public void TestMultipleArgumentBooleanExpressions()
{
// expression tests
// - empty multi-AND = true
{
IExpression[] args = new IExpression[] { };
Assert.IsTrue(Expr.CastTo <bool>(Expr.BoolAND(args).Evaluate(null), false));
}
// - multi-AND true
{
IExpression[] args = new IExpression[] { Expr.Const(true), null, null, Expr.Const(true) };
Assert.IsTrue(Expr.CastTo <bool>(Expr.BoolAND(args).Evaluate(null), false));
}
// multi-AND false
{
IExpression[] args = new IExpression[] { Expr.Const(true), null, null, Expr.Const(false) };
Assert.IsFalse(Expr.CastTo <bool>(Expr.BoolAND(args).Evaluate(null), false));
}
// - empty multi-OR = false
{
IExpression[] args = new IExpression[] { };
Assert.IsFalse(Expr.CastTo <bool>(Expr.BoolOR(args).Evaluate(null), false));
}
// - multi-OR false
{
IExpression[] args = new IExpression[] { Expr.Const(false), null, null, Expr.Const(false) };
Assert.IsFalse(Expr.CastTo <bool>(Expr.BoolOR(args).Evaluate(null), false));
}
// multi-OR true
{
IExpression[] args = new IExpression[] { Expr.Const(false), null, null, Expr.Const(true) };
Assert.IsTrue(Expr.CastTo <bool>(Expr.BoolOR(args).Evaluate(null), false));
}
}
/// <summary>
///
/// </summary>
/// <param name="scenarioRules"></param>
/// <param name="scenarioName"></param>
/// <param name="curveProperties"></param>
/// <returns></returns>
public static string RunScenarioRules(
IEnumerable <CachedScenarioRule> scenarioRules,
string scenarioName,
NamedValueSet curveProperties)
{
if (scenarioName == null)
{
return(null);
}
if (curveProperties == null)
{
return(null);
}
return((from rule in scenarioRules
where rule.ScenarioId.Equals(scenarioName, StringComparison.OrdinalIgnoreCase) && Expr.CastTo(rule.FilterExpr.Evaluate(curveProperties), false)
select rule.StressId).FirstOrDefault());
}
private void ProcessAllRules()
{
// note: no locks required - as we are inside main Dispatcher
try
{
// publish latest rule status
DateTimeOffset asAtTime = DateTimeOffset.Now;
foreach (InternalRule rule in _ruleStore.Values)
{
var props = new NamedValueSet();
try
{
if ((rule.LastMonitored + rule.MonitorPeriod) < asAtTime)
{
// update LastMonitored first to prevent infinite looping
// when there are repeated expression evaluation exceptions
rule.LastMonitored = asAtTime;
// build property set
string smtpServer = rule.Properties.GetString(AlertRule.MailHost, null) ?? _defaultSmtpServer;
string mailFrom = rule.Properties.GetString(AlertRule.MailFrom, null) ?? _defaultMailFrom;
string[] recipients = rule.Properties.GetArray <string>(AlertRule.MailTo) ?? _defaultMailTo;
props.Set(AlertRule.MailHost, smtpServer);
props.Set(AlertRule.MailFrom, mailFrom);
props.Set(AlertRule.MailTo, recipients);
props.Set("host.AsAtTime", asAtTime);
props.Set("host.HostName", IntClient.Target.ClientInfo.HostName);
props.Set("rule.DebugEnabled", rule.Properties.GetValue <bool>("DebugEnabled", false));
props.Set("rule.RuleName", rule.RuleName);
props.Set("rule.Disabled", rule.Disabled);
props.Set("rule.DataSubsExpr", rule.DataSubsExpr.DisplayString());
props.Set("rule.Constraint", rule.Constraint.DisplayString());
props.Set("rule.Condition", rule.Condition.DisplayString());
props.Set("rule.MonitorPeriod", rule.MonitorPeriod);
props.Add(rule.Properties);
if (rule.CurrentReceivedItem != null)
{
props.Add(rule.CurrentReceivedItem.AppProps);
