amount to contract, which will send to contract address
string[] parameters = new string[] { string.Format("{0}#{1}", (int)MethodParameterDataType.Address, receiveResponse.NewContractAddress) };
BuildCallContractTransactionResponse response = this.node1.SendCallContractTransaction(
nameof(BasicTransfer.SendToAddress),
preResponse.NewContractAddress,
amount,
parameters);
this.node2.WaitMempoolCount(1);
this.node2.WaitForBlocksToBeMined(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Contract doesn't maintain any balance
Assert.Equal((ulong)0, this.node1.GetContractBalance(preResponse.NewContractAddress));
// Receiver contract now has balance
Assert.Equal((ulong)new Money((int)amount, MoneyUnit.BTC), this.node1.GetContractBalance(receiveResponse.NewContractAddress));
// Receiver contract stored to state
Assert.Equal(new byte[] { 1 }, this.node1.GetStorageValue(receiveResponse.NewContractAddress, BasicReceive.ReceiveKey));
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.Single(receipt.Logs);
Assert.Equal(receiveResponse.NewContractAddress, receipt.Logs[0].Address);
Assert.True(receipt.Success);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Null(receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.Error);
Assert.Equal(preResponse.NewContractAddress, receipt.To);
}
public void InternalTransfer_ToWalletAddress()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
// Deploy contract
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/BasicTransfer.cs");
Assert.True(compilationResult.Success);
BuildCreateContractTransactionResponse preResponse = this.node1.SendCreateContractTransaction(compilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(preResponse.NewContractAddress));
decimal amount = 25;
Money senderBalanceBefore = this.node1.WalletSpendableBalance;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
// Send amount to contract, which will send to wallet address (address without code)
uint160 walletUint160 = new uint160(1);
string address = walletUint160.ToBase58Address(this.node1.CoreNode.FullNode.Network);
string[] parameters = new string[] { string.Format("{0}#{1}", (int)MethodParameterDataType.Address, address) };
BuildCallContractTransactionResponse response = this.node1.SendCallContractTransaction(
nameof(BasicTransfer.SendToAddress),
preResponse.NewContractAddress,
amount,
parameters);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Block contains a condensing transaction
Assert.Equal(3, lastBlock.Transactions.Count);
Transaction condensingTransaction = lastBlock.Transactions[2];
Assert.Single(condensingTransaction.Outputs); // Entire balance was forwarded,
uint160 transferReceiver = this.senderRetriever.GetAddressFromScript(condensingTransaction.Outputs[0].ScriptPubKey).Sender;
Assert.Equal(walletUint160, transferReceiver);
Assert.Equal(new Money((long)amount, MoneyUnit.BTC), condensingTransaction.Outputs[0].Value);
// Contract doesn't maintain any balance
Assert.Equal((ulong)0, this.node1.GetContractBalance(preResponse.NewContractAddress));
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(lastBlock.GetHash().ToString(), receipt.BlockHash);
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.Empty(receipt.Logs); // TODO: Could add logs to this test
Assert.True(receipt.Success);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Null(receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.Error);
Assert.Equal(preResponse.NewContractAddress, receipt.To);
}
public void InternalTransfer_BetweenContracts()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
// Deploy contract to send to
ContractCompilationResult receiveCompilationResult = ContractCompiler.CompileFile("SmartContracts/NestedCallsReceiver.cs");
Assert.True(receiveCompilationResult.Success);
BuildCreateContractTransactionResponse receiveResponse = this.node1.SendCreateContractTransaction(receiveCompilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(receiveResponse.NewContractAddress));
// Deploy contract to send from
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/NestedCallsStarter.cs");
Assert.True(compilationResult.Success);
BuildCreateContractTransactionResponse preResponse = this.node1.SendCreateContractTransaction(compilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(preResponse.NewContractAddress));
decimal amount = 25;
Money senderBalanceBefore = this.node1.WalletSpendableBalance;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
string[] parameters = new string[]
{
string.Format("{0}#{1}", (int)MethodParameterDataType.Address, receiveResponse.NewContractAddress)
};
BuildCallContractTransactionResponse response = this.node1.SendCallContractTransaction(nameof(NestedCallsStarter.Start), preResponse.NewContractAddress, amount, parameters);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Storage set correctly
Assert.Equal(BitConverter.GetBytes(NestedCallsStarter.Return), this.node1.GetStorageValue(preResponse.NewContractAddress, NestedCallsStarter.Key));
// Block contains a condensing transaction
Assert.Equal(3, lastBlock.Transactions.Count);
Transaction condensingTransaction = lastBlock.Transactions[2];
Assert.Equal(2, condensingTransaction.Outputs.Count);
// 1 output which is starting contract
byte[] toBytes = condensingTransaction.Outputs[0].ScriptPubKey.ToBytes();
Assert.Equal((byte)ScOpcodeType.OP_INTERNALCONTRACTTRANSFER, toBytes[0]);
uint160 toAddress = new uint160(toBytes.Skip(1).ToArray());
Assert.Equal(preResponse.NewContractAddress, toAddress.ToBase58Address(this.node1.CoreNode.FullNode.Network));
// Received 1/2 the sent funds + 1/2 of those funds
Money transferAmount1 = new Money((long)amount, MoneyUnit.BTC) / 2;
Money transferAmount2 = new Money((long)amount, MoneyUnit.BTC) / 4;
Assert.Equal(transferAmount1 + transferAmount2, condensingTransaction.Outputs[0].Value);
Assert.Equal((ulong)(transferAmount1 + transferAmount2), this.node1.GetContractBalance(preResponse.NewContractAddress));
// 1 output to other deployed contract
toBytes = condensingTransaction.Outputs[1].ScriptPubKey.ToBytes();
Assert.Equal((byte)ScOpcodeType.OP_INTERNALCONTRACTTRANSFER, toBytes[0]);
toAddress = new uint160(toBytes.Skip(1).ToArray());
Assert.Equal(receiveResponse.NewContractAddress, toAddress.ToBase58Address(this.node1.CoreNode.FullNode.Network));
// Received 1/2 the sent funds, but sent 1/2 of those funds back
Assert.Equal(new Money((long)amount, MoneyUnit.BTC) - (transferAmount1 + transferAmount2), condensingTransaction.Outputs[1].Value);
Assert.Equal((ulong)(new Money((long)amount, MoneyUnit.BTC) - (transferAmount1 + transferAmount2)), this.node1.GetContractBalance(receiveResponse.NewContractAddress));
