private Boolean StartSFC()
{
KeyValuePair <string, ShopOrderModel> shopOrder = dictGSFCCache.Where(order => order.Value.sFCState == SFCState.New).FirstOrDefault();
if (shopOrder.Equals(default(KeyValuePair <string, ShopOrderModel>)))
{
return(false);
}
//Assumption is there will be no routing steps with status other than "New"
int RoutingStepID = Int32.MaxValue;
XElement RoutingStep = null;
XmlNodeList RoutingSteps = shopOrder.Value.Routing.SelectNodes("/SFC/RoutingStep");
foreach (XmlNode RoutingStepNode in RoutingSteps)
{
if (RoutingStepID > Convert.ToInt32(RoutingStepNode.Attributes["ID"].Value))
{
RoutingStepID = Convert.ToInt32(RoutingStepNode.Attributes["ID"].Value);
RoutingStep = XElement.Parse(RoutingStepNode.OuterXml);
}
}
ThreadedExecuter <Tuple <XElement, String>, Tuple <XElement, string> > threadedExecuter =
new ThreadedExecuter <Tuple <XElement, string>, Tuple <XElement, string> >(DelegateWork, null);
threadedExecuter.Start(new Tuple <XElement, string>(RoutingStep, shopOrder.Value.Product));
shopOrder.Value.sFCState = SFCState.InProcess;
shopOrder.Value.Routing.DocumentElement.Attributes["Status"].Value = OperationState.InProcess.ToString();
//ManageGSFCCache();
return(true);
}
private Boolean ManageGSFCCache()
{
int InProcessSFCs = this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.InProcess).Count();
while (InProcessSFCs <= GlobalVariables.GSFCCacheProcessingSFCSize)
{
if (this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count()
< GlobalVariables.GSFCCacheNewSFCsSizeMinThreshold)
{
//TBD : Make this call generic by passsing parameter types
//ThreadedExecuter<Tuple<int, object>, object> GetSFCsExecutor =
// new ThreadedExecuter<Tuple<int, object>, object>
// (GetSFCsCaller, null, true);
//GetSFCsExecutor.Start( new Tuple<int, object>(
// ( GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count),
// this.perceptionLayer.CreateDynamicClientProxy(GlobalVariables.GSFCUrl)));
object GSFCClientProxy = this.perceptionLayer.CreateDynamicClientProxy(GlobalVariables.GSFCUrl);
object result = GSFCClientProxy.GetType().
GetMethod("GSFCCache_GetSFCs").
Invoke(GSFCClientProxy, new object[] { GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count });
PropertyInfo propertyInfo = result.GetType().GetProperty("outStatus");
if (Convert.ToBoolean(propertyInfo.GetValue(result, null)) &&
this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count() == 0)
{
return(false);
}
//Tuple<Dictionary<string, object>, object> result = GetSFCs(GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count);
//if ((Convert.ToBoolean(result.Item1["outStatus"]) == false)
// && this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count() == 0)
// return false;
}
if (StartSFC())
{
InProcessSFCs++;
}
else
{
break;
}
}
if (this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count()
< GlobalVariables.GSFCCacheNewSFCsSizeMinThreshold)
{
//TBD : Make this call generic by passsing parameter types
ThreadedExecuter <Tuple <int, object>, object> GetSFCsExecutor =
new ThreadedExecuter <Tuple <int, object>, object>
(GetSFCsCaller, null, true);
GetSFCsExecutor.Start(new Tuple <int, object>(
(GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count),
this.perceptionLayer.CreateDynamicClientProxy(GlobalVariables.GSFCUrl)));
}
return(true);
}
public Tuple <Dictionary <string, object>, object> CallbackDelegateWork(string ResourceUrl, string RoutingStepElement, String Product)
{
Dictionary <string, object> Result = new Dictionary <string, object>();
Result.Add(this.empMetaData.Methods[GlobalVariables.CallbackDelegateWorkMethodID].OutputParameters.ElementAt(0).Key, true);
ThreadedExecuter <Tuple <XElement, string, string>, object> threadedExecutor = new ThreadedExecuter <Tuple <XElement, string, string>, object>
(AssignNextOperation, null);
threadedExecutor.Start(new Tuple <XElement, string, string>(XElement.Parse(RoutingStepElement), Product, ResourceUrl));
//AssignNextOperation( new Tuple<XElement, string, string>(XElement.Parse(RoutingStepElement), Product, ResourceUrl));
return(new Tuple <Dictionary <string, object>, object>(Result, 202));
}
private Boolean ManageGSFCCache()
{
int InProcessSFCs = this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.InProcess).Count();
while (InProcessSFCs <= GlobalVariables.GSFCCacheProcessingSFCSize)
{
//if (InProcessSFCs > 0)
//{
// KeyValuePair<string, ShopOrderModel> shopOrder = dictGSFCCache.Where(order => order.Value.sFCState == SFCState.InProcess).FirstOrDefault();
// XmlNode RoutingElement = this.dictGSFCCache[shopOrder.Key].Routing.