props.Set("item.IsNotNull", true);
}
else
{
// no item received
props.Set("item.IsNotNull", false);
}
AlertStatus newStatus;
string statusMessage;
var signal = new InternalSignal
{
RuleName = rule.RuleName,
AlertServer = IntClient.Target.ClientInfo.HostName
};
if (rule.Disabled)
{
newStatus = AlertStatus.Disabled;
statusMessage = "the rule is disabled";
}
else
{
// extend constraint
ICoreItem item = rule.CurrentReceivedItem;
object constraint = (item == null)
? rule.Constraint.Evaluate(props, null, DateTimeOffset.MinValue, DateTimeOffset.MinValue, asAtTime)
: rule.Constraint.Evaluate(props, item.Name, item.Created, item.Expires, asAtTime);
if (Expr.CastTo(constraint, false))
{
object condition = item == null
? rule.Condition.Evaluate(props, null, DateTimeOffset.MinValue, DateTimeOffset.MinValue, asAtTime)
: rule.Condition.Evaluate(props, item.Name, item.Created, item.Expires, asAtTime);
if (Expr.CastTo(condition, false))
{
newStatus = AlertStatus.Alerted;
statusMessage = rule.SignalFormat;
}
else
{
newStatus = AlertStatus.AllClear;
statusMessage = "the condition is no longer active";
}
}
else
{
newStatus = AlertStatus.Inactive;
statusMessage = "the constraint is no longer satisfied";
}
}
props.Set("rule.Status", newStatus.ToString());
signal.Status = newStatus;
signal.LastMonitored = asAtTime;
signal.ReminderCount = 0;
if (rule.LastSignal != null)
{
signal.ReminderCount = rule.LastSignal.ReminderCount;
}
if (newStatus == AlertStatus.Alerted)
{
signal.SignalMessage = props.ReplaceTokens(statusMessage);
}
else
{
signal.SignalMessage =
$"The previous alert message sent from this server ({signal.AlertServer}) " +
$"for this rule ({signal.RuleName}) has been withdrawn because {statusMessage}.";
}
// set instance (repeat) count
if (newStatus != rule.LastStatus)
{
signal.ReminderCount = 0;
}
if ((newStatus != rule.LastStatus) || ((rule.LastPublished + rule.PublishPeriod) < asAtTime))
{
rule.LastPublished = asAtTime;
// publish signal
PublishAlertSignal(signal);
// email signal if status is or was alerted
if ((newStatus == AlertStatus.Alerted) || (rule.LastStatus == AlertStatus.Alerted))
{
Logger.LogInfo(
"Rule '{0}' {1}: {2}", signal.RuleName, signal.Status, signal.SignalMessage);
SendAlertSignalEmail(signal, props);
}
}
// done
rule.LastStatus = newStatus;
rule.LastSignal = signal;
}
}
catch (Exception ex)
{
ReportUncaughtError("MainCallback", rule.RuleName, ex, props);
}
} // foreach rule
}
catch (Exception ex)
{
ReportUncaughtError("MainCallback", null, ex, null);
}
}
private void ProcessRule(ICoreClient client, InternalRule rule, DateTimeOffset currentTime)
{
RuleStatusEnum ruleStatus;
ILogger logger = new FilterLogger(
Logger, $"Rule {rule.RuleName}: ",
rule.DebugEnabled ? LogSeverity.Debug : LogSeverity.Info);
using (var settings = new SettingsTracker(client, "FileImporter." + rule.RuleName))
{
bool lastCheckFailed = false;
string lastCheckException = "(null)";
DateTimeOffset lastCheckDateTime = currentTime;
//logger.LogDebug("Processing...");
try
{
ruleStatus = RuleStatusEnum.Disabled;
if (!rule.Disabled)
{
// evaluate rule constraint and condition
var properties = new NamedValueSet(settings.GetAllValues(true));
properties.Add(rule.Properties);
// last import date/time (default to 4 days ago)
var lastImportDateTime = settings.GetSetValue(RuleConst.LastImportDateTime, DateTimeOffset.Now.AddDays(-4));