}
public void InternalTransfer_FromConstructor()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
decimal amount = 25;
Money senderBalanceBefore = this.node1.WalletSpendableBalance;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
// Deploy contract
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/TransferFromConstructor.cs");
Assert.True(compilationResult.Success);
uint160 walletUint160 = new uint160(1);
string address = walletUint160.ToBase58Address(this.node1.CoreNode.FullNode.Network);
string[] parameters = new string[] { string.Format("{0}#{1}", (int)MethodParameterDataType.Address, address) };
BuildCreateContractTransactionResponse response = this.node1.SendCreateContractTransaction(compilationResult.Compilation, amount, parameters);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(response.NewContractAddress));
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Block contains a condensing transaction
Assert.Equal(3, lastBlock.Transactions.Count);
Transaction condensingTransaction = lastBlock.Transactions[2];
Assert.Equal(2, condensingTransaction.Outputs.Count);
// 1 output which is contract maintaining its balance
byte[] toBytes = condensingTransaction.Outputs[0].ScriptPubKey.ToBytes();
Assert.Equal((byte)ScOpcodeType.OP_INTERNALCONTRACTTRANSFER, toBytes[0]);
uint160 toAddress = new uint160(toBytes.Skip(1).ToArray());
Assert.Equal(response.NewContractAddress, toAddress.ToBase58Address(this.node1.CoreNode.FullNode.Network));
Assert.Equal(new Money((long)amount, MoneyUnit.BTC) / 2, condensingTransaction.Outputs[1].Value);
// 1 output to address sent in params
uint160 transferReceiver = this.senderRetriever.GetAddressFromScript(condensingTransaction.Outputs[1].ScriptPubKey).Sender;
Assert.Equal(walletUint160, transferReceiver);
Assert.Equal(new Money((long)amount, MoneyUnit.BTC) / 2, condensingTransaction.Outputs[1].Value);
// Contract maintains half the balance
Assert.Equal((ulong)new Money((long)amount, MoneyUnit.BTC) / 2, this.node1.GetContractBalance(response.NewContractAddress));
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(lastBlock.GetHash().ToString(), receipt.BlockHash);
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.Empty(receipt.Logs); // TODO: Could add logs to this test
Assert.True(receipt.Success);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Equal(response.NewContractAddress, receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.Error);
Assert.Null(receipt.To);
}
public void InternalTransfer_ToContractAddress()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
// Deploy contract to send to
ContractCompilationResult receiveCompilationResult = ContractCompiler.CompileFile("SmartContracts/BasicReceive.cs");
Assert.True(receiveCompilationResult.Success);
BuildCreateContractTransactionResponse receiveResponse = this.node1.SendCreateContractTransaction(receiveCompilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(receiveResponse.NewContractAddress));
// Deploy contract to send from
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/BasicTransfer.cs");
Assert.True(compilationResult.Success);
BuildCreateContractTransactionResponse preResponse = this.node1.SendCreateContractTransaction(compilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(preResponse.NewContractAddress));
decimal amount = 25;
Money senderBalanceBefore = this.node1.WalletSpendableBalance;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
// Send amount to contract, which will send to contract address
string[] parameters = new string[] { string.Format("{0}#{1}", (int)MethodParameterDataType.Address, receiveResponse.NewContractAddress) };
BuildCallContractTransactionResponse response = this.node1.SendCallContractTransaction(
nameof(BasicTransfer.SendToAddress),
preResponse.NewContractAddress,
amount,
parameters);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Contract doesn't maintain any balance
Assert.Equal((ulong)0, this.node1.GetContractBalance(preResponse.NewContractAddress));
// Receiver contract now has balance
Assert.Equal((ulong)new Money((int)amount, MoneyUnit.BTC), this.node1.GetContractBalance(receiveResponse.NewContractAddress));
// Receiver contract stored to state
Assert.Equal(new byte[] { 1 }, this.node1.GetStorageValue(receiveResponse.NewContractAddress, BasicReceive.ReceiveKey));
// Log was stored - bloom filter should be non-zero
Assert.NotEqual(new Bloom(), ((ISmartContractBlockHeader)lastBlock.Header).LogsBloom);
// Block contains a condensing transaction
Assert.Equal(3, lastBlock.Transactions.Count);
Transaction condensingTransaction = lastBlock.Transactions[2];
Assert.Single(condensingTransaction.Outputs); // Entire balance was forwarded
byte[] toBytes = condensingTransaction.Outputs[0].ScriptPubKey.ToBytes();
Assert.Equal((byte)ScOpcodeType.OP_INTERNALCONTRACTTRANSFER, toBytes[0]);
uint160 toAddress = new uint160(toBytes.Skip(1).ToArray());
Assert.Equal(receiveResponse.NewContractAddress, toAddress.ToBase58Address(this.node1.CoreNode.FullNode.Network));
Assert.Equal(new Money((long)amount, MoneyUnit.BTC), condensingTransaction.Outputs[0].Value);
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(lastBlock.GetHash().ToString(), receipt.BlockHash);
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.Single(receipt.Logs);
Assert.Equal(receiveResponse.NewContractAddress, receipt.Logs[0].Address);
Assert.True(receipt.Success);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Null(receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.Error);
Assert.Equal(preResponse.NewContractAddress, receipt.To);
}
public SmartContractsPoATest()
{
this.Name = "SmartContractsPoATest-0.13.0-beta";
this.NetworkType = NetworkType.Testnet;
this.CoinTicker = "SCPOA";
var consensusFactory = new SmartContractPoAConsensusFactory();
var messageStart = new byte[4];
messageStart[0] = 0x76;
messageStart[1] = 0x36;
messageStart[2] = 0x23;
messageStart[3] = 0x07; // Incremented 6/12/18
uint magic = BitConverter.ToUInt32(messageStart, 0);
this.Magic = magic;
// Create the genesis block.
this.GenesisTime = 1513622125; // TODO: Very important! Increase for future SC test networks to roughly the time we start.
this.GenesisNonce = 1560058198; // Incremented 6/12/18
this.GenesisBits = 402691653;
this.GenesisVersion = 1;
this.GenesisReward = Money.Zero;
NBitcoin.Block genesisBlock = CreatePoAGenesisBlock(consensusFactory, this.GenesisTime, this.GenesisNonce, this.GenesisBits, this.GenesisVersion, this.GenesisReward);
((SmartContractPoABlockHeader)genesisBlock.Header).HashStateRoot = new uint256("21B463E3B52F6201C0AD6C991BE0485B6EF8C092E64583FFA655CC1B171FE856"); // Set StateRoot to empty trie.
