/// <summary>
///
/// </summary>
///
/// <param name="context"></param>
/// <param name="ActionNode"></param>
/// <param name="Actions"></param>
///
/// <returns></returns>
///
public override System.Xml.XmlElement ProcessApplication(EventRuleContext context, XmlElement ActionNode, ref string Actions)
{
Console.WriteLine("processing blanker...");
string name = GetParameter("name", ActionNode, context.SoapMessage, context.SoapNamespaceManager).Trim();
Console.WriteLine("found name: {0}.", name);
XmlElement result = context.SoapMessage.CreateElement("results");
result.SetAttribute("name", name);
return result;
}
/// <summary>
///
/// </summary>
///
/// <param name="SoapNamespaceManager"></param>
/// <param name="MessageTitle"></param>
/// <param name="ActionNode"></param>
/// <param name="Actions"></param>
///
/// <returns></returns>
///
public override XmlElement ProcessApplication(EventRuleContext context, XmlElement ActionNode, ref string Actions)
{
if (ActionNode.Name == "saveaction")
{
try
{
string Filename = GetParameter("file", ActionNode, context.SoapMessage, context.SoapNamespaceManager).Trim();
string Data = GetParameter("binary", ActionNode, context.SoapMessage, context.SoapNamespaceManager);
if (Data == "")
{
Data = GetParameter("data", ActionNode, context.SoapMessage, context.SoapNamespaceManager);
string NewFolder = Filename.Substring(0, Filename.LastIndexOf("\\"));
System.IO.Directory.CreateDirectory(NewFolder);
System.IO.FileStream fs = new System.IO.FileStream(Filename, System.IO.FileMode.Create);
System.IO.StreamWriter sw = new System.IO.StreamWriter(fs);
try
{
sw.Write(Data);
Actions = "Saved data to " + Filename;
}
catch (Exception exx)
{
//ReportError(SoapMessage, exx);
Console.WriteLine(exx);
}
finally
{
sw.Close();
}
}
else
{
byte[] Binary = System.Convert.FromBase64String(Data);
System.IO.FileStream fs = new System.IO.FileStream(Filename, System.IO.FileMode.Create);
try
{
fs.Write(Binary, 0, Binary.Length);
Actions = "Saved data to " + Filename;
}
catch (Exception exx)
{
//ReportError(SoapMessage, exx);
Console.WriteLine(exx);
}
finally
{
fs.Close();
}
}
}
catch (_1800Communications.AggregationSystem._CoreLibrary.MessageQueueException exxx)
{
throw exxx;
}
catch (Exception exx)
{
//ReportError(SoapMessage, exx);
Console.WriteLine(exx);
}
}
return null;
}
/// <summary>
/// This routine takes a message, finds the appropriate actions, executes
/// any necessary stylesheet, and executes each in turn.
/// </summary>
///
/// <param name="context"></param>
///
/// <returns></returns>
///
private bool ApplyRule(EventRuleContext context)
{
XmlNodeList actions = ruleNode.SelectNodes("action");
bool OKToSend = true;
if (actions.Count == 0)
{
OKToSend = ExecuteAction(context, null, null);
}
else
{
foreach (XmlElement action in actions)
{
if (CheckTests(action, context.SoapMessage, context.SoapNamespaceManager))
{
foreach (XmlElement actionDescription in action.SelectNodes("*"))
{
XmlElement actionCommand = null;
switch (actionDescription.Name)
{
case "test":
break;
case "xsl:stylesheet":
try
{
actionCommand = Transform(context.SoapMessage, actionDescription);
}
catch (System.Exception exception)
{
if (Logger.IsErrorEnabled)
{
LogError(exception, "failed to transform: {0}.", exception.Message);
}
actionCommand = null;
}
break;
default:
actionCommand = actionDescription;
break;
}
if (actionCommand != null)
{
// look for nested action node.
