public static bool FAAllocationMethodTOIBFAMethod(IB.FinancialAdvisorAllocationMethod ibFaMethod,
out OQ.IBFaMethod oqFaMethod)
{
oqFaMethod = IBFaMethod.Undefined;
switch (ibFaMethod)
{
case FinancialAdvisorAllocationMethod.AvailableEquity:
oqFaMethod = IBFaMethod.AvailableEquity;
break;
case FinancialAdvisorAllocationMethod.EqualQuantity:
oqFaMethod = IBFaMethod.EqualQuantity;
break;
case FinancialAdvisorAllocationMethod.NetLiquidity:
oqFaMethod = IBFaMethod.NetLiq;
break;
case FinancialAdvisorAllocationMethod.PercentChange:
oqFaMethod = IBFaMethod.PctChange;
break;
case FinancialAdvisorAllocationMethod.None:
default:
return(false);
}
return(true);
}
public static bool OQFAMethodTOIBFAMethod(OQ.IBFaMethod oqFaMethod,
out IB.FinancialAdvisorAllocationMethod ibFaMethod)
{
ibFaMethod = FinancialAdvisorAllocationMethod.None;
switch (oqFaMethod)
{
case IBFaMethod.AvailableEquity:
ibFaMethod = FinancialAdvisorAllocationMethod.AvailableEquity;
break;
case IBFaMethod.EqualQuantity:
ibFaMethod = FinancialAdvisorAllocationMethod.EqualQuantity;
break;
case IBFaMethod.NetLiq:
ibFaMethod = FinancialAdvisorAllocationMethod.NetLiquidity;
break;
case IBFaMethod.PctChange:
ibFaMethod = FinancialAdvisorAllocationMethod.PercentChange;
break;
case IBFaMethod.Undefined:
ibFaMethod = FinancialAdvisorAllocationMethod.None;
break;
default:
return(false);
}
return(true);
}
public void OQFAMethodTOIBFAMethod_NetLiq_Test()
{
StingrayOQ_Accessor target = new StingrayOQ_Accessor();
OQ.IBFaMethod oqFaMethod = IBFaMethod.NetLiq;
FinancialAdvisorAllocationMethod ibFaMethod;
bool result = Helpers.OQFAMethodTOIBFAMethod(oqFaMethod, out ibFaMethod);
Assert.IsTrue(result);
Assert.AreEqual(IB.FinancialAdvisorAllocationMethod.NetLiquidity, ibFaMethod);
}