this.Genesis = genesisBlock;
var genesisFederationMembers = new List <IFederationMember>
{
new FederationMember(new PubKey("03df4a360038a42b68aca8d198fc487c495ef9e4f3fe56daa6bbfdeea1a7cb5ec5")),
new FederationMember(new PubKey("021c3e5b81a43284d166fb8862a9e7382630c2750f8556a4c7ba405ccdd70d4808")),
new FederationMember(new PubKey("03a5055a77126a21b6d899482332bd9b2cc88fb96e83b172769754dee852a74316")),
new FederationMember(new PubKey("03c9e8888a2d32b1022349a3bbf1aa325ed908f066bb0ebba8a1fe5eb6cabf3b7a")),
new FederationMember(new PubKey("0282d9d0dcb978ecf1411c5cad744059ff75bdc9b352ab9454cf92ffe8cdf14789")),
new FederationMember(new PubKey("02998a6d9a13446678e9f892c1fcc61834d1d439dd97d57fc9e30b51020d2277e4")),
new FederationMember(new PubKey("037ab82c35af49860021e89c6868cd4a4b6f839cd1a3094dc828908ce9d86cf94a"))
};
var consensusOptions = new PoAConsensusOptions(
maxBlockBaseSize: 1_000_000,
maxStandardVersion: 2,
maxStandardTxWeight: 100_000,
maxBlockSigopsCost: 20_000,
maxStandardTxSigopsCost: 20_000 / 5,
genesisFederationMembers: genesisFederationMembers,
targetSpacingSeconds: 60,
votingEnabled: true,
autoKickIdleMembers: false
);
var buriedDeployments = new BuriedDeploymentsArray
{
[BuriedDeployments.BIP34] = 0,
[BuriedDeployments.BIP65] = 0,
[BuriedDeployments.BIP66] = 0
};
var bip9Deployments = new NoBIP9Deployments();
this.Consensus = new Consensus(
consensusFactory: consensusFactory,
consensusOptions: consensusOptions,
coinType: 105,
hashGenesisBlock: genesisBlock.GetHash(),
subsidyHalvingInterval: 210000,
majorityEnforceBlockUpgrade: 750,
majorityRejectBlockOutdated: 950,
majorityWindow: 1000,
buriedDeployments: buriedDeployments,
bip9Deployments: bip9Deployments,
bip34Hash: new uint256("0x000000000000024b89b42a942fe0d9fea3bb44ab7bd1b19115dd6a759c0808b8"),
ruleChangeActivationThreshold: 1916, // 95% of 2016
minerConfirmationWindow: 2016, // nPowTargetTimespan / nPowTargetSpacing
maxReorgLength: 500,
defaultAssumeValid: null,
maxMoney: long.MaxValue,
coinbaseMaturity: 1,
premineHeight: 5,
premineReward: Money.Coins(100_000_000),
proofOfWorkReward: Money.Coins(0),
powTargetTimespan: TimeSpan.FromSeconds(14 * 24 * 60 * 60), // two weeks
powTargetSpacing: TimeSpan.FromSeconds(60),
powAllowMinDifficultyBlocks: false,
posNoRetargeting: true,
powNoRetargeting: true,
powLimit: null,
minimumChainWork: null,
isProofOfStake: false,
lastPowBlock: 0,
proofOfStakeLimit: null,
proofOfStakeLimitV2: null,
proofOfStakeReward: Money.Zero
);
// Same as current smart contracts test networks to keep tests working
this.Base58Prefixes = new byte[12][];
this.Base58Prefixes[(int)Base58Type.PUBKEY_ADDRESS] = new byte[] { (111) };
this.Base58Prefixes[(int)Base58Type.SCRIPT_ADDRESS] = new byte[] { (196) };
this.Base58Prefixes[(int)Base58Type.SECRET_KEY] = new byte[] { (239) };
this.Base58Prefixes[(int)Base58Type.ENCRYPTED_SECRET_KEY_NO_EC] = new byte[] { 0x01, 0x42 };
this.Base58Prefixes[(int)Base58Type.ENCRYPTED_SECRET_KEY_EC] = new byte[] { 0x01, 0x43 };
this.Base58Prefixes[(int)Base58Type.EXT_PUBLIC_KEY] = new byte[] { (0x04), (0x35), (0x87), (0xCF) };
this.Base58Prefixes[(int)Base58Type.EXT_SECRET_KEY] = new byte[] { (0x04), (0x35), (0x83), (0x94) };
this.Base58Prefixes[(int)Base58Type.PASSPHRASE_CODE] = new byte[] { 0x2C, 0xE9, 0xB3, 0xE1, 0xFF, 0x39, 0xE2 };
this.Base58Prefixes[(int)Base58Type.CONFIRMATION_CODE] = new byte[] { 0x64, 0x3B, 0xF6, 0xA8, 0x9A };
this.Base58Prefixes[(int)Base58Type.STEALTH_ADDRESS] = new byte[] { 0x2b };
this.Base58Prefixes[(int)Base58Type.ASSET_ID] = new byte[] { 115 };
this.Base58Prefixes[(int)Base58Type.COLORED_ADDRESS] = new byte[] { 0x13 };
Bech32Encoder encoder = Encoders.Bech32("tb");
this.Bech32Encoders = new Bech32Encoder[2];
this.Bech32Encoders[(int)Bech32Type.WITNESS_PUBKEY_ADDRESS] = encoder;
this.Bech32Encoders[(int)Bech32Type.WITNESS_SCRIPT_ADDRESS] = encoder;
this.Checkpoints = new Dictionary <int, CheckpointInfo>();
this.DNSSeeds = new List <DNSSeedData>();
this.SeedNodes = new List <NetworkAddress>();
this.StandardScriptsRegistry = new SmartContractsStandardScriptsRegistry();
// TODO: Do we need Asserts for block hash
this.RegisterMempoolRules(this.Consensus);
}
public void Persisting_Nothing_Null_And_Empty_Byte_Arrays_Are_The_Same()
{
// Demonstrates some potentially unusual behaviour when saving contract state.
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
// Deploy contract
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/BehaviourTest.cs");
Assert.True(compilationResult.Success);
BuildCreateContractTransactionResponse preResponse = this.node1.SendCreateContractTransaction(compilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(preResponse.NewContractAddress));
uint256 currentHash = this.node1.GetLastBlock().GetHash();
// Call CheckData() and confirm that it succeeds
BuildCallContractTransactionResponse response = this.node1.SendCallContractTransaction(
nameof(BehaviourTest.DataIsByte0),
preResponse.NewContractAddress,
0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.True(receipt.Success);
// Invoke PersistEmptyString. It should succeed
response = this.node1.SendCallContractTransaction(
nameof(BehaviourTest.PersistEmptyString),
preResponse.NewContractAddress,
0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.True(receipt.Success);
// The storage value should be null, but the contract only sees it as a byte[0]
Assert.Null(this.node1.GetStorageValue(preResponse.NewContractAddress, nameof(BehaviourTest.Data)));
// Now call CheckData() to confirm that it's a byte[0]
response = this.node1.SendCallContractTransaction(
nameof(BehaviourTest.DataIsByte0),
preResponse.NewContractAddress,
0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.True(receipt.Success);
// Now call PersistNull, which should fail if the null is not returned as byte[0]
response = this.node1.SendCallContractTransaction(
nameof(BehaviourTest.PersistNull),
preResponse.NewContractAddress,
0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
lastBlock = this.node1.GetLastBlock();
receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.True(receipt.Success);
// The storage value should be null
Assert.Null(this.node1.GetStorageValue(preResponse.NewContractAddress, nameof(BehaviourTest.Data)));
// Now call CheckData() to confirm that it's a byte[0]
response = this.node1.SendCallContractTransaction(
nameof(BehaviourTest.DataIsByte0),
preResponse.NewContractAddress,
0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.True(receipt.Success);
}
/// <summary>
/// Took the 'InitReg' from above and adjusted it slightly (set a static flag + removed the hash check)
/// </summary>
public SmartContractsRegTest()
{
this.CoinName = "SmartContracts";
this.NetworkName = "RegTest";
this.RootFolderName = StratisMain.StratisRootFolderName;
this.DefaultConfigFilename = StratisMain.StratisDefaultConfigFilename;
this.Magic = 0xDAB5BFFA;
this.DefaultPort = 18444;
this.DefaultMaxOutboundConnections = 16;
this.DefaultMaxInboundConnections = 109;
this.RPCPort = 18332;
this.MaxTipAge = SmartContractNetwork.BitcoinDefaultMaxTipAgeInSeconds;
this.MinTxFee = 1000;
this.FallbackFee = 20000;
this.MinRelayTxFee = 1000;
this.MaxTimeOffsetSeconds = 25 * 60;
var consensusFactory = new SmartContractPowConsensusFactory();
NBitcoin.Block genesisBlock = SmartContractNetwork.CreateGenesis(consensusFactory, 1296688602, 2, 0x207fffff, 1, Money.Coins(50m));
((SmartContractBlockHeader)genesisBlock.Header).HashStateRoot = new uint256("21B463E3B52F6201C0AD6C991BE0485B6EF8C092E64583FFA655CC1B171FE856");
this.Genesis = genesisBlock;
// Taken from StratisX.