if (actionCommand.Name == "action")
{
foreach (XmlElement tempAction in actionCommand.SelectNodes("*"))
{
if (CheckTests(tempAction, context.SoapMessage, context.SoapNamespaceManager))
{
// process nested action
OKToSend = OKToSend && ExecuteAction(context, tempAction, action);
}
}
}
else if (CheckTests(actionCommand, context.SoapMessage, context.SoapNamespaceManager))
{
// process action
OKToSend = OKToSend && ExecuteAction(context, actionCommand, action);
}
}
}
}
}
}
return OKToSend;
}
/// <summary>
///
/// </summary>
///
/// <returns></returns>
///
private EventRuleContext GetContext()
{
EventRuleContext context = new EventRuleContext(null);
// Set up a name table so we can query based on namespaces
NameTable SoapNameTable = new NameTable();
XmlNamespaceManager SoapNamespaceManager = new XmlNamespaceManager(SoapNameTable);
SoapNamespaceManager.AddNamespace(String.Empty, "urn:none");
SoapNamespaceManager.AddNamespace("soap", SoapURN);
// This allows custom namespaces as defined in the config xml
foreach (XmlElement NamespaceNode in ruleNode.SelectNodes("namespaces/namespace"))
{
string NamespaceName = "";
string NamespaceURN = "urn:none";
if (NamespaceNode.GetAttributeNode("name") != null)
{
NamespaceName = NamespaceNode.GetAttribute("name");
}
if (NamespaceNode.InnerText != "")
{
NamespaceURN = NamespaceNode.InnerText;
}
SoapNamespaceManager.AddNamespace(NamespaceName, NamespaceURN);
}
context.SoapNameTable = SoapNameTable;
context.SoapNamespaceManager = SoapNamespaceManager;
return context;
}
protected virtual void SendApplication(XmlElement xeDestinationNode, EventRuleContext context)
{
// if we're looking at a "destinations" node, we should find info on delivery
if (CheckTests(xeDestinationNode, context.SoapMessage, context.SoapNamespaceManager))
{
// timeout stuff here
TimeSpan tsTimeout = TimeSpan.Zero;
XmlElement xeTimeout = (XmlElement)xeDestinationNode.SelectSingleNode("timeout");
if (xeTimeout != null)
{
tsTimeout = new TimeSpan(
int.Parse("0" + GetParameter("days", xeTimeout, context.SoapMessage, context.SoapNamespaceManager)),
int.Parse("0" + GetParameter("hours", xeTimeout, context.SoapMessage, context.SoapNamespaceManager)),
int.Parse("0" + GetParameter("minutes", xeTimeout, context.SoapMessage, context.SoapNamespaceManager)),
int.Parse("0" + GetParameter("seconds", xeTimeout, context.SoapMessage, context.SoapNamespaceManager)),
int.Parse("0" + GetParameter("milliseconds", xeTimeout, context.SoapMessage, context.SoapNamespaceManager))
);
XmlElement SoapRouting = context.SoapMessage.CreateElement("soap", "Routing", SoapURN);
XmlElement SoapLabel = context.SoapMessage.CreateElement("soap", "Label", SoapURN);
SoapLabel.AppendChild(context.SoapMessage.CreateTextNode(context.Label));
SoapRouting.AppendChild(SoapLabel);
context.SoapMessage.SelectSingleNode("soap:Envelope", context.SoapNamespaceManager).AppendChild(SoapRouting);
foreach (XmlElement DestinationQueue in xeTimeout.SelectNodes("queue"))
{
if (CheckTests(DestinationQueue, context.SoapMessage, context.SoapNamespaceManager))
{
string QueuePath = GetParameter("", DestinationQueue, context.SoapMessage.SelectSingleNode("*"), context.SoapNamespaceManager);
//QueuePath = ResolveQueuePath(QueuePath, DestinationQueue, sIncomingQueueName);
//if (QueuePath != "")
//{
XmlElement DestinationNode = context.SoapMessage.CreateElement("soap", "Destination", SoapURN);
DestinationNode.AppendChild(context.SoapMessage.CreateTextNode("QueuePath")); // me
SoapRouting.AppendChild(DestinationNode);
//}
}
}
}
foreach (XmlElement DestinationQueue in xeDestinationNode.SelectNodes("queue"))
{
// loop over all queues in the destination. All test conditions on the destinations element
// have already been performed so get the queue path.
string sQueuePath = GetParameter("", DestinationQueue, context.SoapMessage.SelectSingleNode("*"), context.SoapNamespaceManager).Trim();
if (Logger.IsInfoEnabled)
{
LogInfo("destination: {0}.", sQueuePath);
}
// If we actually have a path...