properties.Set(RuleConst.LastImportDateTime, lastImportDateTime);
// calculate effective "as at" date
var thisImportDateTime = Expr.CastTo(rule.EffectiveDateExpr.Evaluate(properties, currentTime), currentTime);
properties.Set(RuleConst.EffectiveDateTime, thisImportDateTime);
// add useful date/time tokens
//foreach (string token in new string[] { "dd", "ddd", "MM", "MMM", "yyyy" })
//{
// properties.Set(token, thisImportDateTime.ToString(token));
//}
// calculate import delay
var thisImportDelay = Expr.CastTo(rule.ImportDelayExpr.Evaluate(properties, currentTime), TimeSpan.Zero);
properties.Set(RuleConst.ImportDelay, thisImportDelay);
// evaluate rule check constraint and import condition
logger.LogDebug("Evaluation Params :");
properties.LogValues(text => logger.LogDebug(" " + text));
logger.LogDebug("Check Constraint : {0}", rule.CheckConstraint);
ruleStatus = RuleStatusEnum.Inactive;
if (Expr.CastTo(rule.CheckConstraint.Evaluate(properties, currentTime), false))
{
logger.LogDebug("Import Condition : {0}", rule.ImportCondition);
ruleStatus = RuleStatusEnum.NotReady;
if (Expr.CastTo(rule.ImportCondition.Evaluate(properties, currentTime), false))
{
ruleStatus = RuleStatusEnum.Failed;
// import condition is true
// process date/time tokens
string targetLocation = StringHelper.ReplaceDateTimeTokens(rule.TargetLocation, thisImportDateTime);
string sourceLocation = StringHelper.ReplaceDateTimeTokens(rule.SourceLocation, thisImportDateTime);
var importedFiles = new List <string>();
logger.LogInfo("Source Location : {0}", sourceLocation);
logger.LogInfo("Target Location : {0}", targetLocation);
logger.LogInfo("Filenames to copy: {0}", rule.CopyFilePatterns);
string thisImportException = "(null)";
try
{
// import the file
// - optionally clean up old files aged more than 7 days
if (rule.RemoveOldTargetFiles)
{
try
{
string[] oldTargetFiles = Directory.GetFiles(targetLocation, "*.*", SearchOption.TopDirectoryOnly);
foreach (string oldTargetFile in oldTargetFiles)
{
var targetFileInfo = new FileInfo(oldTargetFile);
if ((currentTime - targetFileInfo.LastWriteTime) > TimeSpan.FromDays(2))
{
File.Delete(oldTargetFile);
}
}
}
catch (IOException removeExcp)
{
logger.LogWarning("Error removing old files: {0}", removeExcp.GetType().Name);
// ignored
}
}
// - create target directory if required
if (!Directory.Exists(targetLocation))
{
Directory.CreateDirectory(targetLocation);
}
// - copy file(s) from source to target
foreach (string ruleFilePattern in rule.CopyFilePatterns.Split(';'))
{
string filePattern = StringHelper.ReplaceDateTimeTokens(ruleFilePattern, thisImportDateTime);
string[] sourceFiles = Directory.GetFiles(sourceLocation, filePattern, SearchOption.TopDirectoryOnly);
logger.LogInfo("Copying file(s): {0} ({1} found)", filePattern, sourceFiles.Length);
int copiedCount = 0;
int skippedCount = 0;
foreach (string sourceFileFullname in sourceFiles)
{
string sourceFileBaseName = Path.GetFileName(sourceFileFullname);
string targetFileFullname = $@"{targetLocation}\{sourceFileBaseName}";
bool copyRequired = true;
if (File.Exists(targetFileFullname) && rule.OnlyCopyUpdatedFiles)
{
var sourceFileInfo = new FileInfo(sourceFileFullname);
var targetFileInfo = new FileInfo(targetFileFullname);
