public void NotEnoughFundsLogWarning()
{
// Throw a 'no spendable transactions' exception
this.federationWalletTransactionHandler.Setup(x => x.BuildTransaction(It.IsAny <TransactionBuildContext>()))
.Throws(new WalletException(FederationWalletTransactionHandler.NotEnoughFundsMessage));
var txBuilder = new WithdrawalTransactionBuilder(
this.loggerFactory.Object,
this.network,
this.federationWalletManager.Object,
this.federationWalletTransactionHandler.Object,
this.federationGatewaySettings.Object,
this.signals.Object
);
var recipient = new Recipient
{
Amount = Money.Coins(101),
ScriptPubKey = new Script()
};
Transaction ret = txBuilder.BuildWithdrawalTransaction(uint256.One, 100, recipient);
// Log out a warning in this case, not an error.
this.logger.Verify(x => x.Log <object>(LogLevel.Warning, It.IsAny <EventId>(), It.IsAny <object>(), null, It.IsAny <Func <object, Exception, string> >()));
}
public void NotEnoughFundsLogWarning()
{
// Throw a 'no spendable transactions' exception
this.federationWalletTransactionHandler.Setup(x => x.BuildTransaction(It.IsAny <TransactionBuildContext>()))
.Throws(new WalletException(FederationWalletTransactionHandler.NotEnoughFundsMessage));
var txBuilder = new WithdrawalTransactionBuilder(
this.network,
this.federationWalletManager.Object,
this.federationWalletTransactionHandler.Object,
this.federationGatewaySettings.Object,
this.signals.Object,
null
);
var recipient = new Recipient
{
Amount = Money.Coins(101),
ScriptPubKey = new Script()
};
Transaction ret = txBuilder.BuildWithdrawalTransaction(0, uint256.One, 100, recipient);
// Log out a warning in this case, not an error.
this.logger
.Setup(f => f.Log(It.IsAny <LogLevel>(), It.IsAny <EventId>(), It.IsAny <It.IsAnyType>(), It.IsAny <Exception>(), (Func <It.IsAnyType, Exception, string>)It.IsAny <object>()))
.Callback(new InvocationAction(invocation =>
{
((LogLevel)invocation.Arguments[0]).Should().Be(LogLevel.Warning);
}));
}
public void FeeIsTakenFromRecipient()
{
Script redeemScript = PayToMultiSigTemplate.Instance.GenerateScriptPubKey(2, new[] { new Key().PubKey, new Key().PubKey });
this.federationWalletManager.Setup(x => x.GetSpendableTransactionsInWallet(It.IsAny <int>()))
.Returns(new List <UnspentOutputReference>
{
new UnspentOutputReference
{
Transaction = new FederatedPeg.Wallet.TransactionData
{
Amount = Money.Coins(105),
Id = uint256.One,
ScriptPubKey = redeemScript.Hash.ScriptPubKey
}
}
});
this.federationWalletManager.Setup(x => x.GetWallet())
.Returns(new FederationWallet
{
MultiSigAddress = new MultiSigAddress
{
RedeemScript = redeemScript
}
});
var txBuilder = new WithdrawalTransactionBuilder(
this.loggerFactory.Object,
this.network,
this.federationWalletManager.Object,
this.federationWalletTransactionHandler.Object,
this.federationGatewaySettings.Object,
this.signals.Object,
null
);
var recipient = new Recipient
{
Amount = Money.Coins(101),
ScriptPubKey = new Script()
};
Transaction ret = txBuilder.BuildWithdrawalTransaction(0, uint256.One, 100, recipient);
Assert.NotNull(ret);
// Fee taken from amount should be the total fee.
Money expectedAmountAfterFee = recipient.Amount - FederatedPegSettings.CrossChainTransferFee;
this.federationWalletTransactionHandler.Verify(x => x.BuildTransaction(It.Is <TransactionBuildContext>(y => y.Recipients.First().Amount == expectedAmountAfterFee)));
// Fee used to send transaction should be a smaller amount.
