/// <summary>
/// This function is responsible for building a PropertyBag from the metatags that are used in a given job spec. It
/// parses the job spec to identify and build a list of metatags as the properties in the PropertyBag.
/// The PropertyBag properties are then initialized and assigned from the Environment Metatags that were set earlier and made
/// available in the GlobalConfig.GlobalParameters (also a PropertyBag). Any runtime parameters will not be found in the
/// GlobalConfig.GlobalParameters object and those properties in the new PropertyBag will be set to null.
/// </summary>
/// <param name="jobName"></param>
/// <param name="jobSpec"></param>
/// <param name="jobParameters"></param>
public static PropertyBag GetJobParametersPB(string jobName, string jobSpec)
{
PropertyBag jobParameters = new PropertyBag();
List<string> metaTagNameCandidates = jobSpec.Split('*').ToList<string>();
if (metaTagNameCandidates.Count > 1)
{
for (int index = 1; index < metaTagNameCandidates.Count - 1; index++)
{
string metaTagKey = "*" + metaTagNameCandidates[index] + "*";
string metaTagValue = metaTagKey;
if (!jobParameters.Contains(metaTagKey) && IsValidMetatag(metaTagKey, null))
{
jobParameters[metaTagKey] = null;
log.InfoFormat("[Job = {0}] Initialized property from metatag: {1}", jobName, metaTagKey);
}
else
{
log.DebugFormat("[Job = {0}] Unable to initialize property from metatag: {1}", jobName, metaTagKey);
}
}
}
return jobParameters;
}
/// <summary>
/// This function is responsible for building a PropertyBag from the metatags that are used in a given job spec. It
/// parses the job spec to identify and build a list of metatags as the properties in the PropertyBag.
/// The PropertyBag properties are then initialized and assigned from the Environment Metatags that were set earlier and made
/// available in the GlobalConfig.GlobalParameters (also a PropertyBag). Any runtime parameters will not be found in the
/// GlobalConfig.GlobalParameters object and those properties in the new PropertyBag will be set to null.
/// </summary>
/// <param name="jobName"></param>
/// <param name="jobSpec"></param>
/// <param name="jobParameters"></param>
public static PropertyBag GetJobParametersPB(string jobName, string jobSpec)
{
PropertyBag jobParameters = new PropertyBag();
List<string> metaTagNameCandidates = jobSpec.Split('*').ToList<string>();
if (metaTagNameCandidates.Count > 1)
{
for (int index = 1; index < metaTagNameCandidates.Count - 1; index++)
{
string metaTagKey = "*" + metaTagNameCandidates[index] + "*";
string metaTagValue = metaTagKey;
if (!jobParameters.Contains(metaTagKey) && IsValidMetatag(metaTagKey, null))
{
jobParameters[metaTagKey] = null;
log.DebugFormat("[Job = {0}] Initialized property from metatag: {1}", jobName, metaTagKey);
}
else
{
log.DebugFormat("[Job = {0}] Unrecognized string is not a known metatag: {1}", jobName, metaTagKey);
}
}
}
log.DebugFormat("[Job = {0}] Found {1} metatags from {2} candidates (i.e. split no '*')", jobName, jobParameters.Count(), metaTagNameCandidates.Count);
return jobParameters;
}
/// <summary>
/// To retrieve meta tag value from PropertyBag where it is should already be available
/// no replacement in this case
/// </summary>
/// <param name="metaTagKey"></param>
/// <param name="pb"></param>
/// <returns></returns>
public static string GetMetaTagValueFromPB(string metaTagKey, PropertyBag pb)
{
string metaTagValue = pb[metaTagKey] as string;
return metaTagValue;
}
/// <summary>
/// This method replaces all metatags in a string with their values from the Dynamic PropertyBag
/// </summary>
/// <param name="inStr"></param>
/// <param name="metaTagParameters"></param>
/// <returns></returns>
public static string InlineMetatagSubstitution(string inStr, PropertyBag metaTagParameters)
{
string result = inStr;
foreach (string metaTagName in metaTagParameters.Names)
{
string metaTagValue = metaTagParameters[metaTagName] as string;
if (metaTagValue != null)
result = result.Replace(metaTagName, metaTagValue);
}
return result;
}
/// <summary>
/// This method loads environmental properties from Config database
/// for use by BITS itself as well as individual jobs (and UI ???)
