/// <summary>
/// Searches for target procedure below a specified material destination.
/// </summary>
/// <param name="searchTarget">The search target's procedure.</param>
/// <param name="parentDestination">The material destination to begin searching from.</param>
/// <returns>Details describing the requested procedure</returns>
private SearchForTargetDetails SearchForTargetProcedure(ProcessingTarget searchTarget, MaterialDestination parentDestination)
{
// Is there a destination to search ?
if (parentDestination == null || parentDestination.Target == null || !parentDestination.Target.HasProcedure())
{
return(null);
}
// Search each procedure for a match
for (Int32 i = 0; i < parentDestination.Target.Procedure.Length; i++)
{
// If this procedure matches then return it as the jump point
if (String.Equals(parentDestination.Target.Procedure[i].Id, searchTarget.ProcedureRef))
{
return(new SearchForTargetDetails(parentDestination, i));
}
// Otherwise recursively search for the requested procedure
List <MaterialDestination> destinations = parentDestination.Target.Procedure[i].GetDestinations();
foreach (MaterialDestination destination in destinations)
{
SearchForTargetDetails match = SearchForTargetProcedure(searchTarget, destination);
if (match != null)
{
return(match);
}
}
}
return(null);
}
/// <summary>
/// Adds a new processing target
/// </summary>
/// <param name="target">The target point to add</param>
public void Add(ProcessingTarget target)
{
Targets.Add(target);
// If live, set up a subscription
if (Live && !LiveData.ContainsKey(target.Symbol))
{
var sourceList = new StockDataSet <StockDataSource>(target.Symbol, DateTime.Now, Session.SourceFile);
var data = new StockDataSetDerived <StockDataSink, StockDataSource, StockProcessingState>(sourceList, Session.SinkFile, CreateSink, GetProcessingState);
var sub = DataAccessor.Subscribe(target.Symbol, LiveInterval);
sub.Notify += (DataAccessor.Subscription s) =>
{
LiveData[s.Symbol].Item1.Add(StockDataSource.CreateFromPrice((float)s.Price));
LiveProcessingQueue.Add(target);
};
LiveData[target.Symbol] = new Tuple <StockDataSetDerived <StockDataSink, StockDataSource, StockProcessingState>, DataAccessor.Subscription>(data, sub);
}
}
/// <summary>
/// Removes a target from the processor
/// </summary>
/// <param name="target">The target to remove</param>
public void Remove(ProcessingTarget target)
{
bool lastEntryForSymbol = true;
foreach (var t in Targets)
{
if (t.Symbol.Equals(target.Symbol))
{
lastEntryForSymbol = false;
break;
}
}
if (lastEntryForSymbol)
{
// Un-subscribe if this is the last instance of that symbol
DataAccessor.Unsubscribe(LiveData[target.Symbol].Item2);
LiveData.Remove(target.Symbol);
}
Targets.Remove(target);
}
public ProcessingTarget(ProcessingTarget target)
: base(target)
{
m_defaultProtocol = target.DefaultProtocol;
m_defaultProcess = target.DefaultProcess;
}
/// <summary>
/// Searches for the protocol, process ,etc... that the target jumps to.
/// </summary>
/// <param name="searchTarget">The search target.</param>
/// <returns>Details describing the target to jump to.</returns>
private SearchForTargetDetails SearchForTarget(ProcessingTarget searchTarget)
{
// Are there any protocols, processes etc... to search ?
if (searchTarget == null || this.Document == null || this.Document.Protocols == null || this.Document.Protocols.Protocol == null)
{
return(null);
}
// Does the seacrh target jump to a protcol ?
Protocol searchProtocol = null;
if (searchTarget.HasProtocol())
{
// If so then find the protocol
foreach (Protocol protocol in this.Document.Protocols.Protocol)
{
if (String.Equals(protocol.Id, searchTarget.ProtocolRef))
{
searchProtocol = protocol;
break;
}
}
}
// If not then use the first protocol in the ADX document
else
{
searchProtocol = searchTarget.DefaultProtocol;
if (searchProtocol == null && this.Document.Protocols.Protocol != null)
{
if (this.Document.Protocols.Protocol.Length > 0)
{
searchProtocol = this.Document.Protocols.Protocol[0];
}
}
}
// Do we have a protocol to search ? if not then we must stop.