Money expectedTxFee = FederatedPegSettings.BaseTransactionFee + 1 * FederatedPegSettings.InputTransactionFee;
this.federationWalletTransactionHandler.Verify(x => x.BuildTransaction(It.Is <TransactionBuildContext>(y => y.TransactionFee == expectedTxFee)));
}
public void FeeIsTakenFromRecipient()
{
var txBuilder = new WithdrawalTransactionBuilder(
this.loggerFactory.Object,
this.network,
this.federationWalletManager.Object,
this.federationWalletTransactionHandler.Object,
this.federationGatewaySettings.Object
);
var recipient = new Recipient
{
Amount = Money.Coins(101),
ScriptPubKey = new Script()
};
Transaction ret = txBuilder.BuildWithdrawalTransaction(uint256.One, 100, recipient);
Assert.NotNull(ret);
Money expectedAmountAfterFee = recipient.Amount - this.federationGatewaySettings.Object.TransactionFee;
this.federationWalletTransactionHandler.Verify(x => x.BuildTransaction(It.Is <TransactionBuildContext>(y => y.Recipients.First().Amount == expectedAmountAfterFee)));
}
/// <inheritdoc />
public Transaction BuildWithdrawalTransaction(int blockHeight, uint256 depositId, uint blockTime, Recipient recipient)
{
try
{
this.logger.LogDebug("BuildDeterministicTransaction depositId(opReturnData)={0}; recipient.ScriptPubKey={1}; recipient.Amount={2}; height={3}", depositId, recipient.ScriptPubKey, recipient.Amount, blockHeight);
// Build the multisig transaction template.
uint256 opReturnData = depositId;
string walletPassword = this.federationWalletManager.Secret.WalletPassword;
bool sign = (walletPassword ?? "") != "";
var multiSigContext = new TransactionBuildContext(new List <Recipient>(), opReturnData: opReturnData.ToBytes())
{
MinConfirmations = MinConfirmations,
Shuffle = false,
IgnoreVerify = true,
WalletPassword = walletPassword,
Sign = sign,
Time = this.network.Consensus.IsProofOfStake ? blockTime : (uint?)null
};
// Withdrawals from the sidechain won't have the OP_RETURN transaction tag, so we need to check against the ScriptPubKey of the Cirrus Dummy address.
if (!this.federatedPegSettings.IsMainChain && recipient.ScriptPubKey.Length > 0 && recipient.ScriptPubKey == BitcoinAddress.Create(this.network.CirrusRewardDummyAddress).ScriptPubKey)
{
// Use the distribution manager to determine the actual list of recipients.
// TODO: This would probably be neater if it was moved to the CCTS with the current method accepting a list of recipients instead
multiSigContext.Recipients = this.distributionManager.Distribute(blockHeight, recipient.WithPaymentReducedByFee(FederatedPegSettings.CrossChainTransferFee).Amount); // Reduce the overall amount by the fee first before splitting it up.
// This should never happen as we should always have at least one federation member with a configured wallet.
if (multiSigContext.Recipients.Count == 0)
{
this.logger.LogWarning("Could not identify recipients for the distribution transaction, adding dummy recipient to avoid the CCTS suspending irrecoverably.");
multiSigContext.Recipients = new List <Recipient> {
recipient.WithPaymentReducedByFee(FederatedPegSettings.CrossChainTransferFee)
};
}
}
else
{
multiSigContext.Recipients = new List <Recipient> {
recipient.WithPaymentReducedByFee(FederatedPegSettings.CrossChainTransferFee)
}; // The fee known to the user is taken.
}
// TODO: Amend this so we're not picking coins twice.
(List <Coin> coins, List <Wallet.UnspentOutputReference> unspentOutputs) = FederationWalletTransactionHandler.DetermineCoins(this.federationWalletManager, this.network, multiSigContext, this.federatedPegSettings);
if (coins.Count > FederatedPegSettings.MaxInputs)
{
this.logger.LogDebug("Too many inputs. Triggering the consolidation process.");
this.signals.Publish(new WalletNeedsConsolidation(recipient.Amount));
this.logger.LogTrace("(-)[CONSOLIDATING_INPUTS]");
return(null);
}
multiSigContext.TransactionFee = this.federatedPegSettings.GetWithdrawalTransactionFee(coins.Count); // The "actual fee". Everything else goes to the fed.
multiSigContext.SelectedInputs = unspentOutputs.Select(u => u.ToOutPoint()).ToList();
multiSigContext.AllowOtherInputs = false;
// Build the transaction.