/// </summary>
/// <param name="environmentProperties"></param>
public static void LoadEnvironmentProperties(ref PropertyBag environmentProperties)
{
IList<string> tagNames = ConfigUtils.GlobalConfig.Hierarchy.LevelNames(@"appgroup\METATAGS\Environment");
foreach (string tagName in tagNames)
{
environmentProperties[tagName] = GetMetaTagValueFromConfig(tagName, null);
log.InfoFormat("Added to environment properties: {0} = {1}", tagName, environmentProperties[tagName]);
}
//
MetaTagReplacerFunctions.LoadReplacerFunctions();
}
public static Job BuildJobFromXml(JobDetails detail)
{
Job job = null;
try
{
XmlDocument doc = new XmlDocument();
doc.LoadXml(detail.Xml);
XmlNode jobNode = doc.SelectSingleNode("Job");
if (jobNode.Attributes["isHistoricalMode"] != null)
detail.IsHistoricalMode = Convert.ToBoolean(jobNode.Attributes["isHistoricalMode"].Value);
if (jobNode.Attributes["ifWaitingForFirstTrigger"] != null)
detail.IfWaitingForFirstTrigger = Convert.ToBoolean(jobNode.Attributes["ifWaitingForFirstTrigger"].Value);
if (jobNode.Attributes["skipTodayIfPassed"] != null)
detail.SkipTodayIfPassed = Convert.ToBoolean(jobNode.Attributes["skipTodayIfPassed"].Value);
if (jobNode.Attributes["runOnce"] != null)
detail.RunOnce = Convert.ToBoolean(jobNode.Attributes["runOnce"].Value);
if (jobNode.Attributes["limitTrigger"] != null)
{
detail.UserLimit = Convert.ToInt32(jobNode.Attributes["limitTrigger"].Value);
}
if (jobNode.Attributes["inDate"] != null || jobNode.Attributes["runDate"] != null)
{
if (jobNode.Attributes["inDate"] != null)
detail.InDate = Convert.ToString(jobNode.Attributes["inDate"].Value);
else if (jobNode.Attributes["runDate"] != null)
detail.InDate = Convert.ToString(jobNode.Attributes["runDate"].Value);
}
if (jobNode.Attributes["MaxRetries"] != null)
detail.MaxRetries = Convert.ToInt32(jobNode.Attributes["MaxRetries"].Value);
if (jobNode.Attributes["DelayBetweenRetries"] != null)
detail.DelayBetweenRetries = Convert.ToInt32(jobNode.Attributes["DelayBetweenRetries"].Value);
if (jobNode.Attributes["RetryFromTop"] != null)
detail.RetryFromTop = Convert.ToBoolean(jobNode.Attributes["RetryFromTop"].Value);
job = new Job(
jobNode.Attributes["name"].Value.ToString().Trim(),
jobNode.Attributes["dependencyTraversalMode"].Value.ToString().Trim(),
detail,
ConfigUtils.GlobalConfig);
IModule root = BuildModule(job.JobName, "NullModule");
job.Modules.Add(root.Name.Trim(), root);
XmlNodeList modules = doc.SelectNodes("Job/Module");
foreach (XmlNode moduleNode in modules)
{
string moduleTypeName = moduleNode.Attributes["moduleType"].Value.ToString();
PropertyBag moduleOriginalPropertyValues = new PropertyBag();
IModule module = BuildModule(moduleNode, moduleTypeName, moduleOriginalPropertyValues);
job.OrderedModuleList.Add(module.Name);
if (job.Modules.ContainsKey(module.Name))
job.Modules.Remove(module.Name);
job.Modules.Add(module.Name, module);
job.JobState.CurrentParameters.SetOriginalModulePropertyValuesPB(module.Name, moduleOriginalPropertyValues);
job.JobState.CurrentStatusCollection.Add(module.Name, new DependencyStatus());
log.DebugFormat("Job {0}: Instantiated module {1}", job.JobName, moduleNode.Attributes["name"].Value.ToString());
}
DependencyEngine dsb = new DependencyEngine();
dsb.Build(ref job);
}
catch (Exception ex)
{
log.Error(ex);
}
return job;
}
private static IModule BuildModule(XmlNode moduleNode, string moduleTypeName, PropertyBag moduleOriginalPropertyValues)
{
IModule module = ModuleFactory.TryCreate(moduleTypeName);
