public void Itinerary_ShouldNotBeEqual_WithOtherItineraryWithDifferentLegs()
{
var option = new PricingOption {
Price = 123M, QuoteAge = 1, AgentIds = { 12 }
};
var first = new Itinerary {
OutboundLegId = "AAA", InboundLegId = "BBB", PricingOptions = { option }
};
var second = new Itinerary {
OutboundLegId = "BBB", InboundLegId = "CCC", PricingOptions = { option }
};
var comparer = new ShallowEqualityComparer <Itinerary>();
Assert.IsFalse(comparer.Equals(first, second));
}
public void Itinerary_ShouldNotBeEqual_IfPricingOptionWasAddedAndComparingDeep()
{
var option1 = new PricingOption {
Price = 123M, QuoteAge = 1, AgentIds = { 12 }
};
var option2 = new PricingOption {
Price = 456M, QuoteAge = 1, AgentIds = { 13 }
};
var first = new Itinerary {
OutboundLegId = "AAA", InboundLegId = "BBB", PricingOptions = { option1 }
};
var second = new Itinerary {
OutboundLegId = "AAA", InboundLegId = "BBB", PricingOptions = { option1, option2 }
};
Assert.IsFalse(((IInterimEquatable <Itinerary>)first).DeepEquals(second));
}
public void Itinerary_ShouldBeEqual_IfPricingOptionWasAddedAndComparingShallow()
{
var option1 = new PricingOption {
Price = 123M, QuoteAge = 1, AgentIds = { 12 }
};
var option2 = new PricingOption {
Price = 456M, QuoteAge = 1, AgentIds = { 13 }
};
var first = new Itinerary {
OutboundLegId = "AAA", InboundLegId = "BBB", PricingOptions = { option1 }
};
var second = new Itinerary {
OutboundLegId = "AAA", InboundLegId = "BBB", PricingOptions = { option1, option2 }
};
var comparer = new ShallowEqualityComparer <Itinerary>();
Assert.IsTrue(comparer.Equals(first, second));
}
public override void Set(string name, string elementValue)
{
DateTime dtTemp;
switch (name)
{
case "startDate":
if (Types.DisplayFormats.HistoricalOrReferenceRequests.TryParseInput(elementValue, out dtTemp))
{
this._dtStart = new HistoricRequestElementDate("startDate", dtTemp);
}
else
{
throw new ArgumentException(string.Format("BEmu.Request.Set: Bad startDate format {0}, yyyyMMdd expected", elementValue));
}
break;
case "endDate":
if (Types.DisplayFormats.HistoricalOrReferenceRequests.TryParseInput(elementValue, out dtTemp))
{
this._dtEnd = new HistoricRequestElementDate("endDate", dtTemp);
}
else
{
throw new ArgumentException(string.Format("BEmu.Request.Set: Bad endDate format {0}, yyyyMMdd expected", elementValue));
}
break;
case "periodicityAdjustment":
switch (elementValue)
{
case "CALENDAR":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.calendar;
break;
case "FISCAL":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.fiscal;
break;
case "ACTUAL":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.actual;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for periodicityadjustment. These are case-sensitive.", elementValue));
}
this._periodicityAdjustmentElement = new HistoricRequestElementString("periodicityAdjustment", elementValue);
break;
case "periodicitySelection":
switch (elementValue)
{
case "WEEKLY":
this._periodicity = HistDataPeriodicity.weekly;
break;
case "MONTHLY":
this._periodicity = HistDataPeriodicity.monthly;
break;
case "QUARTERLY":
this._periodicity = HistDataPeriodicity.quarterly;
break;
case "SEMI_ANNUALLY":
this._periodicity = HistDataPeriodicity.semi_annually;
break;
case "YEARLY":
this._periodicity = HistDataPeriodicity.yearly;
break;
case "DAILY":
this._periodicity = HistDataPeriodicity.daily;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for periodicityselection. These are case-sensitive.", elementValue));
}
this._periodicityElement = new HistoricRequestElementString("periodicitySelection", elementValue);
break;
case "pricingOption":
switch (elementValue)
{
case "PRICING_OPTION_YIELD":
this._pricingOption = PricingOption.yield;
break;
case "PRICING_OPTION_PRICE":
this._pricingOption = PricingOption.price;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for pricingOption. These are case-sensitive.", elementValue));