Transaction transaction = this.federationWalletTransactionHandler.BuildTransaction(multiSigContext);
this.logger.LogDebug("transaction = {0}", transaction.ToString(this.network, RawFormat.BlockExplorer));
return(transaction);
}
catch (Exception error)
{
if (error is WalletException walletException &&
(walletException.Message == FederationWalletTransactionHandler.NoSpendableTransactionsMessage ||
walletException.Message == FederationWalletTransactionHandler.NotEnoughFundsMessage))
{
this.logger.LogWarning("Not enough spendable transactions in the wallet. Should be resolved when a pending transaction is included in a block.");
}
/// <inheritdoc />
public Transaction BuildWithdrawalTransaction(uint256 depositId, uint blockTime, Recipient recipient)
{
try
{
this.logger.LogInformation("BuildDeterministicTransaction depositId(opReturnData)={0} recipient.ScriptPubKey={1} recipient.Amount={2}", depositId, recipient.ScriptPubKey, recipient.Amount);
// Build the multisig transaction template.
uint256 opReturnData = depositId;
string walletPassword = this.federationWalletManager.Secret.WalletPassword;
bool sign = (walletPassword ?? "") != "";
var multiSigContext = new TransactionBuildContext(new[]
{
recipient.WithPaymentReducedByFee(this.federationGatewaySettings.TransactionFee)
}.ToList(), opReturnData: opReturnData.ToBytes())
{
TransactionFee = this.federationGatewaySettings.TransactionFee,
MinConfirmations = MinConfirmations,
Shuffle = false,
IgnoreVerify = true,
WalletPassword = walletPassword,
Sign = sign,
Time = this.network.Consensus.IsProofOfStake ? blockTime : (uint?)null
};
// Build the transaction.
Transaction transaction = this.federationWalletTransactionHandler.BuildTransaction(multiSigContext);
this.logger.LogInformation("transaction = {0}", transaction.ToString(this.network, RawFormat.BlockExplorer));
return(transaction);
}
catch (Exception error)
{
if (error is WalletException walletException && walletException.Message == FederationWalletTransactionHandler.NoSpendableTransactionsMessage)
{
this.logger.LogWarning("No spendable transactions in the wallet. Should be resolved when a pending transaction is included in a block.");
}
/// <inheritdoc />
public Transaction BuildWithdrawalTransaction(uint256 depositId, uint blockTime, Recipient recipient)
{
try
{
this.logger.LogInformation("BuildDeterministicTransaction depositId(opReturnData)={0} recipient.ScriptPubKey={1} recipient.Amount={2}", depositId, recipient.ScriptPubKey, recipient.Amount);
// Build the multisig transaction template.
uint256 opReturnData = depositId;
string walletPassword = this.federationWalletManager.Secret.WalletPassword;
bool sign = (walletPassword ?? "") != "";
var multiSigContext = new TransactionBuildContext(new List <Recipient>(), opReturnData: opReturnData.ToBytes())
{
MinConfirmations = MinConfirmations,
Shuffle = false,
IgnoreVerify = true,
WalletPassword = walletPassword,
Sign = sign,
Time = this.network.Consensus.IsProofOfStake ? blockTime : (uint?)null
};
multiSigContext.Recipients = new List <Recipient> {
recipient.WithPaymentReducedByFee(FederatedPegSettings.CrossChainTransferFee)
}; // The fee known to the user is taken.
// TODO: Amend this so we're not picking coins twice.
(List <Coin> coins, List <Wallet.UnspentOutputReference> unspentOutputs) = FederationWalletTransactionHandler.DetermineCoins(this.federationWalletManager, this.network, multiSigContext, this.federatedPegSettings);
multiSigContext.TransactionFee = this.federatedPegSettings.GetWithdrawalTransactionFee(coins.Count); // The "actual fee". Everything else goes to the fed.
multiSigContext.SelectedInputs = unspentOutputs.Select(u => u.ToOutPoint()).ToList();
multiSigContext.AllowOtherInputs = false;
// Build the transaction.
Transaction transaction = this.federationWalletTransactionHandler.BuildTransaction(multiSigContext);
this.logger.LogInformation("transaction = {0}", transaction.ToString(this.network, RawFormat.BlockExplorer));
return(transaction);
}
catch (Exception error)
{
if (error is WalletException walletException &&
(walletException.Message == FederationWalletTransactionHandler.NoSpendableTransactionsMessage ||
walletException.Message == FederationWalletTransactionHandler.NotEnoughFundsMessage))
{
this.logger.LogWarning("Not enough spendable transactions in the wallet. Should be resolved when a pending transaction is included in a block.");
}