if (sQueuePath != "")
{
//sQueuePath = ResolveQueuePath(sQueuePath, DestinationQueue, sIncomingQueueName);
// Locate the queue we've settled on
//MessageQueue CorrectQueue = null;
//try
//{
// CorrectQueue = FindQueue(sQueuePath);
// // This would only be null if there's a catastrophic queue creation or naming error
// if (CorrectQueue != null)
// {
// lock (CorrectQueue)
// {
try
{
// The Last Queue is useful for running errors back through
context.SoapMessage.DocumentElement.RemoveAttribute("lastqueue");
if (!silent)
{
context.SoapMessage.DocumentElement.SetAttribute("lastqueue", sQueuePath);
}
// Create and send the message
//Message AppMessage = new Message();
//try
//{
// //set timeout here
// if (tsTimeout != TimeSpan.Zero)
// {
// AppMessage.TimeToBeReceived = tsTimeout;
// AppMessage.UseDeadLetterQueue = true;
// }
// AppMessage.Body = context.SoapMessage.DocumentElement;
// AppMessage.Label = context.Label;
// AppMessage.Recoverable = true;
// CorrectQueue.Send(AppMessage);
if (Logger.IsInfoEnabled)
{
LogInfo("sending message: {0}.", context.SoapMessage.DocumentElement.OuterXml);
}
}
finally
{
//AppMessage.Dispose();
}
}
}
}
}
/// <remarks>
/// Once the processing of a message is complete, it needs to be sent to the next
/// component via another message queue. SendApplication() does just that. The
/// message is sent out to each queue as specified by the configuration At this
/// point a brief description of the queue naming system is merited:
///
/// All queues are by default expected to by Private queues on the local machine.
/// This is set via the _BaseQueue class level variable, which should be done in
/// the inherited class configuration method. The default _BaseQueue is:
/// ".\\PRIVATE$\\Aggregator."
///
/// Message queue names consist of a path delineated by "." characters. Thus,
/// ".\\PRIVATE$\\Aggregator.Incoming.Complete.AutoLoan"
/// is a typical queue name. By default, when outputing to a queue, the name of the
/// queue is determined by apending a new name onto the incoming queue. Thus, if a
/// step of the process outputs to "Processed" and the incoming queue was the one
/// specified above, then the message would be output to:
/// ".\\PRIVATE$\\Aggregator.Incoming.Complete.AutoLoan.Processed"
/// This allows "queue affinity". Suppose we have some step which is very generic, and
/// executed on several different queues. This step defines it's output queue as "C"
/// and listens to queues "A" and "B". With an absolute path, the results would be put
/// out to queue "C". However, with relative paths, the results go out to either "A.C"
/// or "B.C", thus it's tied to the incoming queue.
///
/// The same logic applies as the number of incoming and outgoing queues increases. If
/// this same process listens to queues "A", "B", and "C" and outputs to queues "D" and
/// "E", then the results would be output to ("A.D" and "A.E") or ("B.D" and "B.E") or
/// ("C.D" and "C.E").
///
/// This behavior can be overridden by specifying that the output queue is an absolute
/// path.
///
/// This routine may be overridden as necessary, though it is not recommended.
/// </remarks>
protected virtual void SendApplication(EventRuleContext context)
{
// Gotta look at all nodes so we catch any XSL
// Note, this is uber-gay and needs to be done differently. Maybe XSL in the
// destinations, but that breaks some aspects of the overall schema
foreach (XmlElement ChildElement in ruleNode.SelectNodes("*"))
{
XmlElement xeDestination = ChildElement;
// If this is XSL, transform it and use that as our context
if (xeDestination.Name == "xsl:stylesheet")
{
xeDestination = Transform(context.SoapMessage, ChildElement);
}
if (xeDestination.Name == "destinations")
{
SendApplication(xeDestination, context);
}
}
}
/// <summary>
/// Stamps the application with Header information and associates that with the data
/// being added to the application.