if (module == null)
{
log.ErrorFormat("Unable to build module {0}", moduleTypeName);
return null;
}
PropertyInfo[] pis = module.GetType().GetProperties(BindingFlags.Instance | BindingFlags.Public);
foreach (PropertyInfo pi in pis)
{
foreach (XmlAttribute attribute in moduleNode.Attributes)
{
if (pi.Name.ToLower().CompareTo(attribute.Name.ToLower()) == 0)
{
moduleOriginalPropertyValues[pi.Name] = attribute.Value;
SetModulePropertyValueFromString(module, pi, attribute.Value);
break;
}
}
}
return module;
}
private static void HandleSpecialCurrencies(string targetTag, ref XmlDocument trades, ref XmlNode trade, ref PropertyBag htTradeDetail, ref XmlNode cChildNode, string nsuri)
{
if ((htTradeDetail.Contains("SourceInvestmentType") &&
(htTradeDetail["SourceInvestmentType"].ToString().ToUpper().Equals("SWAP") ||
htTradeDetail["SourceInvestmentType"].ToString().ToUpper().Equals("SWAPUS") ||
htTradeDetail["SourceInvestmentType"].ToString().ToUpper().Equals("SWAPI"))) &&
// tests for NDF currencies
(htTradeDetail.Contains("PriceDenomination") && htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals("AUD") &&
htTradeDetail.Contains("CounterInvestment") && htTradeDetail["CounterInvestment"].ToString().ToUpper().Equals("AUD")) ||
(htTradeDetail.Contains("PriceDenomination") && htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals("NZD") &&
htTradeDetail.Contains("CounterInvestment") && htTradeDetail["CounterInvestment"].ToString().ToUpper().Equals("NZD")) ||
(htTradeDetail.Contains("PriceDenomination") && htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals("HKD") &&
htTradeDetail.Contains("CounterInvestment") && htTradeDetail["CounterInvestment"].ToString().ToUpper().Equals("HKD")) ||
(htTradeDetail.Contains("PriceDenomination") && htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals("EUR") &&
htTradeDetail.Contains("CounterInvestment") && htTradeDetail["CounterInvestment"].ToString().ToUpper().Equals("EUR")) ||
(htTradeDetail.Contains("PriceDenomination") && htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals("GBP") &&
htTradeDetail.Contains("CounterInvestment") && htTradeDetail["CounterInvestment"].ToString().ToUpper().Equals("GBP")) &&
//Added for Dual Currency support (note that this clause must follow those clauses above that test for NDF currencies)
(htTradeDetail.Contains("PriceDenomination") && htTradeDetail.Contains("CounterInvestment") &&
htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals(htTradeDetail["CounterInvestment"].ToString().ToUpper()))
)
{
switch (targetTag)
{
case "CounterTDateFx":
case "CounterSDateFx":
double fx = double.NaN;
double.TryParse(htTradeDetail[targetTag].ToString(), out fx);
if (!fx.Equals(double.NaN) && !double.IsNaN(1.0/fx))
{
htTradeDetail[targetTag] = 1.0/fx;
cChildNode.InnerXml = htTradeDetail[targetTag].ToString();
}
break;
case "tradeFX":
double tfx = double.NaN;
if (htTradeDetail.Contains("DualCurrencyFlag") && htTradeDetail["DualCurrencyFlag"].ToString() == "DC" &&
htTradeDetail.Contains("DualCurrencyFXRate") && double.TryParse(htTradeDetail["DualCurrencyFXRate"].ToString(), out tfx))
{
htTradeDetail["tradeFX"] = tfx.ToString();
cChildNode.InnerXml = tfx.ToString();
}
else
{
htTradeDetail["tradeFX"] = String.Empty;
cChildNode.InnerXml = String.Empty;
}
//do only once
XmlNode CounterFxDenominationNode = trades.CreateNode(XmlNodeType.Element, "CounterFXDenomination", nsuri);
CounterFxDenominationNode.InnerXml = "USD";
if (TestIfValidForSchema(CounterFxDenominationNode, htTradeDetail))
