public TransactionsFeeDataGenerator(ITransactionData transactionData, IDataGenerator dataGenerator, IFeeCalculator feeCalculator, IOutputWritter outputWritter)
{
_transactionData = transactionData;
_dataGenerator = dataGenerator;
_feeCalculator = feeCalculator;
_consoleWritter = outputWritter;
}
public FeeCalculationService(
IFeeCalculator feeCalculator,
IReadOnlyCollection <IExtraFee> extraFees,
IMapper mapper)
{
_feeCalculator = feeCalculator;
_extraFees = extraFees;
_mapper = mapper;
}
private static VehicleFees CreateSut(IFeeCalculator calculator = null)
{
if (calculator == null)
{
calculator = Substitute.For <IFeeCalculator>();
}
var sut = new VehicleFees(calculator);
return(sut);
}
internal Runner(IDictionary <IEnumerable <IOhlcv>, int> weightings,
Predicate <IIndexedOhlcv> buyRule,
Predicate <IIndexedOhlcv> sellRule,
bool buyInCompleteQuantity,
IFeeCalculator calculator)
{
_weightings = weightings;
_buyRule = buyRule;
_sellRule = sellRule;
_buyInCompleteQuantity = buyInCompleteQuantity;
_calculator = calculator;
}
private Builder(
IDictionary <IEnumerable <IOhlcv>, int> weightings,
Predicate <IIndexedOhlcv> buyRule,
Predicate <IIndexedOhlcv> sellRule,
bool buyInCompleteQuantity,
IFeeCalculator calculator)
{
_weightings = weightings ?? new Dictionary <IEnumerable <IOhlcv>, int>();
_buyRule = buyRule;
_sellRule = sellRule;
_buyInCompleteQuantity = buyInCompleteQuantity;
//Use default calculator if none defined.
_calculator = calculator ?? new FeeCalculator();
}
private void BuyAsset(IIndexedOhlcv indexedCandle, IFeeCalculator calculator, IDictionary <IEnumerable <IOhlcv>, decimal> assetCashMap, IList <Transaction> transactions)
{
if (assetCashMap.TryGetValue(indexedCandle.BackingList, out decimal cash))
{
var nextCandle = indexedCandle.Next;
//Use calculator to determine transaction quantities, costs, etc.
var transaction = calculator.BuyAsset(nextCandle, cash, nextCandle, _buyInCompleteQuantity);
assetCashMap[nextCandle.BackingList] -= transaction.AbsoluteCashFlow; //cash to buy asset
transactions.Add(transaction);
OnBought?.Invoke(indexedCandle.BackingList, nextCandle.Index, nextCandle.DateTime, nextCandle.Open, transaction.Quantity, transaction.AbsoluteCashFlow, assetCashMap[indexedCandle.BackingList]);
}
}
public void Message(IRealEstate realEstate, IFeeCalculator feeCalculator)
{
var totalCost = feeCalculator.CalculTotal(realEstate.Price, realEstate.Zone);
var commissionn = feeCalculator.returnCommissionn(realEstate.Price, realEstate.Zone);
Console.WriteLine();
Console.WriteLine("******************************************************************************************************************");
Console.WriteLine(" The price for a/an {0}, before applying the commission is {1} euro.", realEstate.GetType().Name, realEstate.Price);
if (realEstate.GetType().Name != "Parcel")
{
Console.WriteLine(" The address is: {0}, in the {1} zone.", realEstate.Address, realEstate.Zone);
}
else
{
Console.WriteLine(" The cadastral number is: {0}, in the {1} zone.", realEstate.Address, realEstate.Zone);
}
Console.WriteLine(" The price with commissionn is {0} euro and the commissionn is {1} euro.", totalCost, commissionn);
Console.WriteLine("******************************************************************************************************************");
}
private void SellAsset(IIndexedOhlcv indexedCandle, IFeeCalculator calculator, IDictionary <IEnumerable <IOhlcv>, decimal> assetCashMap, IList <Transaction> transactions)
{
if (assetCashMap.TryGetValue(indexedCandle.BackingList, out _))
{
var nextCandle = indexedCandle.Next;
var lastTransaction = transactions.LastOrDefault(t => t.OhlcvList.Equals(indexedCandle.BackingList));
if (lastTransaction == default)
{
return;
}
var transaction = calculator.SellAsset(indexedCandle, lastTransaction);
assetCashMap[indexedCandle.BackingList] += transaction.AbsoluteCashFlow;
decimal profitLossRatio = (transaction.AbsoluteCashFlow - lastTransaction.AbsoluteCashFlow) / lastTransaction.AbsoluteCashFlow;
transactions.Add(transaction);
OnSold?.Invoke(indexedCandle.BackingList, nextCandle.Index, nextCandle.DateTime, nextCandle.Open, transaction.Quantity, transaction.AbsoluteCashFlow, assetCashMap[indexedCandle.BackingList], profitLossRatio);
}
}
public Builder Calculator(IFeeCalculator calculator) => new Builder(_weightings, _buyRule, _sellRule, _buyInCompleteQuantity, calculator);
private BuySellRuleExecutor CreateBuySellRuleExecutor(IAnalyzeContext <IOhlcv> context, IFeeCalculator calculator, IDictionary <IEnumerable <IOhlcv>, decimal> assetCashMap, List <Transaction> transactions)
{
bool isPrevTransactionOfType(IEnumerable <Transaction> ts, IAnalyzeContext <IOhlcv> ctx, TransactionType tt)
=> ts.LastOrDefault(_t => _t.OhlcvList.Equals(ctx.BackingList))?.Type == tt;
bool buyRule(IIndexedOhlcv ic)
=> !isPrevTransactionOfType(transactions, ic.Context, TransactionType.Buy) && _buyRule(ic);
bool sellRule(IIndexedOhlcv ic)
=> transactions.Any() && !isPrevTransactionOfType(transactions, ic.Context, TransactionType.Sell) && _sellRule(ic);
(TransactionType, IIndexedOhlcv)? outputFunc(IIndexedOhlcv ic, int i)
{
if (ic.Next == null)
{
return(null);
}
var type = (TransactionType)i;
if (type.Equals(TransactionType.Buy))
{
BuyAsset(ic, calculator, assetCashMap, transactions);
}
else
{
SellAsset(ic, calculator, assetCashMap, transactions);
}
return((TransactionType)i, ic);
}
return(new BuySellRuleExecutor(outputFunc, context, buyRule, sellRule));
}
public VehicleFees([NotNull] IFeeCalculator calculator)
{
m_Calculator = calculator;
}
public void AddCalculator(IFeeCalculator calculator)
{
this.Calculators.Add(calculator);
}