}
this._pricingOptionElement = new HistoricRequestElementString("pricingOption", elementValue);
break;
case "overrideOption":
switch (elementValue)
{
case "OVERRIDE_OPTION_GPA":
this._overrideOptions = OverrideOptions.averagePrice;
break;
case "OVERRIDE_OPTION_CLOSE":
this._overrideOptions = OverrideOptions.closingPrice;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for overrideoption. These are case-sensitive.", elementValue));
}
this._overrideOptionsElement = new HistoricRequestElementString("overrideOption", elementValue);
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: Element name {0} not supported. These are case-sensitive.", name));
}
}
public override void Set(string name, string elementValue)
{
DateTime dtTemp;
switch (name.ToLower())
{
case "startdate":
if (DateTime.TryParseExact(elementValue, "yyyyMMdd", System.Globalization.CultureInfo.InvariantCulture, System.Globalization.DateTimeStyles.None, out dtTemp))
this._dtStart = new RequestHistoricElementDate("startDate", dtTemp);
else
throw new ArgumentException(string.Format("BEmu.Request.Set: Bad startDate format {0}, yyyyMMdd expected", elementValue));
break;
case "enddate":
if (DateTime.TryParseExact(elementValue, "yyyyMMdd", System.Globalization.CultureInfo.InvariantCulture, System.Globalization.DateTimeStyles.None, out dtTemp))
this._dtEnd = new RequestHistoricElementDate("endDate", dtTemp);
else
throw new ArgumentException(string.Format("BEmu.Request.Set: Bad endDate format {0}, yyyyMMdd expected", elementValue));
break;
case "periodicityadjustment":
string pAdjUpper = elementValue.ToUpper();
switch (pAdjUpper)
{
case "CALENDAR":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.calendar;
break;
case "FISCAL":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.fiscal;
break;
case "ACTUAL":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.actual;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for periodicityadjustment", elementValue));
}
this._periodicityAdjustmentElement = new RequestHistoricElementString("periodicityAdjustment", pAdjUpper);
break;
case "periodicityselection":
string pUpper = elementValue.ToUpper();
switch (pUpper)
{
case "WEEKLY":
this._periodicity = HistDataPeriodicity.weekly;
break;
case "MONTHLY":
this._periodicity = HistDataPeriodicity.monthly;
break;
case "QUARTERLY":
this._periodicity = HistDataPeriodicity.quarterly;
break;
case "SEMI_ANNUALLY":
this._periodicity = HistDataPeriodicity.semi_annually;
break;
case "YEARLY":
this._periodicity = HistDataPeriodicity.yearly;
break;
case "DAILY":
this._periodicity = HistDataPeriodicity.daily;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for periodicityselection", elementValue));
}
this._periodicityElement = new RequestHistoricElementString("periodicitySelection", pUpper);
break;
case "pricingoption":
string prUpper = elementValue.ToUpper();
switch (prUpper)
{
case "PRICING_OPTION_YIELD":
this._pricingOption = PricingOption.yield;
break;
case "PRICING_OPTION_PRICE":
this._pricingOption = PricingOption.price;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for pricingOption", elementValue));
}
this._pricingOptionElement = new RequestHistoricElementString("pricingOption", prUpper);
break;
case "overrideoption":
string strOpt = elementValue.ToUpper();
switch (strOpt)
{
case "OVERRIDE_OPTION_GPA":
this._overrideOptions = OverrideOptions.averagePrice;
break;
case "OVERRIDE_OPTION_CLOSE":
this._overrideOptions = OverrideOptions.closingPrice;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for overrideoption", elementValue));
}
this._overrideOptionsElement = new RequestHistoricElementString("overrideOption", strOpt);
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: Element name {0} not supported", name));
}
}