trade.AppendChild(CounterFxDenominationNode);
break;
}
}
else if (htTradeDetail.Contains("PriceDenomination") && htTradeDetail.Contains("CounterInvestment") &&
htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals(htTradeDetail["CounterInvestment"].ToString().ToUpper()) == false)
{
switch (targetTag)
{
case "CounterTDateFx":
case "CounterSDateFx":
if (htTradeDetail.Contains(targetTag))
{
double fx = double.NaN;
double.TryParse(htTradeDetail[targetTag].ToString(), out fx);
if (!fx.Equals(double.NaN) && !double.IsNaN(1.0/fx))
{
htTradeDetail[targetTag] = 1.0/fx;
cChildNode.InnerXml = htTradeDetail[targetTag].ToString();
}
}
break;
case "tradeFX":
double tfx = double.NaN;
if (htTradeDetail.Contains("DualCurrencyFxRate") &&
double.TryParse(htTradeDetail["DualCurrencyFxRate"].ToString(), out tfx))
{
htTradeDetail["tradeFX"] = tfx.ToString();
cChildNode.InnerXml = tfx.ToString();
}
else
{
htTradeDetail["tradeFX"] = String.Empty;
cChildNode.InnerXml = String.Empty;
}
break;
}
}
else if (htTradeDetail.Contains("PriceDenomination") && htTradeDetail.Contains("CounterInvestment") &&
htTradeDetail["PriceDenomination"].ToString().ToUpper().Equals(htTradeDetail["CounterInvestment"].ToString().ToUpper()))
{
switch (targetTag)
{
case "CounterTDateFx":
htTradeDetail["CounterTDateFx"] = "";
cChildNode.InnerXml = "";
break;
case "CounterSDateFx":
htTradeDetail["CounterSDateFx"] = "";
cChildNode.InnerXml = "";
break;
case "tradeFX":
htTradeDetail["tradeFX"] = "1.0";
cChildNode.InnerXml = "1.0";
break;
}
}
else
{
cChildNode.InnerXml = "";
}
}
/// <summary>
/// Sets PropertyBag containing module's original property values
/// to be replaced with dynamic "current" parameters, i.e. metatags, etc.
/// </summary>
/// <param name="module"></param>
/// <param name="properties_original_values"></param>
public void SetOriginalModulePropertyValuesPB(string module, PropertyBag properties_original_values)
{
_original_parameters[module] = properties_original_values;
}
/// <summary>
/// Sets module property meta tag override PropertyBag
/// Can be used for historical job rerun and to access module dynamic parameters during module execution
/// </summary>
/// <param name="module"></param>
/// <param name="property"></param>
/// <param name="original_value"></param>
public void SetModulePropertyOverridesPB(string module, string property, PropertyBag overridesPB)
{
if (!_module_override_parameters.ContainsKey(module))
_module_override_parameters.Add(module, new PropertyBag());
if (_module_override_parameters[module].Contains(property))
_module_override_parameters[module][property] = overridesPB;
else
_module_override_parameters[module].Add(property, overridesPB);
}
protected static bool TestIfValidForSchema(XmlNode node, PropertyBag data, XmlDocument xdocValidationRules)
{
bool res = true;
try
{
if (data["loaderAction"].Equals("Delete") && !node.Name.Equals("KeyValue"))
res = false;
else if (!data["loaderAction"].Equals("InsertUpdate") && node.Name.Equals("KeyName"))
res = false;
else if (data["loaderAction"].Equals("New") && data["loaderType"].Equals("Buy") && node.Name.Equals("KeyValue"))
res = false;
else if (data["loaderType"].Equals("Buy") && node.Name.Equals("SecFeeAmount"))
res = false;
else if (data["loaderType"].Equals("CoverShort") && node.Name.Equals("SecFeeAmount"))
res = false;
//use this section for filtering out specific fields before load
if (data["SourceInvestmentType"] != null &&
(data["SourceInvestmentType"].Equals("FXForward") ||
