private void Copay_info(QBitNinjaClient client, WalletClient wallet)
{
List <BalanceOperation> operations = wallet.GetBalance().Result.Operations;
Decimal total_balance = 0;
Console.WriteLine("==============================");
Console.WriteLine("All transactions from wallet");
Console.WriteLine("------------------------------");
// print all transactions with their amount, and add theme to get balance
foreach (BalanceOperation balance in operations)
{
Decimal amout = balance.Amount.ToDecimal(MoneyUnit.BTC);
total_balance += amout;
Console.Write("Transaction ID : ");
Console.WriteLine(balance.TransactionId);
Console.Write("Amount : ");
Console.WriteLine(amout);
}
Console.Write("Total balance : ");
Console.WriteLine(total_balance);
Console.WriteLine("==============================");
Console.WriteLine("");
}
public void GetBalanceTest()
{
var result = client.GetBalance().Result;
Debug.WriteLine($"Spandable: {result.Spendable}, SpandableDust: {result.SpendableDust}, Locked: {result.Locked}, Total: {result.Total}");
}
public void GetBalanceTest()
{
Balance balance = _wallet.GetBalance().Result;
Debug.Write(balance.Total);
}
private void UpdateSafeHistoryAndBalanceInfo()
{
AssertSynced();
var balanceOperations = _qBitNinjaWalletClient.GetBalance().Result.Operations;
// Find all the operations concerned to one address
// address, balanceoperationlist
var addressOperationPairs = new HashSet <Tuple <string, BalanceOperation> >();
// address, unconfirmed, confirmed
var receivedAddressAmountPairs = new HashSet <Tuple <string, decimal, decimal> >();
var spentAddressAmountPairs = new HashSet <Tuple <string, decimal, decimal> >();
foreach (var operation in balanceOperations)
{
foreach (var coin in operation.ReceivedCoins)
{
string address;
if (!SafeContainsCoin(out address, coin))
{
continue;
}
var amount = ((Money)coin.Amount).ToDecimal(MoneyUnit.BTC);
receivedAddressAmountPairs.Add(operation.Confirmations == 0
? new Tuple <string, decimal, decimal>(address, amount, 0m)
: new Tuple <string, decimal, decimal>(address, 0m, amount));
addressOperationPairs.Add(new Tuple <string, BalanceOperation>(address, operation));
}
foreach (var coin in operation.SpentCoins)
{
string address;
if (!SafeContainsCoin(out address, coin))
{
continue;
}
var amount = ((Money)coin.Amount).ToDecimal(MoneyUnit.BTC);
spentAddressAmountPairs.Add(operation.Confirmations == 0
? new Tuple <string, decimal, decimal>(address, amount, 0m)
: new Tuple <string, decimal, decimal>(address, 0m, amount));
addressOperationPairs.Add(new Tuple <string, BalanceOperation>(address, operation));
}
}
var addressOperationsDict = new Dictionary <string, HashSet <BalanceOperation> >();
foreach (var pair in addressOperationPairs)
{
if (addressOperationsDict.Keys.Contains(pair.Item1))
{
addressOperationsDict[pair.Item1].Add(pair.Item2);
}
else
{
addressOperationsDict.Add(pair.Item1, new HashSet <BalanceOperation> {
pair.Item2
});
}
}
var addressHistories =
addressOperationsDict.Select(pair => new AddressHistory(pair.Key, pair.Value)).ToList();
foreach (var address in Safe.Addresses)
{
if (!addressHistories.Select(x => x.Address).Contains(address))
{
addressHistories.Add(new AddressHistory(address, new List <BalanceOperation>()));
}
}
var addressBalanceInfoList = new List <AddressBalanceInfo>();
foreach (var addressHistory in addressHistories)
{
var unconfirmed = 0m;
var confirmed = 0m;
foreach (var record in addressHistory.Records)
{
if (record.Confirmed)
{
confirmed += record.Amount;
}
else
{
unconfirmed += record.Amount;
}
}
var addressBalanceInfo = new AddressBalanceInfo(addressHistory.Address, unconfirmed, confirmed);
addressBalanceInfoList.Add(addressBalanceInfo);
}
SafeBalanceInfo = new SafeBalanceInfo(Safe, addressBalanceInfoList);
SafeHistory = new SafeHistory(Safe, addressHistories);
}
