public decimal GetCashFlowTransactionsSumByFilter(CashFlowTransactionsFilter filter)
{
string securityToken = _securityService.SecurityToken;
InvestmentDefaultProcessToken investmentToken = _investmentsRepository
.GetTokenForInvestmentDefaultProcess(InvestmentsProcessDirection.In, filter.MaxTokens, false, MaxAmount);
if (!investmentToken.IsValidUserNameAndCredentials)
{
throw new InvalidOperationException();
}
IEnumerable <AccountingInvestmentValidationCriteria> criteria =
_accountingCriteriaFactory.CreateAccountingCriteria(AccountingEntityType.Cashflow, investmentToken.Steps, investmentToken, securityToken);
if (criteria.Count() != ExpectedCriteriaCount)
{
throw new InvalidOperationException();
}
if (criteria.Any(c => c.RequestHashCode <= 0))
{
throw new InvalidOperationException();
}
var cashflow = criteria.Select(_accountingRepository.GetCashFlowByCriteria).ToList();
decimal delta;
_moneyValidator.ValidateAndGetDelta(cashflow, out delta);
return(cashflow.Sum() + delta);
}
public void Sample_MethodResultSimplifiedNames2()
{
dynamic accountingCriteriaFactory = new DynamicMock();
accountingCriteriaFactory.Create_Criteria(_, _, _, _)
.Returns(new[] { new { _Code = 1 }, new { _Code = 2 }, new { _Code = 3 } });
IAccountingCriteriaFactory result = accountingCriteriaFactory;
var actual = result.CreateAccountingCriteria(AccountingEntityType.Cashflow, new decimal[0], null, "");
CollectionAssert.AreEquivalent(new[] { 1, 2, 3 }, actual.Select(c => c.RequestHashCode).ToList());
}
