private void ScanForEntry(ChainPosition chainPosition, EnumWalletEntryType walletEntryType, TxOutput txOutput, UInt256 outputScriptHash)
{
var matchingAddresses = ImmutableList.CreateBuilder <MonitoredWalletAddress>();
// test hash addresses
List <MonitoredWalletAddress> addresses;
if (this.addressesByOutputScriptHash.TryGetValue(outputScriptHash, out addresses))
{
matchingAddresses.AddRange(addresses);
}
// test matcher addresses
foreach (var address in this.matcherAddresses)
{
if (address.Address.MatchesTxOutput(txOutput, outputScriptHash))
{
matchingAddresses.Add(address);
}
}
if (matchingAddresses.Count > 0)
{
var entry = new WalletEntry
(
addresses: matchingAddresses.ToImmutable(),
type: walletEntryType,
chainPosition: chainPosition,
value: txOutput.Value
);
this.entriesLock.DoWrite(() =>
{
this.logger.Debug("{0,-10} {1,20:#,##0.000_000_00} BTC, Entries: {2:#,##0}".Format2(walletEntryType.ToString() + ":", txOutput.Value / (decimal)(100.MILLION()), this.entries.Count));
this.entries.Add(entry);
if (walletEntryType == EnumWalletEntryType.Spend)
{
this.bitBalance -= entry.BitValue;
}
else
{
this.bitBalance += entry.BitValue;
}
});
var handler = this.OnEntryAdded;
if (handler != null)
{
handler(entry);
}
}
}
private void ScanForEntry(ChainPosition chainPosition, EnumWalletEntryType walletEntryType, TxOutput txOutput, UInt256 outputScriptHash)
{
var matchingAddresses = ImmutableList.CreateBuilder <MonitoredWalletAddress>();
// test hash addresses
List <MonitoredWalletAddress> addresses;
if (this.addressesByOutputScriptHash.TryGetValue(outputScriptHash, out addresses))
{
matchingAddresses.AddRange(addresses);
}
// test matcher addresses
foreach (var address in this.matcherAddresses)
{
if (address.Address.MatchesTxOutput(txOutput, outputScriptHash))
{
matchingAddresses.Add(address);
}
}
if (matchingAddresses.Count > 0)
{
var entry = new WalletEntry
(
addresses: matchingAddresses.ToImmutable(),
type: walletEntryType,
chainPosition: chainPosition,
value: txOutput.Value
);
lock (this.entries)
{
if (keepEntries)
{
this.entries.Add(entry);
}
this.entriesCount++;
}
this.bitBalance += entry.BitValue * walletEntryType.Direction();
logger.Debug($"{walletEntryType + ":",-10} {txOutput.Value / (decimal)(100.MILLION()),20:#,##0.000_000_00} BTC, Entries: {this.entriesCount:#,##0}");
this.OnEntryAdded?.Invoke(entry);
}
}
private void ScanForEntry(ChainPosition chainPosition, EnumWalletEntryType walletEntryType, TxOutput txOutput, UInt256 outputScriptHash)
{
var matchingAddresses = ImmutableList.CreateBuilder<MonitoredWalletAddress>();
// test hash addresses
List<MonitoredWalletAddress> addresses;
if (this.addressesByOutputScriptHash.TryGetValue(outputScriptHash, out addresses))
{
matchingAddresses.AddRange(addresses);
}
// test matcher addresses
foreach (var address in this.matcherAddresses)
{
if (address.Address.MatchesTxOutput(txOutput, outputScriptHash))
matchingAddresses.Add(address);
}
if (matchingAddresses.Count > 0)
{
var entry = new WalletEntry
(
addresses: matchingAddresses.ToImmutable(),
type: walletEntryType,
chainPosition: chainPosition,
value: txOutput.Value
);
lock (this.entries)
{
if (keepEntries)
this.entries.Add(entry);
this.entriesCount++;
}
this.bitBalance += entry.BitValue * walletEntryType.Direction();
logger.Debug($"{walletEntryType + ":",-10} {txOutput.Value / (decimal)(100.MILLION()),20:#,##0.000_000_00} BTC, Entries: {this.entriesCount:#,##0}");
this.OnEntryAdded?.Invoke(entry);
}
}