data["SourceInvestmentType"].Equals("FX") ||
data["SourceInvestmentType"].Equals("FXNDF")))
{
switch (node.Name)
{
case "AccruedInterest":
case "InvestmentAccruedInterest":
case "CounterFXDenomination":
case "CounterSDateFx":
case "CounterTDateFx":
case "tradeFX":
case "TotCommission":
case "PriceDenomination":
case "Price":
case "Quantity":
case "OriginalFace":
case "ContractExpirationDate":
res = false;
break;
}
}
else
{
//switch (node.Name)
//{
// case "ContractFxRate":
// res = false;
// break;
//}
}
}
catch (Exception ex)
{
log.ErrorFormat("Trade data (loaderAction/loaderType not found for validation\n{0}", ex);
}
if (xdocValidationRules != null && xdocValidationRules.SelectSingleNode("ValidationRules/TradeRules") != null)
{
foreach (XmlNode validationNode in xdocValidationRules.SelectSingleNode("ValidationRules/TradeRules"))
{
try
{
string[] validationPairs = validationNode.Attributes["rule"].Value.Split(new string[] { "AND" }, StringSplitOptions.RemoveEmptyEntries);
foreach (string validationPair in validationPairs)
{
string[] validationKeys = validationPair.Trim().Split(' ');
if (!validationKeys[0].Equals("nodename"))
{
if (validationKeys[1].Equals("=="))
if (!data.Contains(validationKeys[0]) || !data[validationKeys[0]].Equals(validationKeys[2]))
break;
}
else
{
if (validationKeys[1].Equals("=="))
if (node.Name.Equals(validationKeys[2]))
res = false;
}
}
}
catch (Exception ex)
{
log.ErrorFormat("Could not validate schema using rule {0}", validationNode.ToString());
log.ErrorFormat("{0}", ex.ToString());
}
}
}
return res;
}
protected static bool TestIfValidForSchema(XmlNode node, PropertyBag data)
{
return TestIfValidForSchema(node, data, null);
}
protected string ConvertToGenevaOption(int jobKeyCode, string ezeOption, PropertyBag htTradeDetail, XmlDocument xdocEzeToGenevaMap)
{
string[] tokensEze = ezeOption.ToString().ToUpper().Split(' ');
string retval = ezeOption;
try
{
char side = ' ';
double strike = 0.0;
string residual = String.Empty;
OptionSideAndStrike(tokensEze, ref side, ref strike, ref residual);
string cust = String.Empty;
if (tokensEze.Length == 5 && !ezeOption.EndsWith("-OPTO"))
{
String mappedVal = String.Empty;
EzeToGenevaManualMap(jobKeyCode, xdocEzeToGenevaMap, EzeToGenevaMapType.Broker, htTradeDetail["Broker"].ToString(), out mappedVal);
cust = String.Format("{0}-OPTO", mappedVal);
}
else if (tokensEze.Length == 5 && ezeOption.EndsWith("-OPTO"))
cust = tokensEze[4];
else if (tokensEze.Length == 4 && tokensEze[3].Contains("-") && residual.Length == 0)
cust = CleanOTCCust(tokensEze[3]);
else if (tokensEze.Length == 3 && ezeOption.EndsWith("-OPTO") && residual.Length > 0)
cust = CleanOTCCust(residual);
else
cust = String.Empty;
switch (OptionElement2(tokensEze[1]))
{
case 0: // date
case 1: // int
retval = String.Format("{0} {1} {2}{3} {4}", tokensEze[0], tokensEze[1], side, (Math.Round(strike) < strike ? strike.ToString("0.00") : strike.ToString("0")), cust).Trim();
break;
case 2: //exchange
retval = String.Format("{0} {1} {2} {3}{4} {5}", tokensEze[0], tokensEze[1], tokensEze[2], side, (Math.Round(strike) < strike ? strike.ToString("0.00") : strike.ToString("0")), cust).Trim();
break;
}
}
catch (Exception ex)
{
log.ErrorFormat("Error converting Geneva option: {0}", ex);
}
return retval;
}
public object Clone()
{
PropertyBag bag=new PropertyBag();
bag.m_Properties=(Hashtable)m_Properties.Clone();
return bag;
}
/// <summary>
/// This method is the sole method responsible for assigning values to job's Dynamic Properties.