public override void Set(string name, string elementValue)
{
DateTime dtTemp;
switch (name.ToLower())
{
case "startdate":
if (DateTime.TryParseExact(elementValue, "yyyyMMdd", System.Globalization.CultureInfo.InvariantCulture, System.Globalization.DateTimeStyles.None, out dtTemp))
{
this._dtStart = new RequestHistoricElementDate("startDate", dtTemp);
}
else
{
throw new ArgumentException(string.Format("BEmu.Request.Set: Bad startDate format {0}, yyyyMMdd expected", elementValue));
}
break;
case "enddate":
if (DateTime.TryParseExact(elementValue, "yyyyMMdd", System.Globalization.CultureInfo.InvariantCulture, System.Globalization.DateTimeStyles.None, out dtTemp))
{
this._dtEnd = new RequestHistoricElementDate("endDate", dtTemp);
}
else
{
throw new ArgumentException(string.Format("BEmu.Request.Set: Bad endDate format {0}, yyyyMMdd expected", elementValue));
}
break;
case "periodicityadjustment":
string pAdjUpper = elementValue.ToUpper();
switch (pAdjUpper)
{
case "CALENDAR":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.calendar;
break;
case "FISCAL":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.fiscal;
break;
case "ACTUAL":
this._periodicityAdjustment = HistDataPeriodicityAdjustment.actual;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for periodicityadjustment", elementValue));
}
this._periodicityAdjustmentElement = new RequestHistoricElementString("periodicityAdjustment", pAdjUpper);
break;
case "periodicityselection":
string pUpper = elementValue.ToUpper();
switch (pUpper)
{
case "WEEKLY":
this._periodicity = HistDataPeriodicity.weekly;
break;
case "MONTHLY":
this._periodicity = HistDataPeriodicity.monthly;
break;
case "QUARTERLY":
this._periodicity = HistDataPeriodicity.quarterly;
break;
case "SEMI_ANNUALLY":
this._periodicity = HistDataPeriodicity.semi_annually;
break;
case "YEARLY":
this._periodicity = HistDataPeriodicity.yearly;
break;
case "DAILY":
this._periodicity = HistDataPeriodicity.daily;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for periodicityselection", elementValue));
}
this._periodicityElement = new RequestHistoricElementString("periodicitySelection", pUpper);
break;
case "pricingoption":
string prUpper = elementValue.ToUpper();
switch (prUpper)
{
case "PRICING_OPTION_YIELD":
this._pricingOption = PricingOption.yield;
break;
case "PRICING_OPTION_PRICE":
this._pricingOption = PricingOption.price;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for pricingOption", elementValue));
}
this._pricingOptionElement = new RequestHistoricElementString("pricingOption", prUpper);
break;
case "overrideoption":
string strOpt = elementValue.ToUpper();
switch (strOpt)
{
case "OVERRIDE_OPTION_GPA":
this._overrideOptions = OverrideOptions.averagePrice;
break;
case "OVERRIDE_OPTION_CLOSE":
this._overrideOptions = OverrideOptions.closingPrice;
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: unknown value ({0}) for overrideoption", elementValue));
}
this._overrideOptionsElement = new RequestHistoricElementString("overrideOption", strOpt);
break;
default:
throw new ArgumentException(string.Format("BEmu.Request.Set: Element name {0} not supported", name));
}
}
public void SetCheckboxCFItem(string cfName, bool check, string discountCode, PricingOption? pricingOption, CustomFieldStatus? customFieldStatus)
{
int checkboxId = this.GetCFItemID(cfName);
this.SetCheckboxCFItem(checkboxId, check);
this.TypeCFDiscountCode(checkboxId, discountCode);
this.SetCFPricingSchedule(checkboxId, pricingOption);
this.SelectCFStatus(checkboxId, customFieldStatus);
}
public void SetCFPricingSchedule(int cfId, PricingOption? pricingOption)
{
if (pricingOption.HasValue)
{
string pricingOptionLocator = string.Format(PricingOptionLocatorFormat, (int)pricingOption.Value, cfId);
UIUtil.DefaultProvider.WaitForDisplayAndClick(pricingOptionLocator, LocateBy.XPath);
}
}
