public void ConsolidationTransactionOnlyBuiltWhenWalletHasManyInputs()
{
var dataFolder = new DataFolder(TestBase.CreateTestDir(this));
this.Init(dataFolder);
var broadcasterManager = new Mock <IBroadcasterManager>();
var inputConsolidator = new InputConsolidator(
this.FederationWalletTransactionHandler,
this.federationWalletManager,
broadcasterManager.Object,
this.federatedPegSettings,
this.signals,
this.asyncProvider,
this.network);
Assert.Null(inputConsolidator.CreateRequiredConsolidationTransactions(Money.Coins(100m)));
}
public void ConsolidationTransactionBuildsCorrectly()
{
var dataFolder = new DataFolder(TestBase.CreateTestDir(this));
this.Init(dataFolder);
var broadcasterManager = new Mock <IBroadcasterManager>();
var inputConsolidator = new InputConsolidator(
this.FederationWalletTransactionHandler,
this.federationWalletManager,
broadcasterManager.Object,
this.federatedPegSettings,
this.loggerFactory,
this.signals,
this.asyncProvider,
this.network);
// Lets set the funding transactions to many really small outputs
const int numUtxos = FederatedPegSettings.MaxInputs * 2;
const decimal individualAmount = 0.1m;
const decimal depositAmount = numUtxos * individualAmount - 1; // Large amount minus some for fees.
BitcoinAddress address = new Script("").Hash.GetAddress(this.network);
this.wallet.MultiSigAddress.Transactions.Clear();
this.fundingTransactions.Clear();
Money[] funding = new Money[numUtxos];
for (int i = 0; i < funding.Length; i++)
{
funding[i] = new Money(individualAmount, MoneyUnit.BTC);
}
this.AddFundingTransaction(funding);
List <ConsolidationTransaction> transactions = inputConsolidator.CreateRequiredConsolidationTransactions(Money.Coins(depositAmount));
Assert.Equal(2, transactions.Count);
Assert.Equal(this.federatedPegSettings.MultiSigAddress.ScriptPubKey, transactions[0].PartialTransaction.Outputs[0].ScriptPubKey);
}