var consensusOptions = new PosConsensusOptions(
maxBlockBaseSize: 1_000_000,
maxStandardVersion: 2,
maxStandardTxWeight: 100_000,
maxBlockSigopsCost: 20_000,
maxStandardTxSigopsCost: 20_000 / 5
);
var buriedDeployments = new BuriedDeploymentsArray
{
[BuriedDeployments.BIP34] = 100000000,
[BuriedDeployments.BIP65] = 100000000,
[BuriedDeployments.BIP66] = 100000000
};
var bip9Deployments = new NoBIP9Deployments();
this.Consensus = new NBitcoin.Consensus(
consensusFactory: consensusFactory,
consensusOptions: consensusOptions,
coinType: default(int),
hashGenesisBlock: genesisBlock.Header.GetHash(),
subsidyHalvingInterval: 150,
majorityEnforceBlockUpgrade: 750,
majorityRejectBlockOutdated: 950,
majorityWindow: 1000,
buriedDeployments: buriedDeployments,
bip9Deployments: bip9Deployments,
bip34Hash: new uint256(),
ruleChangeActivationThreshold: 108, // 95% of 2016
minerConfirmationWindow: 144, // nPowTargetTimespan / nPowTargetSpacing
maxReorgLength: 500,
defaultAssumeValid: null, // turn off assumevalid for regtest.
maxMoney: long.MaxValue,
coinbaseMaturity: 0, // Low to the point of being nonexistent to speed up integration tests.
premineHeight: default(long),
premineReward: Money.Zero,
proofOfWorkReward: Money.Coins(50),
powTargetTimespan: TimeSpan.FromSeconds(14 * 24 * 60 * 60), // two weeks
powTargetSpacing: TimeSpan.FromSeconds(10 * 60),
powAllowMinDifficultyBlocks: true,
posNoRetargeting: true,
powNoRetargeting: true,
powLimit: new Target(new uint256("7fffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff")),
minimumChainWork: uint256.Zero,
isProofOfStake: default(bool),
lastPowBlock: default(int),
proofOfStakeLimit: null,
proofOfStakeLimitV2: null,
proofOfStakeReward: Money.Zero
);
this.Base58Prefixes = new byte[12][];
this.Base58Prefixes[(int)Base58Type.PUBKEY_ADDRESS] = new byte[] { (111) };
this.Base58Prefixes[(int)Base58Type.SCRIPT_ADDRESS] = new byte[] { (196) };
this.Base58Prefixes[(int)Base58Type.SECRET_KEY] = new byte[] { (239) };
this.Base58Prefixes[(int)Base58Type.ENCRYPTED_SECRET_KEY_NO_EC] = new byte[] { 0x01, 0x42 };
this.Base58Prefixes[(int)Base58Type.ENCRYPTED_SECRET_KEY_EC] = new byte[] { 0x01, 0x43 };
this.Base58Prefixes[(int)Base58Type.EXT_PUBLIC_KEY] = new byte[] { (0x04), (0x35), (0x87), (0xCF) };
this.Base58Prefixes[(int)Base58Type.EXT_SECRET_KEY] = new byte[] { (0x04), (0x35), (0x83), (0x94) };
this.Base58Prefixes[(int)Base58Type.PASSPHRASE_CODE] = new byte[] { 0x2C, 0xE9, 0xB3, 0xE1, 0xFF, 0x39, 0xE2 };
this.Base58Prefixes[(int)Base58Type.CONFIRMATION_CODE] = new byte[] { 0x64, 0x3B, 0xF6, 0xA8, 0x9A };
this.Base58Prefixes[(int)Base58Type.STEALTH_ADDRESS] = new byte[] { 0x2b };
this.Base58Prefixes[(int)Base58Type.ASSET_ID] = new byte[] { 115 };
this.Base58Prefixes[(int)Base58Type.COLORED_ADDRESS] = new byte[] { 0x13 };
Bech32Encoder encoder = Encoders.Bech32("tb");
this.Bech32Encoders = new Bech32Encoder[2];
this.Bech32Encoders[(int)Bech32Type.WITNESS_PUBKEY_ADDRESS] = encoder;
this.Bech32Encoders[(int)Bech32Type.WITNESS_SCRIPT_ADDRESS] = encoder;
this.Checkpoints = new Dictionary <int, CheckpointInfo>();
this.DNSSeeds = new List <DNSSeedData>();
this.SeedNodes = new List <NetworkAddress>();
this.StandardScriptsRegistry = new SmartContractsStandardScriptsRegistry();
}
public async Task <(NBitcoin.Block, string)> MineNextBlockAsync(IEnumerable <NBitcoin.Transaction> transactions, bool throwOnError, NBitcoin.Block parentBlock, long parentBlockHeight)
{
var newBlock = parentBlock.CreateNextBlockWithCoinbase(new Key().PubKey, parentBlockHeight, NBitcoin.Altcoins.BCash.Instance.Regtest.Consensus.ConsensusFactory);
newBlock.Transactions.AddRange(transactions);
newBlock.Header.Bits = parentBlock.Header.Bits; // assume same difficulty target
newBlock.Header.BlockTime = parentBlock.Header.BlockTime.AddSeconds(1);
newBlock.UpdateMerkleRoot();
// Try to solve the block
bool found = false;
for (int i = 0; !found && i < 10000; i++)
{
newBlock.Header.Nonce = (uint)i;
found = newBlock.Header.CheckProofOfWork();
}
if (!found)
{
throw new Exception("Bad luck - unable to find nonce that matches required difficulty");
}
var submitResult = await rpcClient0.SubmitBlock(newBlock.ToBytes());
if (!string.IsNullOrEmpty(submitResult) && throwOnError)
{
throw new Exception($"Error while submitting new block - submitBlock returned {submitResult}");
}
return(newBlock, submitResult);
}
public Task PutAsync(uint256 blockId, Block block)
{
return _Repository.PutAsync(blockId.ToString(), block);
}
private void ReceiveBlock(Block block, BlockType blockType = BlockType.Main)
{
var hash = block.GetHash();
foreach(var tx in block.Transactions)
{
ReceiveTransaction(hash, blockType, tx);
}
}
public void InternalTransfer_Create_WithValueTransfer()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
// Deploy contract
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/CreationTransfer.cs");
Assert.True(compilationResult.Success);
BuildCreateContractTransactionResponse preResponse = this.node1.SendCreateContractTransaction(compilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(preResponse.NewContractAddress));
decimal amount = 25;
Money senderBalanceBefore = this.node1.WalletSpendableBalance;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
// Send amount to contract, which will send to new address of contract it creates
BuildCallContractTransactionResponse response = this.node1.SendCallContractTransaction(
nameof(CreationTransfer.CreateAnotherContract),
preResponse.NewContractAddress,
amount);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Get created contract address - TODO FIX
uint160 createdAddress = this.addressGenerator.GenerateAddress(response.TransactionId, 0);
// Block contains a condensing transaction
Assert.Equal(3, lastBlock.Transactions.Count);
Transaction condensingTransaction = lastBlock.Transactions[2];
Assert.Single(condensingTransaction.Outputs); // Entire balance was forwarded,
byte[] toBytes = condensingTransaction.Outputs[0].ScriptPubKey.ToBytes();
Assert.Equal((byte)ScOpcodeType.OP_INTERNALCONTRACTTRANSFER, toBytes[0]);
uint160 toAddress = new uint160(toBytes.Skip(1).ToArray());
Assert.Equal(createdAddress, toAddress);
Assert.Equal(new Money((long)amount, MoneyUnit.BTC), condensingTransaction.Outputs[0].Value);
// Contract doesn't maintain any balance
Assert.Equal((ulong)0, this.node1.GetContractBalance(preResponse.NewContractAddress));
// Created contract received full amount
Assert.Equal((ulong)new Money((ulong)amount, MoneyUnit.BTC), this.node1.GetContractBalance(createdAddress.ToBase58Address(this.node1.CoreNode.FullNode.Network)));
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(lastBlock.GetHash().ToString(), receipt.BlockHash);
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.Empty(receipt.Logs); // TODO: Could add logs to this test