/// </summary>
///
/// <param name="SoapMessage">The Application</param>
/// <param name="SoapNamespaceManager">Namespace Manager for the Application</param>
/// <param name="ActionID">ID for this action</param>
/// <param name="bBlankDatasetID">A flag that says whether to allow a blank dataset ID</param>
/// <param name="UpdateMessage">Components Message about what was done</param>
/// <param name="IncomingQueuePath">Queue this message was read from</param>
/// <param name="NewChunk">The chunk to add to the application</param>
/// <param name="WriteHeader">Should the header be written</param>
/// <param name="WriteData">Should the data be written</param>
///
/// <returns></returns>
///
public XmlElement StampApplication(EventRuleContext context, string ActionID, bool bBlankDatasetID, string UpdateMessage, string IncomingQueuePath, XmlNode NewChunk, bool WriteHeader, bool WriteData)
{
// Don't bother if the app doesn't exist
if (context.SoapMessage != null)
{
if (ActionID == null)
{
ActionID = "";
}
if (ActionID == "" && !bBlankDatasetID)
{
ActionID = "[Unspecified]";
}
// Set an index so this ActionID can be uniquely identified
int Index = context.SoapMessage.SelectNodes("/soap:Envelope/soap:Body/dataset[@id='" + ActionID + "']", context.SoapNamespaceManager).Count + 1;
// Try to write the header data
int ActorID = -1;
if (WriteHeader)
{
ActorID = MarkUsersApplication(context.SoapMessage, context.SoapNamespaceManager, UpdateMessage, IncomingQueuePath);
}
// Try to write the NewChunk
if (WriteData)
{
XmlElement NewDataSet = context.SoapMessage.CreateElement("dataset");
NewDataSet.SetAttribute("id", ActionID);
NewDataSet.SetAttribute("index", Index.ToString());
NewDataSet.SetAttribute("tool", ruleName);
// If there was no actor, don't write the attribute
if (ActorID > 0)
{
NewDataSet.SetAttribute("actor", ActorID.ToString());
}
// If there was actually a new chunk, slap it in there
if (NewChunk != null)
{
try
{
XmlNode xnNamespacesStripped = NewDataSet.OwnerDocument.ReadNode(new XmlTextReader(RemoveNamespaces(NewChunk), XmlNodeType.Element, null));
NewDataSet.AppendChild(xnNamespacesStripped);
}
catch (Exception exx)
{
//ReportErrorNow(SoapMessage, exx);
NewDataSet.AppendChild(NewDataSet.OwnerDocument.ImportNode(NewChunk, true));
}
}
// Add to the Soap Message
XmlNode Target = context.SoapMessage.SelectSingleNode("/soap:Envelope/soap:Body", context.SoapNamespaceManager);
if (Target == null)
{
Target = context.SoapMessage.DocumentElement;
}
Target.AppendChild(NewDataSet);
return NewDataSet;
}
else
{
return null;
}
}
else
{
return null;
}
}
/// <summary> /// ProcessApplication() is the heart of the processing of individual messages. It takes /// the original message along with the appropriate action node from the config file. It /// uses these to create a third XML document which specifies how to handle the message. /// Finally, it creates an optional XML fragment. This fragment is then integrated into /// the SOAP message so that the results are available during later processes /// /// This routine is expected to be overridden. /// </summary> /// public abstract XmlElement ProcessApplication(EventRuleContext context, XmlElement ActionNode, ref string Actions);
/// <summary>
///
/// </summary>
///
/// <param name="context"></param>
/// <param name="Action"></param>
/// <param name="ActionParent"></param>
///
/// <returns></returns>
///
public virtual bool ExecuteAction(EventRuleContext context, XmlElement InnerAction, XmlElement ActionParent)
{
XmlElement NewChunk = null;
string UpdateMessage = "";
Exception Error = null;
int retryCount = 1;
// Find out how many times to try this action in case of exception (default is 1)
if (ActionParent != null && ActionParent.GetAttributeNode("retrycount") != null)
{
try
{
retryCount = int.Parse(ActionParent.GetAttribute("retrycount"));
}
catch
{
}
}
// Try to process the application
for (int x = 0; x < retryCount; x++)
{
try
{
Error = null;
NewChunk = ProcessApplication(context, InnerAction, ref UpdateMessage);
break;
}
catch (Exception exception)
{
Error = exception;
if (Logger.IsErrorEnabled)
{
LogError(exception, "failed to process application: {0}.", exception.Message);
}
}
}
if (Error != null)
{
// If there were errors all [RetryCount] times, send an error message
//Error.Send(_ErrorQueueName);
//MonitorSend(MessageType.Error, "", _ErrorQueueName, null);
return (ActionParent.GetAttribute("failure") == "continue");
}
else
{
// If it succeeded at all...
string IncomingQueuePath = "";
//if (IncomingQueue != null)
//{
// IncomingQueuePath = IncomingQueue.Path;
//}
// if there was data back, stamp it in the app
if (NewChunk != null)
{
// Console.WriteLine("CHUNK: " + NewChunk.OuterXml);
string actionId = null;
bool blankDatasetId = false;
if (ActionParent != null)
{
actionId = ActionParent.GetAttribute("id");
if (ActionParent.HasAttribute("allowblankdatasetid"))
{
try
{
blankDatasetId = Convert.ToBoolean(ActionParent.GetAttribute("allowblankdatasetid"));
}
catch
{
//ignore, default to false
}
}
}
StampApplication(context, actionId, blankDatasetId, UpdateMessage, IncomingQueuePath, NewChunk, true, (ActionParent.GetAttribute("results").ToLower() != "ignore"));
}
return true;
}
}