copyRequired = (sourceFileInfo.LastWriteTime > targetFileInfo.LastWriteTime);
}
if (copyRequired)
{
logger.LogInfo("Copying file : {0}", sourceFileBaseName);
logger.LogInfo(" From source: {0}", sourceLocation);
logger.LogInfo(" To target: {0}", targetLocation);
DateTime copyCommenced = DateTime.Now;
File.Copy(sourceFileFullname, targetFileFullname, true);
TimeSpan copyDuration = DateTime.Now - copyCommenced;
importedFiles.Add(sourceFileBaseName);
var targetFileInfo = new FileInfo(targetFileFullname);
copiedCount++;
logger.LogInfo(" Copied {0}MB in {1}s ({2}KB/sec)",
(targetFileInfo.Length / 1000000.0).ToString("N"),
copyDuration.TotalSeconds.ToString("N"),
(targetFileInfo.Length / (1000.0 * copyDuration.TotalSeconds)).ToString("N"));
// publish rule import status
var importFileResult = new ImportFileResult
{
hostEnvName = EnvHelper.EnvName(IntClient.Target.ClientInfo.ConfigEnv),
hostComputer = IntClient.Target.ClientInfo.HostName,
hostInstance = null,
hostUserName = client.ClientInfo.UserName,
RuleName = rule.RuleName,
FileName = sourceFileBaseName,
DebugEnabled = rule.DebugEnabled,
DebugProperties = rule.DebugProperties.Serialise(),
FileContentType = rule.FileContentType,
ImportResult = RuleStatusEnum.Completed.ToString(),
ImportException = null,
ImportDateTime = currentTime.ToString("o"),
SourceSystem = rule.SourceSystem,
SourceLocation = sourceLocation,
TargetLocation = targetLocation
};
IntClient.Target.SaveObject(importFileResult, true, TimeSpan.FromDays(30));
}
else
{
skippedCount++;
logger.LogDebug("Skipping file : {0}", sourceFileBaseName);
}
} // foreach file
logger.LogInfo("Copied {0} file(s), skipped {1} file(s).", copiedCount, skippedCount);
}
// - optionally decompress target
// todo
// done
ruleStatus = RuleStatusEnum.Completed;
lastImportDateTime = Expr.CastTo(rule.DateUpdateExpr.Evaluate(properties, currentTime), currentTime);
}
catch (Exception e2)
{
logger.Log(e2);
thisImportException = e2.ToString();
ruleStatus = RuleStatusEnum.Failed;
}
finally
{
settings.SetNewValue(RuleConst.LastImportResult, ruleStatus.ToString());
settings.SetNewValue(RuleConst.LastImportException, thisImportException);
settings.SetNewValue(RuleConst.LastImportDateTime, lastImportDateTime);
}
// publish rule import status
var importRuleResult = new ImportRuleResult
{
hostEnvName = EnvHelper.EnvName(IntClient.Target.ClientInfo.ConfigEnv),
hostComputer = IntClient.Target.ClientInfo.HostName,
hostInstance = null,
hostUserName = client.ClientInfo.UserName,
RuleName = rule.RuleName,
ImportResult = ruleStatus.ToString(),
ImportException = thisImportException,
ImportDateTime = currentTime.ToString("o"),
SourceSystem = rule.SourceSystem,
SourceLocation = sourceLocation,
TargetLocation = targetLocation,
FileNames = importedFiles.ToArray()
};
IntClient.Target.SaveObject(importRuleResult, true, TimeSpan.FromDays(30));
}
}
}
}
catch (Exception e)
{
logger.Log(e);
lastCheckFailed = true;
lastCheckException = e.ToString();
ruleStatus = RuleStatusEnum.Failed;
}
settings.SetNewValue(RuleConst.LastCheckFailed, lastCheckFailed);
settings.SetNewValue(RuleConst.LastCheckException, lastCheckException);
settings.SetNewValue(RuleConst.LastCheckDateTime, lastCheckDateTime);
} // commit unsaved settings
logger.LogDebug("Status={0}", ruleStatus);
}
public void ProcessRequest(RequestBase baseRequest, HandlerResponse response)