Assert.True(receipt.Success);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Null(receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.Error);
Assert.Equal(preResponse.NewContractAddress, receipt.To);
}
/// <inheritdoc/>
public override void CheckBlockReward(RuleContext context, Money fees, int height, NBitcoin.Block block)
{
Money blockReward = fees + this.GetProofOfWorkReward(height);
if (block.Transactions[0].TotalOut > blockReward)
{
this.Logger.LogTrace("(-)[BAD_COINBASE_AMOUNT]");
ConsensusErrors.BadCoinbaseAmount.Throw();
}
}
public void Internal_CallContract_SerializeEachParameterType()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
// Deploy contract to send to
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/CallWithAllParameters.cs");
Assert.True(compilationResult.Success);
BuildCreateContractTransactionResponse preResponse = this.node1.SendCreateContractTransaction(compilationResult.Compilation, 0);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
Assert.NotNull(this.node1.GetCode(preResponse.NewContractAddress));
decimal amount = 25;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
const char testChar = 'c';
string testAddressBase58 = new uint160("0x0000000000000000000000000000000000000001").ToBase58Address(this.node1.CoreNode.FullNode.Network);
const bool testBool = true;
const int testInt = Int32.MaxValue;
const long testLong = Int64.MaxValue;
const uint testUint = UInt32.MaxValue;
const ulong testUlong = UInt64.MaxValue;
const string testString = "The quick brown fox jumps over the lazy dog";
string[] parameters = new string[]
{
string.Format("{0}#{1}", (int)MethodParameterDataType.Char, testChar),
string.Format("{0}#{1}", (int)MethodParameterDataType.Address, testAddressBase58),
string.Format("{0}#{1}", (int)MethodParameterDataType.Bool, testBool),
string.Format("{0}#{1}", (int)MethodParameterDataType.Int, testInt),
string.Format("{0}#{1}", (int)MethodParameterDataType.Long, testLong),
string.Format("{0}#{1}", (int)MethodParameterDataType.UInt, testUint),
string.Format("{0}#{1}", (int)MethodParameterDataType.ULong, testUlong),
string.Format("{0}#{1}", (int)MethodParameterDataType.String, testString),
string.Format("{0}#{1}", (int)MethodParameterDataType.Address, preResponse.NewContractAddress) // sendTo
};
compilationResult = ContractCompiler.CompileFile("SmartContracts/ForwardParameters.cs");
BuildCreateContractTransactionResponse response = this.node1.SendCreateContractTransaction(compilationResult.Compilation, amount, parameters);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Block contains extra transaction forwarding balance
Assert.Equal(3, lastBlock.Transactions.Count);
// Contract called internally gets balance
Assert.Equal((ulong)new Money((ulong)amount, MoneyUnit.BTC), this.node1.GetContractBalance(preResponse.NewContractAddress));
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(lastBlock.GetHash().ToString(), receipt.BlockHash);
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.True(receipt.Success);
Assert.Empty(receipt.Logs);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Equal(response.NewContractAddress, receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.To);
Assert.Null(receipt.Error);
}
public void SerializeArrays_ForEachMethodParamType()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
decimal amount = 25;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/CreateWithAllArrays.cs");
Assert.True(compilationResult.Success);
char[] chars = new char[] { 'a', '9' };
Address[] addresses = new Address[] { this.node1.MinerAddress.Address.ToAddress(this.node1.CoreNode.FullNode.Network), "mipcBbFg9gMiCh81Kj8tqqdgoZub1ZJRfn".ToAddress(this.node1.CoreNode.FullNode.Network) };
bool[] bools = new bool[] { false, true, false };
int[] ints = new int[] { 1, -123, int.MaxValue };
long[] longs = new long[] { 1, -123, long.MaxValue };
uint[] uints = new uint[] { 1, 123, uint.MaxValue };
ulong[] ulongs = new ulong[] { 1, 123, ulong.MaxValue };
string[] strings = new string[] { "Test", "", "The quick brown fox jumps over the lazy dog" }; // TODO: Ensure Assert checks "" equality in contract when null bug fixed
string[] parameters = new string[]
{
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(chars).ToHexString()),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(addresses).ToHexString()),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(bools).ToHexString()),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(ints).ToHexString()),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(longs).ToHexString()),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(uints).ToHexString()),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(ulongs).ToHexString()),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, this.serializer.Serialize(strings).ToHexString())
};
BuildCreateContractTransactionResponse response = this.node1.SendCreateContractTransaction(compilationResult.Compilation, amount, parameters);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Contract was created
Assert.NotNull(this.node1.GetCode(response.NewContractAddress));
// Block doesn't contain any extra transactions
Assert.Equal(2, lastBlock.Transactions.Count);
// Contract keeps balance
Assert.Equal((ulong)new Money((ulong)amount, MoneyUnit.BTC), this.node1.GetContractBalance(response.NewContractAddress));
// All values were stored
Assert.Equal(this.serializer.Serialize(chars), this.node1.GetStorageValue(response.NewContractAddress, "chars"));
Assert.Equal(this.serializer.Serialize(addresses), this.node1.GetStorageValue(response.NewContractAddress, "addresses"));
Assert.Equal(this.serializer.Serialize(bools), this.node1.GetStorageValue(response.NewContractAddress, "bools"));
Assert.Equal(this.serializer.Serialize(ints), this.node1.GetStorageValue(response.NewContractAddress, "ints"));
Assert.Equal(this.serializer.Serialize(longs), this.node1.GetStorageValue(response.NewContractAddress, "longs"));
Assert.Equal(this.serializer.Serialize(uints), this.node1.GetStorageValue(response.NewContractAddress, "uints"));
Assert.Equal(this.serializer.Serialize(ulongs), this.node1.GetStorageValue(response.NewContractAddress, "ulongs"));
Assert.Equal(this.serializer.Serialize(strings), this.node1.GetStorageValue(response.NewContractAddress, "strings"));
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(lastBlock.GetHash().ToString(), receipt.BlockHash);
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.True(receipt.Success);
Assert.Empty(receipt.Logs);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Equal(response.NewContractAddress, receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.To);
Assert.Null(receipt.Error);
}
public void WriteBlock(Block block)
{
WriteBlockHeader(block.Header);
_BlockStore.Put(block);
}
public void CreateContract_OneOfEachParameterType()
{
// Ensure fixture is funded.