// SelectSingleNode("SFC/RoutingStep[@Status='" + OperationState.Done.ToString("G") + "']");
// if (RoutingElement != null)
// DelegateWork(new Tuple<XElement, string, string>(RoutingElement.ToXElement(), shopOrder.Value.Product, null));
// else
// {
// //if (shopOrder.Equals(default(KeyValuePair<string, ShopOrderModel>)))
// // return false;
// //Assumption is there will be no routing steps with status other than "New"
// int RoutingStepID = Int32.MaxValue;
// XElement RoutingStep = null;
// XmlNodeList RoutingSteps = shopOrder.Value.Routing.SelectNodes("/SFC/RoutingStep");
// foreach (XmlNode RoutingStepNode in RoutingSteps)
// {
// if (RoutingStepID > Convert.ToInt32(RoutingStepNode.Attributes["ID"].Value))
// {
// RoutingStepID = Convert.ToInt32(RoutingStepNode.Attributes["ID"].Value);
// RoutingStep = XElement.Parse(RoutingStepNode.OuterXml);
// }
// }
// DelegateWork(new Tuple<XElement, string, string>(RoutingStep, shopOrder.Value.Product, null));
// }
//}
if (this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count()
< GlobalVariables.GSFCCacheNewSFCsSizeMinThreshold)
{
//TBD : Make this call generic by passsing parameter types
//ThreadedExecuter<Tuple<int, object>, object> GetSFCsExecutor =
// new ThreadedExecuter<Tuple<int, object>, object>
// (GetSFCsCaller, null, true);
//GetSFCsExecutor.Start( new Tuple<int, object>(
// ( GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count),
// this.perceptionLayer.CreateDynamicClientProxy(GlobalVariables.GSFCUrl)));
object GSFCClientProxy = this.perceptionLayer.CreateDynamicClientProxy(GlobalVariables.GSFCUrl);
object result = GSFCClientProxy.GetType().
GetMethod("GSFCCache_GetSFCs").
Invoke(GSFCClientProxy, new object[] { GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count });
PropertyInfo propertyInfo = result.GetType().GetProperty("outStatus");
if (Convert.ToBoolean(propertyInfo.GetValue(result, null)) &&
this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count() == 0)
{
return(false);
}
//Tuple<Dictionary<string, object>, object> result = GetSFCs(GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count);
//if ((Convert.ToBoolean(result.Item1["outStatus"]) == false)
// && this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count() == 0)
// return false;
}
if (StartSFC())
{
InProcessSFCs++;
}
else
{
break;
}
}
if (this.dictGSFCCache.Values.Where(order => order.sFCState == SFCState.New).Count()
< GlobalVariables.GSFCCacheNewSFCsSizeMinThreshold)
{
//TBD : Make this call generic by passsing parameter types
ThreadedExecuter <Tuple <int, object>, object> GetSFCsExecutor =
new ThreadedExecuter <Tuple <int, object>, object>
(GetSFCsCaller, null, true);
GetSFCsExecutor.Start(new Tuple <int, object>(
(GlobalVariables.GSFCCacheNewSFCsSize - dictGSFCCache.Count),
this.perceptionLayer.CreateDynamicClientProxy(GlobalVariables.GSFCUrl)));
}
return(true);
}