{
if (baseRequest == null)
{
throw new ArgumentNullException(nameof(baseRequest));
}
var request = baseRequest as StressedCurveGenRequest;
if (request == null)
{
throw new InvalidCastException(
$"{typeof(RequestBase).Name} is not a {typeof(StressedCurveGenRequest).Name}");
}
// check for workflow cancellation
if (Cancelled)
{
throw new OperationCanceledException(CancelReason);
}
DateTime lastStatusPublishedAt = DateTime.Now;
CurveSelection[] curveSelectors = request.CurveSelector ?? new List <CurveSelection>().ToArray();
#region Load stress rules
//find the uniques namespaces
var uniquesNameSpaces = new List <string>();
foreach (CurveSelection curveSelector in curveSelectors)
{
if (!uniquesNameSpaces.Contains(curveSelector.NameSpace))
{
uniquesNameSpaces.Add(curveSelector.NameSpace);
}
}
var cachedStressRules = new Dictionary <string, List <CachedStressRule> >();
{
IExpression queryExpr = Expr.IsEQU(EnvironmentProp.NameSpace, uniquesNameSpaces[0]);//TODO only does the first namespace....
List <StressRule> storedStressRules = Context.Cache.LoadObjects <StressRule>(queryExpr);
foreach (StressRule storedStressRule in storedStressRules)
{
if ((storedStressRule.Disabled) || (storedStressRule.StressId == null))
{
continue;
}
string key = storedStressRule.StressId.ToLower();
List <CachedStressRule> rules;
if (!cachedStressRules.TryGetValue(key, out rules))
{
rules = new List <CachedStressRule>();
cachedStressRules[key] = rules;
}
rules.Add(new CachedStressRule(storedStressRule));
rules.Sort();
}
}
#endregion
response.ItemCount = curveSelectors.Length * cachedStressRules.Count;
// iterate selected base curves
foreach (CurveSelection curveSelector in curveSelectors)
{
// check for workflow cancellation
if (Cancelled)
{
throw new OperationCanceledException(CancelReason);
}
// publish 'intermediate' in-progress result (throttled)
if ((DateTime.Now - lastStatusPublishedAt) > TimeSpan.FromSeconds(5))
{
lastStatusPublishedAt = DateTime.Now;
response.Status = RequestStatusEnum.InProgress;
Context.Cache.SaveObject(response);
}
string nameSpace = curveSelector.NameSpace;
string inputMarketName = curveSelector.MarketName;
var marketDate = curveSelector.MarketDate;
if (marketDate != null && marketDate != DateTime.MinValue)
{
inputMarketName += "." + ((DateTime)marketDate).ToString(CurveProp.MarketDateFormat);
}
string inputCurveName = curveSelector.CurveName;
string inputCurveType = curveSelector.CurveType;
Context.Logger.LogDebug("Building stressed curve(s): {0}.{1}.{2}", inputMarketName, inputCurveType, inputCurveName);
#region Load base curve
var curveGenProps = new NamedValueSet();
curveGenProps.Set(CurveProp.BaseDate, request.BaseDate);
IPricingStructureIdentifier baseCurveId =
PricingStructureIdentifier.CreateMarketCurveIdentifier(curveGenProps, inputMarketName, null, inputCurveType, inputCurveName, null);
var baseCurveUniqueId = baseCurveId.Properties.GetValue <string>(CurveProp.UniqueIdentifier, true);
ICoreItem baseCurveItem = LoadAndCheckMarketItem(Context.Cache, nameSpace, baseCurveUniqueId);
var stressNameProp = baseCurveItem.AppProps.GetValue <string>(CurveProp.StressName, null);
if (stressNameProp != null)
{
throw new ApplicationException("The Market with name '" + baseCurveUniqueId + "' is NOT a base curve! (Stress name is not null)");
}