this.mockChain.MineBlocks(1);
decimal amount = 25;
uint256 currentHash = this.node1.GetLastBlock().GetHash();
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/CreateWithAllParameters.cs");
Assert.True(compilationResult.Success);
const char testChar = 'c';
string testAddressBase58 = new uint160("0x0000000000000000000000000000000000000001").ToBase58Address(this.node1.CoreNode.FullNode.Network);
Address testAddress = testAddressBase58.ToAddress(this.node1.CoreNode.FullNode.Network);
const bool testBool = true;
const int testInt = Int32.MaxValue;
const long testLong = Int64.MaxValue;
const uint testUint = UInt32.MaxValue;
const ulong testUlong = UInt64.MaxValue;
const string testString = "The quick brown fox jumps over the lazy dog";
byte[] testBytes = new byte[] { 0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09 };
string[] parameters = new string[]
{
string.Format("{0}#{1}", (int)MethodParameterDataType.Char, testChar),
string.Format("{0}#{1}", (int)MethodParameterDataType.Address, testAddressBase58),
string.Format("{0}#{1}", (int)MethodParameterDataType.Bool, testBool),
string.Format("{0}#{1}", (int)MethodParameterDataType.Int, testInt),
string.Format("{0}#{1}", (int)MethodParameterDataType.Long, testLong),
string.Format("{0}#{1}", (int)MethodParameterDataType.UInt, testUint),
string.Format("{0}#{1}", (int)MethodParameterDataType.ULong, testUlong),
string.Format("{0}#{1}", (int)MethodParameterDataType.String, testString),
string.Format("{0}#{1}", (int)MethodParameterDataType.ByteArray, testBytes.ToHexString()),
};
BuildCreateContractTransactionResponse response = this.node1.SendCreateContractTransaction(compilationResult.Compilation, amount, parameters);
this.mockChain.WaitAllMempoolCount(1);
this.mockChain.MineBlocks(1);
NBitcoin.Block lastBlock = this.node1.GetLastBlock();
// Blocks progressed
Assert.NotEqual(currentHash, lastBlock.GetHash());
// Contract was created
Assert.NotNull(this.node1.GetCode(response.NewContractAddress));
// Block doesn't contain any extra transactions
Assert.Equal(2, lastBlock.Transactions.Count);
// Contract keeps balance
Assert.Equal((ulong)new Money((ulong)amount, MoneyUnit.BTC), this.node1.GetContractBalance(response.NewContractAddress));
// All values were stored
Assert.Equal(this.serializer.Serialize(testChar), this.node1.GetStorageValue(response.NewContractAddress, "char"));
Assert.Equal(this.serializer.Serialize(testAddress), this.node1.GetStorageValue(response.NewContractAddress, "Address"));
Assert.Equal(this.serializer.Serialize(testBool), this.node1.GetStorageValue(response.NewContractAddress, "bool"));
Assert.Equal(this.serializer.Serialize(testInt), this.node1.GetStorageValue(response.NewContractAddress, "int"));
Assert.Equal(this.serializer.Serialize(testLong), this.node1.GetStorageValue(response.NewContractAddress, "long"));
Assert.Equal(this.serializer.Serialize(testUint), this.node1.GetStorageValue(response.NewContractAddress, "uint"));
Assert.Equal(this.serializer.Serialize(testUlong), this.node1.GetStorageValue(response.NewContractAddress, "ulong"));
Assert.Equal(this.serializer.Serialize(testString), this.node1.GetStorageValue(response.NewContractAddress, "string"));
Assert.Equal(testBytes, this.node1.GetStorageValue(response.NewContractAddress, "bytes"));
// Test that the contract address, event name, and logging values are available in the bloom.
var scBlockHeader = lastBlock.Header as ISmartContractBlockHeader;
Assert.True(scBlockHeader.LogsBloom.Test(response.NewContractAddress.ToUint160(this.node1.CoreNode.FullNode.Network).ToBytes()));
Assert.True(scBlockHeader.LogsBloom.Test(Encoding.UTF8.GetBytes("Log")));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testChar)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testAddress)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testBool)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testInt)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testLong)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testUint)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testUlong)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testString)));
Assert.True(scBlockHeader.LogsBloom.Test(this.serializer.Serialize(testBytes)));
// And sanity test that random fields aren't contained in bloom.
Assert.False(scBlockHeader.LogsBloom.Test(Encoding.UTF8.GetBytes("RandomValue")));
Assert.False(scBlockHeader.LogsBloom.Test(BitConverter.GetBytes(123)));
// Receipt is correct
ReceiptResponse receipt = this.node1.GetReceipt(response.TransactionId.ToString());
Assert.Equal(lastBlock.GetHash().ToString(), receipt.BlockHash);
Assert.Equal(response.TransactionId.ToString(), receipt.TransactionHash);
Assert.True(receipt.Success);
Assert.Single(receipt.Logs);
Assert.True(receipt.GasUsed > GasPriceList.BaseCost);
Assert.Equal(response.NewContractAddress, receipt.NewContractAddress);
Assert.Equal(this.node1.MinerAddress.Address, receipt.From);
Assert.Null(receipt.To);
Assert.Null(receipt.Error);
}
public Block CreateNextBlockWithCoinbase(BitcoinAddress address, int height, DateTimeOffset now)
{
if (address == null) throw new ArgumentNullException("address");
Block block = new Block();
block.Header.Nonce = RandomUtils.GetUInt32();
block.Header.HashPrevBlock = this.GetHash();
block.Header.BlockTime = now;
var tx = block.AddTransaction(new Transaction());
tx.AddInput(new TxIn()
{
ScriptSig = new Script(Op.GetPushOp(RandomUtils.GetBytes(30)))
});
tx.Outputs.Add(new TxOut(address.Network.GetReward(height), address)
{
Value = address.Network.GetReward(height)
});
return block;
}
public SmartContractsPoARegTest()
{
this.Name = "SmartContractsPoARegTest";
this.CoinTicker = "SCPOA";
var consensusFactory = new SmartContractPoAConsensusFactory();
// Create the genesis block.
this.GenesisTime = 1513622125;
this.GenesisNonce = 1560058197;
this.GenesisBits = 402691653;
this.GenesisVersion = 1;
this.GenesisReward = Money.Zero;
NBitcoin.Block genesisBlock = CreatePoAGenesisBlock(consensusFactory, this.GenesisTime, this.GenesisNonce, this.GenesisBits, this.GenesisVersion, this.GenesisReward);
((SmartContractPoABlockHeader)genesisBlock.Header).HashStateRoot = new uint256("21B463E3B52F6201C0AD6C991BE0485B6EF8C092E64583FFA655CC1B171FE856"); // Set StateRoot to empty trie.
this.Genesis = genesisBlock;
// Keeping the 3rd there in case we use it in future. For our integration tests we use 2 nodes currently.