/// It does this based on one of the [only] two types of metatags (Environment or RunTime)
/// </summary>
/// <param name="jobParameters"></param>
/// <param name="replaceMode"></param>
/// <param name="inputDates"></param>
/// <param name="inputArgs"></param>
public static bool SetParametersValuesPB(ref PropertyBag jobParameters,
ConfigUtils.MetatagMode replaceMode,
MetaTagReplacerInputDates inputDates,
object[] inputArgs
)
{
bool retval = true;
MetaTagReplacerInputDates inputDateParms = inputDates;
if (inputDateParms == null)
inputDateParms = new MetaTagReplacerInputDates(DateTime.Now);
log.InfoFormat("Input Date used to initialize run-time properties: {0}", inputDateParms.InDate);
PropertyBag tempPropBag = new PropertyBag();
foreach (string metaTagKey in jobParameters.Names)
{
string metaTagValue = GetMetaTagValue(metaTagKey, inputDateParms, replaceMode, inputArgs);
if (metaTagValue != null)
{
tempPropBag[metaTagKey] = metaTagValue;
}
else
{
if (IsValidMetatag(metaTagKey, replaceMode))
{
log.WarnFormat("Unable to assign property value for {0}", metaTagKey);
}
else
retval = false; //not a valid meta tag - should never happen at this point as illegal MTs should not make it to PB in a first place
}
}
foreach (string metaTagKey in tempPropBag.Names)
{
jobParameters[metaTagKey] = tempPropBag[metaTagKey];
log.InfoFormat("Assigned property value: {0} = {1}", metaTagKey, jobParameters[metaTagKey]);
}
return retval;
}
public Object GetMetaTagReplacement(object arg)
{
//VJ New MetaTag substitution logic
//return ConfigUtils.MetaTagReplacer(arg.ToString(),ConfigUtils.MetatagMode.Environment);
//
string result = string.Empty;
string[] arguments = arg.ToString().Split(Convert.ToChar(252));
string replace_in = (string) arguments.GetValue(0);
DateTime in_date = DateTime.MinValue;
bool useInDate = false;
if (arguments.Length > 1)
{
string in_date_str = (string) arguments.GetValue(1);
if (!string.IsNullOrEmpty(in_date_str))
{
if (DateTime.TryParse(in_date_str, out in_date))
useInDate = true;
}
}
// Check if explicit "bag of parameters" is passed then if true use it for 1st pass of meta tag replacement
//Should be list of "Name;Vlaue" delimited pairs
if (arguments.Length > 2)
{
PropertyBag in_parameters = new PropertyBag();
for (int incr = 2; incr < arguments.Length; incr++)
{
string[] in_parms = ((string)arguments.GetValue(incr)).Split(Convert.ToChar(253));
if (in_parms.Length == 2)
{
string in_parm_name = (string) in_parms.GetValue(0);
string in_parm_value = (string)in_parms.GetValue(1);
if (!string.IsNullOrEmpty(in_parm_name) && !string.IsNullOrEmpty(in_parm_value))
in_parameters.Add(in_parm_name, in_parm_value);
}
}
if (in_parameters.Count() > 0)
result = MetaTagReplacer.InlineMetatagSubstitution(replace_in, in_parameters);
}
//Second, replace the rest of the tags
if (useInDate)
//use "Full" replacement driven by InDate parameter when it is passed
result = MetaTagReplacer.InlineMetatagSubstitution(replace_in, in_date);
else
//Dafault: replace Environment parameters only (as before)
result = MetaTagReplacer.InlineMetatagSubstitution(replace_in, ConfigUtils.GlobalConfig.GlobalParameters);
return result;
}
private void CalcExchangeFeeAmount(ref PropertyBag htTradeInfo, ref XmlDocument newAttributesToAdd)
{
if (!htTradeInfo["SecFeeAmount"].Equals(htTradeInfo["TotalFees"]))
{
double totalFees = double.MinValue;
double secFees = double.MinValue;
double.TryParse(htTradeInfo["TotalFees"].ToString(), out totalFees);
double.TryParse(htTradeInfo["SecFeeAmount"].ToString(), out secFees);
if (totalFees.Equals(double.MinValue) || secFees.Equals(double.MinValue))
log.WarnFormat("Could not calculate Exchange Fees on {0}", htTradeInfo["investment"]);
else if (totalFees != 0.0 || secFees != 0.0)
{
htTradeInfo["ExchangeFeeAmount"] = totalFees - secFees;
XmlNamespaceManager nsmgrFee = new XmlNamespaceManager(newAttributesToAdd.NameTable);
nsmgrFee.AddNamespace("gv", nsuri);
if (Convert.ToDouble(htTradeInfo["tradeFX"]) != 0.0)
{
XmlNode exchangeFeeAtttribute = CreateCapExpenseNode(
nsuri,
newAttributesToAdd,
newAttributesToAdd.SelectNodes("gv:TradeExpenses", nsmgrFee).Count + 1,
"InternationalExchangeFee",
Convert.ToDouble(htTradeInfo["ExchangeFeeAmount"])/Convert.ToDouble(htTradeInfo["tradeFX"]));
if (newAttributesToAdd.SelectNodes("gv:TradeExpenses", nsmgrFee).Count == 0)
newAttributesToAdd.AppendChild(exchangeFeeAtttribute);
}
}
}
}