var baseCurveFpml = (Market)baseCurveItem.Data;
var baseCurveType = PropertyHelper.ExtractPricingStructureType(baseCurveItem.AppProps);
#endregion
#region Load the reference curves - if required
string fxCurveName = null, refCurveName = null, quoteCurveName = null;
NamedValueSet fxProperties = null, refProperties = null, quoteProperties = null;
Market fxMarket = null, refMarket = null, quoteMarket = null;
if (baseCurveType == PricingStructureTypeEnum.RateBasisCurve ||
baseCurveType == PricingStructureTypeEnum.RateXccyCurve)
{
// rate basis curves require a reference curve
refCurveName = baseCurveItem.AppProps.GetValue <string>(CurveProp.ReferenceCurveUniqueId, true);
// load the reference curve
var refCurveItem = LoadAndCheckMarketItem(Context.Cache, nameSpace, refCurveName);
refMarket = (Market)refCurveItem.Data;
refProperties = refCurveItem.AppProps;
}
if (baseCurveType == PricingStructureTypeEnum.RateXccyCurve)
{
// rate basis curves require an fx curve
fxCurveName = baseCurveItem.AppProps.GetValue <string>(CurveProp.ReferenceFxCurveUniqueId, true);
// load the reference curve
var fxCurveItem = LoadAndCheckMarketItem(Context.Cache, nameSpace, fxCurveName);
fxMarket = (Market)fxCurveItem.Data;
fxProperties = fxCurveItem.AppProps;
// rate basis curves require a reference curve
quoteCurveName = baseCurveItem.AppProps.GetValue <string>(CurveProp.ReferenceCurrency2CurveId, true);
// load the reference curve
var quoteCurveItem = LoadAndCheckMarketItem(Context.Cache, nameSpace, quoteCurveName);
quoteMarket = (Market)quoteCurveItem.Data;
quoteProperties = quoteCurveItem.AppProps;
}
#endregion
// process stress rules
foreach (var kvp in cachedStressRules)
{
CachedStressRule stressRule = kvp.Value.FirstOrDefault(item => (item.FilterExpr == null) || (Expr.CastTo(item.FilterExpr.Evaluate(baseCurveItem.AppProps), false)));
// find stress rule that applies
if (stressRule == null)
{
// this stress does not apply to this base curve
Context.Logger.LogWarning("Stress '{0}' does not apply to base curve '{1}'!", kvp.Key, baseCurveUniqueId);
response.IncrementItemsPassed();
continue;
}
// apply the stress rule
//_Context.Logger.LogDebug("Applying stress '{0}' (rule {1}) to base curve '{2}'", stressRule.StressId, stressRule.RuleId, baseCurveUniqueId);
var stressDefProps = new NamedValueSet(baseCurveItem.AppProps, curveGenProps);
stressDefProps.Set("Identifier", null);//THis is done for backward compatability eith the old ratecurves.
stressDefProps.Set(CurveProp.BaseCurveType, baseCurveType);
IPricingStructureIdentifier stressCurveId = PricingStructureIdentifier.CreateMarketCurveIdentifier(
stressDefProps, inputMarketName, null, baseCurveType.ToString(), inputCurveName, stressRule.StressId);
NamedValueSet stressCurveProps = stressCurveId.Properties;
var stressCurveName = stressCurveProps.GetValue <string>(CurveProp.UniqueIdentifier, true);
// from here on a curve will be published (with error details included)
var stressCurve = new Market(); // empty
try
{
// clone the base curve and adjust the market quotes
var ps = BinarySerializerHelper.Clone(baseCurveFpml.Items[0]);
PricingStructureValuation psv = ApplyStress(stressRule, baseCurveFpml.Items1[0]);
// hack - supply base date
psv.baseDate = new IdentifiedDate {
Value = request.BaseDate
};