this.FederationKeys = new Key[]
{
new Mnemonic("lava frown leave wedding virtual ghost sibling able mammal liar wide wisdom").DeriveExtKey().PrivateKey,
new Mnemonic("idle power swim wash diesel blouse photo among eager reward govern menu").DeriveExtKey().PrivateKey,
//new Mnemonic("high neither night category fly wasp inner kitchen phone current skate hair").DeriveExtKey().PrivateKey
};
var federationPubKeys = new List <PubKey>
{
this.FederationKeys[0].PubKey, // 029528e83f065153d7fa655e73a07fc96fc759162f1e2c8936fa592f2942f39af0
this.FederationKeys[1].PubKey, // 03b539807c64abafb2d14c52a0d1858cc29d7c7fad0598f92a1274789c18d74d2d
// this.FederationKeys[2].PubKey // 02d6792cf941b68edd1e9056653573917cbaf974d46e9eeb9801d6fcedf846477a
};
var consensusOptions = new PoAConsensusOptions(
maxBlockBaseSize: 1_000_000,
maxStandardVersion: 2,
maxStandardTxWeight: 100_000,
maxBlockSigopsCost: 20_000,
maxStandardTxSigopsCost: 20_000 / 5,
federationPublicKeys: federationPubKeys,
targetSpacingSeconds: 3
);
var buriedDeployments = new BuriedDeploymentsArray
{
[BuriedDeployments.BIP34] = 0,
[BuriedDeployments.BIP65] = 0,
[BuriedDeployments.BIP66] = 0
};
var bip9Deployments = new NoBIP9Deployments();
this.Consensus = new Consensus(
consensusFactory: consensusFactory,
consensusOptions: consensusOptions,
coinType: 105,
hashGenesisBlock: genesisBlock.GetHash(),
subsidyHalvingInterval: 210000,
majorityEnforceBlockUpgrade: 750,
majorityRejectBlockOutdated: 950,
majorityWindow: 1000,
buriedDeployments: buriedDeployments,
bip9Deployments: bip9Deployments,
bip34Hash: new uint256("0x000000000000024b89b42a942fe0d9fea3bb44ab7bd1b19115dd6a759c0808b8"),
ruleChangeActivationThreshold: 1916, // 95% of 2016
minerConfirmationWindow: 2016, // nPowTargetTimespan / nPowTargetSpacing
maxReorgLength: 0, // No max reorg limit on PoA networks.
defaultAssumeValid: null,
maxMoney: long.MaxValue,
coinbaseMaturity: 1,
premineHeight: 5,
premineReward: Money.Coins(100_000_000),
proofOfWorkReward: Money.Coins(0),
powTargetTimespan: TimeSpan.FromSeconds(14 * 24 * 60 * 60), // two weeks
powTargetSpacing: TimeSpan.FromSeconds(60),
powAllowMinDifficultyBlocks: false,
powNoRetargeting: true,
powLimit: null,
minimumChainWork: null,
isProofOfStake: false,
lastPowBlock: 0,
proofOfStakeLimit: null,
proofOfStakeLimitV2: null,
proofOfStakeReward: Money.Zero
);
// Same as current smart contracts test networks to keep tests working
this.Base58Prefixes = new byte[12][];
this.Base58Prefixes[(int)Base58Type.PUBKEY_ADDRESS] = new byte[] { (111) };
this.Base58Prefixes[(int)Base58Type.SCRIPT_ADDRESS] = new byte[] { (196) };
this.Base58Prefixes[(int)Base58Type.SECRET_KEY] = new byte[] { (239) };
this.Base58Prefixes[(int)Base58Type.ENCRYPTED_SECRET_KEY_NO_EC] = new byte[] { 0x01, 0x42 };
this.Base58Prefixes[(int)Base58Type.ENCRYPTED_SECRET_KEY_EC] = new byte[] { 0x01, 0x43 };
this.Base58Prefixes[(int)Base58Type.EXT_PUBLIC_KEY] = new byte[] { (0x04), (0x35), (0x87), (0xCF) };
this.Base58Prefixes[(int)Base58Type.EXT_SECRET_KEY] = new byte[] { (0x04), (0x35), (0x83), (0x94) };
this.Base58Prefixes[(int)Base58Type.PASSPHRASE_CODE] = new byte[] { 0x2C, 0xE9, 0xB3, 0xE1, 0xFF, 0x39, 0xE2 };
this.Base58Prefixes[(int)Base58Type.CONFIRMATION_CODE] = new byte[] { 0x64, 0x3B, 0xF6, 0xA8, 0x9A };
this.Base58Prefixes[(int)Base58Type.STEALTH_ADDRESS] = new byte[] { 0x2b };
this.Base58Prefixes[(int)Base58Type.ASSET_ID] = new byte[] { 115 };
this.Base58Prefixes[(int)Base58Type.COLORED_ADDRESS] = new byte[] { 0x13 };
Bech32Encoder encoder = Encoders.Bech32("tb");
this.Bech32Encoders = new Bech32Encoder[2];
this.Bech32Encoders[(int)Bech32Type.WITNESS_PUBKEY_ADDRESS] = encoder;
this.Bech32Encoders[(int)Bech32Type.WITNESS_SCRIPT_ADDRESS] = encoder;
this.Checkpoints = new Dictionary <int, CheckpointInfo>();
this.DNSSeeds = new List <DNSSeedData>();
this.SeedNodes = new List <NetworkAddress>();
this.StandardScriptsRegistry = new SmartContractsStandardScriptsRegistry();
// TODO: Do we need Asserts for block hash
}
public static Block ParseJson(string json)
{
var formatter = new BlockExplorerFormatter();
var block = JObject.Parse(json);
var txs = (JArray)block["tx"];
Block blk = new Block();
blk.Header.Bits = new Target((uint)block["bits"]);
blk.Header.BlockTime = Utils.UnixTimeToDateTime((uint)block["time"]);
blk.Header.Nonce = (uint)block["nonce"];
blk.Header.Version = (int)block["ver"];
blk.Header.HashPrevBlock = uint256.Parse((string)block["prev_block"]);
blk.Header.HashMerkleRoot = uint256.Parse((string)block["mrkl_root"]);
foreach (var tx in txs)
{
blk.AddTransaction(formatter.Parse((JObject)tx));
}
return blk;
}
/// <summary>
/// Checks and computes stake.
/// </summary>
/// <param name="context">Context that contains variety of information regarding blocks validation and execution.</param>
/// <exception cref="ConsensusErrors.PrevStakeNull">Thrown if previous stake is not found.</exception>
/// <exception cref="ConsensusErrors.SetStakeEntropyBitFailed">Thrown if failed to set stake entropy bit.</exception>
private void CheckAndComputeStake(RuleContext context)
{
this.Logger.LogTrace("()");
ChainedHeader chainedHeader = context.ValidationContext.ChainedHeader;
NBitcoin.Block block = context.ValidationContext.Block;
var posRuleContext = context as PosRuleContext;
BlockStake blockStake = posRuleContext.BlockStake;
// Verify hash target and signature of coinstake tx.
if (BlockStake.IsProofOfStake(block))
{
ChainedHeader prevChainedHeader = chainedHeader.Previous;
BlockStake prevBlockStake = this.stakeChain.Get(prevChainedHeader.HashBlock);
if (prevBlockStake == null)
{
ConsensusErrors.PrevStakeNull.Throw();
}
// Only do proof of stake validation for blocks that are after the assumevalid block or after the last checkpoint.
if (!context.SkipValidation)
{
this.stakeValidator.CheckProofOfStake(posRuleContext, prevChainedHeader, prevBlockStake, block.Transactions[1], chainedHeader.Header.Bits.ToCompact());
}
else
{
this.Logger.LogTrace("POS validation skipped for block at height {0}.", chainedHeader.Height);
}
}
// PoW is checked in CheckBlock().
if (BlockStake.IsProofOfWork(block))
{
posRuleContext.HashProofOfStake = chainedHeader.Header.GetPoWHash();
}
// Compute stake entropy bit for stake modifier.
if (!blockStake.SetStakeEntropyBit(blockStake.GetStakeEntropyBit()))
{
this.Logger.LogTrace("(-)[STAKE_ENTROPY_BIT_FAIL]");
ConsensusErrors.SetStakeEntropyBitFailed.Throw();
}
// Record proof hash value.
blockStake.HashProof = posRuleContext.HashProofOfStake;
int lastCheckpointHeight = this.Parent.Checkpoints.GetLastCheckpointHeight();
if (chainedHeader.Height > lastCheckpointHeight)
{
// Compute stake modifier.