Triplet <PricingStructure, PricingStructureValuation, NamedValueSet> refCurveFpmlTriplet = null;
if (baseCurveType == PricingStructureTypeEnum.RateBasisCurve ||
baseCurveType == PricingStructureTypeEnum.RateXccyCurve)
{
var psRef = BinarySerializerHelper.Clone(refMarket.Items[0]);
//var psvRef = BinarySerializerHelper.Clone<PricingStructureValuation>(refcurveFpml.Items1[0]);
var psvRef = ApplyStress(stressRule, refMarket.Items1[0]);
refCurveFpmlTriplet =
new Triplet <PricingStructure, PricingStructureValuation, NamedValueSet>(
psRef, psvRef, refProperties);
}
IPricingStructure ips;
switch (baseCurveType)
{
case PricingStructureTypeEnum.RateBasisCurve:
stressCurveProps.Set(CurveProp.ReferenceCurveUniqueId, refCurveName);
var basisCurveFpmlTriplet =
new Triplet <PricingStructure, PricingStructureValuation, NamedValueSet>(
ps, psv, stressCurveProps);
//create and set the pricingstructure
ips = CurveLoader.LoadInterestRateCurve(Context.Logger, Context.Cache, nameSpace, refCurveFpmlTriplet, basisCurveFpmlTriplet);
//Creator.Create(refCurveFpmlTriplet, basisCurveFpmlTriplet);
break;
case PricingStructureTypeEnum.RateXccyCurve:
stressCurveProps.Set(CurveProp.ReferenceCurveUniqueId, refCurveName);
stressCurveProps.Set(CurveProp.ReferenceFxCurveUniqueId, fxCurveName);
stressCurveProps.Set(CurveProp.ReferenceCurrency2CurveId, quoteCurveName);
var xccyCurveFpmlTriplet =
new Triplet <PricingStructure, PricingStructureValuation, NamedValueSet>(ps, psv,
stressCurveProps);
//Format the ref curve data and call the pricing structure helper.
var psvFx = ApplyStress(stressRule, fxMarket.Items1[0]);
var fxCurveFpmlTriplet
= new Triplet <PricingStructure, PricingStructureValuation, NamedValueSet>(
fxMarket.Items[0],
psvFx, fxProperties);
var psvRef = ApplyStress(stressRule, quoteMarket.Items1[0]);
var quoteCurveFpmlTriplet
= new Triplet <PricingStructure, PricingStructureValuation, NamedValueSet>(
quoteMarket.Items[0],
psvRef, quoteProperties);
//create and set the pricingstructure
ips = CurveLoader.LoadInterestRateCurve(Context.Logger, Context.Cache, nameSpace, refCurveFpmlTriplet, fxCurveFpmlTriplet, quoteCurveFpmlTriplet,
xccyCurveFpmlTriplet);
//Creator.Create(refCurveFpmlTriplet, fxCurveFpmlTriplet, quoteCurveFpmlTriplet, xccyCurveFpmlTriplet);
break;
default:
ips = CurveLoader.LoadCurve(Context.Logger, Context.Cache,
nameSpace, new Pair <PricingStructure, PricingStructureValuation>(ps, psv),
stressCurveProps);
//Creator.Create( new Pair<PricingStructure, PricingStructureValuation>(ps, psv), stressCurveProps);
break;
}
var identifier = ips.GetPricingStructureId().UniqueIdentifier;
// retrieve curve
stressCurve = PricingStructureHelper.CreateMarketFromFpML(
identifier,
ips.GetFpMLData());
// curve done
response.IncrementItemsPassed();
}
catch (Exception innerExcp)
{
response.IncrementItemsFailed();
Context.Logger.Log(innerExcp);
stressCurveProps.Set(WFPropName.ExcpName, WFHelper.GetExcpName(innerExcp));
stressCurveProps.Set(WFPropName.ExcpText, WFHelper.GetExcpText(innerExcp));
}
// save stressed curve with same lifetime as base curve
stressCurveProps.Set(EnvironmentProp.NameSpace, nameSpace);
Context.Cache.SaveObject(stressCurve, nameSpace + "." + stressCurveName, stressCurveProps, true, baseCurveItem.Expires);
} // foreach stress rule
} // foreach base curve
// success
response.Status = RequestStatusEnum.Completed;
}