ChainedHeader prevChainedHeader = chainedHeader.Previous;
BlockStake blockStakePrev = prevChainedHeader == null ? null : this.stakeChain.Get(prevChainedHeader.HashBlock);
blockStake.StakeModifierV2 = this.stakeValidator.ComputeStakeModifierV2(prevChainedHeader, blockStakePrev, blockStake.IsProofOfWork() ? chainedHeader.HashBlock : blockStake.PrevoutStake.Hash);
}
else if (chainedHeader.Height == lastCheckpointHeight)
{
// Copy checkpointed stake modifier.
CheckpointInfo checkpoint = this.Parent.Checkpoints.GetCheckpoint(lastCheckpointHeight);
blockStake.StakeModifierV2 = checkpoint.StakeModifierV2;
this.Logger.LogTrace("Last checkpoint stake modifier V2 loaded: '{0}'.", blockStake.StakeModifierV2);
}
else
{
this.Logger.LogTrace("POS stake modifier computation skipped for block at height {0} because it is not above last checkpoint block height {1}.", chainedHeader.Height, lastCheckpointHeight);
}
this.Logger.LogTrace("(-)[OK]");
}
public static MnemonicReference Parse
(ChainBase chain,
Wordlist wordList,
string sentence,
Transaction transaction,
Block block)
{
return Parse(chain, wordList, sentence, transaction, block.Filter(transaction.GetHash()));
}
/// <inheritdoc />
public override void CheckBlockReward(RuleContext context, Money fees, int height, NBitcoin.Block block)
{
this.Logger.LogTrace("({0}:{1},{2}:'{3}')", nameof(fees), fees, nameof(height), height);
if (BlockStake.IsProofOfStake(block))
{
var posRuleContext = context as PosRuleContext;
Money stakeReward = block.Transactions[1].TotalOut - posRuleContext.TotalCoinStakeValueIn;
Money calcStakeReward = fees + this.GetProofOfStakeReward(height);
this.Logger.LogTrace("Block stake reward is {0}, calculated reward is {1}.", stakeReward, calcStakeReward);
if (stakeReward > calcStakeReward)
{
this.Logger.LogTrace("(-)[BAD_COINSTAKE_AMOUNT]");
ConsensusErrors.BadCoinstakeAmount.Throw();
}
}
else
{
Money blockReward = fees + this.GetProofOfWorkReward(height);
this.Logger.LogTrace("Block reward is {0}, calculated reward is {1}.", block.Transactions[0].TotalOut, blockReward);
if (block.Transactions[0].TotalOut > blockReward)
{
this.Logger.LogTrace("(-)[BAD_COINBASE_AMOUNT]");
ConsensusErrors.BadCoinbaseAmount.Throw();
}
}
this.Logger.LogTrace("(-)");
}
public static MnemonicReference Create(ChainBase chain, Transaction transaction, Block block, int txOutIndex)
{
return Create(chain, transaction, block.Filter(transaction.GetHash()), txOutIndex);
}
public Task PutAsync(Block block)
{
return PutAsync(block.GetHash(), block);
}
public bool CheckProofOfWorkCore(Block block)
{
var target = block.Header.Bits;
// Check range
if(target <= new Target(0) || target > Network.ProofOfWorkLimit)
return Error("CheckProofOfWork() : nBits below minimum work");
// Check proof of work matches claimed amount
if(!block.Header.CheckProofOfWork())
return Error("CheckProofOfWork() : hash doesn't match nBits");
return true;
}
public virtual async Task DoubleMerkleProofCheck()
{
_ = await CreateAndInsertTxAsync(true, true, 2);
var node = NodeRepository.GetNodes().First();
var rpcClient = rpcClientFactoryMock.Create(node.Host, node.Port, node.Username, node.Password);
long blockCount = await RpcClient.GetBlockCountAsync();
var blockHex = await RpcClient.GetBlockAsBytesAsync(await RpcClient.GetBestBlockHashAsync());
var firstBlock = NBitcoin.Block.Load(blockHex, Network.Main);
rpcClientFactoryMock.AddKnownBlock(blockCount++, firstBlock.ToBytes());
PublishBlockHashToEventBus(await RpcClient.GetBestBlockHashAsync());
WaitUntilEventBusIsIdle();
var firstBlockHash = firstBlock.GetHash();
blockCount = await CreateAndPublishNewBlock(rpcClient, null);
NBitcoin.Block forkBlock = null;
var nextBlock = NBitcoin.Block.Load(await rpcClient.GetBlockByHeightAsBytesAsync(0), Network.Main);
var pubKey = nextBlock.Transactions.First().Outputs.First().ScriptPubKey.GetDestinationPublicKeys().First();
// tx1 will be mined in block 1 and the notification has to be sent only once (1 insert into txBlock)
var tx1 = Transaction.Parse(Tx1Hex, Network.Main);
// tx2 will be mined in block 15 in chain 1 and in the block 20 in longer chain 2 and the notification
// has to be sent twice (2 inserts into txBlock)
var tx2 = Transaction.Parse(Tx2Hex, Network.Main);
// Setup first chain, 20 blocks long
do
{
var prevBlockHash = nextBlock.GetHash();
nextBlock = nextBlock.CreateNextBlockWithCoinbase(pubKey, new Money(50, MoneyUnit.MilliBTC), new ConsensusFactory());
nextBlock.Header.HashPrevBlock = prevBlockHash;
if (blockCount == 1)
{
nextBlock.AddTransaction(tx1);
}
if (blockCount == 9)
{
forkBlock = nextBlock;
}
if (blockCount == 15)
{
nextBlock.AddTransaction(tx2);
}
nextBlock.Check();
rpcClientFactoryMock.AddKnownBlock(blockCount++, nextBlock.ToBytes());
}while (blockCount < 20);
PublishBlockHashToEventBus(await rpcClient.GetBestBlockHashAsync());
nextBlock = forkBlock;
blockCount = 10;
// Setup second chain
do
{
var prevBlockHash = nextBlock.GetHash();
nextBlock = nextBlock.CreateNextBlockWithCoinbase(pubKey, new Money(50, MoneyUnit.MilliBTC), new ConsensusFactory());
nextBlock.Header.HashPrevBlock = prevBlockHash;
if (blockCount == 20)
{
nextBlock.AddTransaction(tx2);
}
nextBlock.Check();
rpcClientFactoryMock.AddKnownBlock(blockCount++, nextBlock.ToBytes());
}while (blockCount < 21);
PublishBlockHashToEventBus(await rpcClient.GetBestBlockHashAsync());
var merkleProofs = (await TxRepositoryPostgres.GetTxsToSendMerkleProofNotificationsAsync(0, 100)).ToArray();
Assert.AreEqual(3, merkleProofs.Length);
Assert.IsTrue(merkleProofs.Count(x => new uint256(x.TxExternalId).ToString() == Tx1Hash) == 1);
// Tx2 must have 2 requests for merkle proof notification (blocks 15 and 20)
Assert.IsTrue(merkleProofs.Count(x => new uint256(x.TxExternalId).ToString() == Tx2Hash) == 2);
Assert.IsTrue(merkleProofs.Any(x => new uint256(x.TxExternalId).ToString() == Tx2Hash && x.BlockHeight == 15));
Assert.IsTrue(merkleProofs.Any(x => new uint256(x.TxExternalId).ToString() == Tx2Hash && x.BlockHeight == 20));
}