if (searchProtocol == null)
{
return(null);
}
// Does the search target jump to a process within the current protocol
Process searchProcess = null;
if (searchTarget.HasProcessName())
{
// Search for the specified process
foreach (Process process in searchProtocol.Process)
{
if (String.Equals(process.Id, searchTarget.ProcessRef))
{
searchProcess = process;
break;
}
}
}
// If not then use the first process in the first protocol
else
{
searchProcess = searchTarget.DefaultProcess;
if (searchProcess == null)
{
if (this.Document.Protocols.Protocol.Length > 0 && this.Document.Protocols.Protocol[0].Process != null)
{
if (this.Document.Protocols.Protocol[0].Process.Length > 0)
{
searchProcess = this.Document.Protocols.Protocol[0].Process[0];
}
}
}
}
// Do we have a process to search ? if not then stop searching.
if (searchProcess == null)
{
return(null);
}
// Do we start from the top of the current process (i.e. no ProcedureName was specified to jump to).
if (!searchTarget.HasProcedureName())
{
return(new SearchForTargetDetails(searchProtocol, searchProcess, searchProcess.Destination, 0));
}
// Find the specified procedure in the current process and jump to that procedure
SearchForTargetDetails match = SearchForTargetProcedure(searchTarget, searchProcess.Destination);
if (match != null)
{
match.protocol = searchProtocol;
match.process = searchProcess;
}
return(match);
}
/// <summary>
/// Expands all the processing (i.e. ProcessRefs, ProcedureRef, etc...) under this destination into procedures. By converting all processing into procedures, searching and tracing is considerably easier.
/// </summary>
/// <param name="parentDestination">The parent destination to convert into procedures.</param>
/// <param name="startProcedureIndex">The start procedure within the material target on the parent destination from which to begin converting.</param>
/// <param name="defaultTarget">The default target describing the current procotol and process.</param>
/// <returns>The expanded list of procedures</returns>
private List <Procedure> ExpandToProcedures(MaterialDestination parentDestination, Int32 startProcedureIndex, ProcessingTarget defaultTarget)
{
List <Procedure> procedures = new List <Procedure>();
// Does this destination have a target to expand ? if not then just return an empty procedure list
if (parentDestination == null || !parentDestination.HasTarget)
{
return(procedures);
}
// Invalid target ?
if (!parentDestination.IsValidTarget)
{
this.OnValidationEvent(new ValidationResult(ErrorCodes.SampleProcessingHistory, ErrorLevel.Error, String.Format(Languages.Strings.valResultInvalidMaterialTarget, parentDestination.Target == null ? "?" : parentDestination.Target.ToString())));
}
// Does this destination have a list of procedures as its target ? if so then expand each procedure
if (parentDestination.Target.HasProcedure())
{
// Add each procedure in the target and expand the procedure's destinations
for (Int32 i = startProcedureIndex; i < parentDestination.Target.Procedure.Length; i++)
{
procedures.Add(parentDestination.Target.Procedure[i]);
// Expand each destination into procedures
List <MaterialDestination> destinations = parentDestination.Target.Procedure[i].GetDestinations();
foreach (MaterialDestination destination in destinations)
{
MaterialTarget target = new MaterialTarget();
target.Procedure = this.ExpandToProcedures(destination, 0, defaultTarget).ToArray();
destination.Target = target;
}
}
}
// Does the destination have references to a protocol, process or procedure name instead?
// if so then set the default target to the current protocol etc... and expand the reference
else if (parentDestination.Target.IsSpecified)
{
ProcessingTarget searchTarget = new ProcessingTarget(defaultTarget);
// Is there a protocol reference ?
if (parentDestination.Target.HasProtocol())
{
searchTarget.ProtocolRef = parentDestination.Target.ProtocolRef;
}
// Is there a process reference ?
if (parentDestination.Target.HasProcessName())
{
searchTarget.ProcessRef = parentDestination.Target.ProcessRef;
}
// Is there a procedure reference ?
if (parentDestination.Target.HasProcedureName())
{
searchTarget.ProcedureRef = parentDestination.Target.ProcedureRef;
}
// Is there a material source reference ?
if (parentDestination.Target.HasMaterialSourceName())
{
searchTarget.MaterialSourceRef = parentDestination.Target.MaterialSourceRef;
}
// Is the current target's references valid (i.e. is there a protocol or process that matches the specified protocol or process, etc...).
SearchForTargetDetails match = this.SearchForTarget(searchTarget);
// If the target is valid and points to another position in the ADX document then jump to that place and continue expanding into procedures
if (match != null && match.destination != null)
{
searchTarget.DefaultProcess = match.process;
searchTarget.DefaultProtocol = match.protocol;
procedures.AddRange(this.ExpandToProcedures(match.destination.Clone(), match.procedureIndex, searchTarget));
}
}
return(procedures);
}
public static void PreCacheSerializersStart(ProcessingTarget targets)
{
ThreadStart start = null;
if (targets != ProcessingTarget.NoTargets)
{
if (start == null)
{
start = delegate
{
var fomsLogPrefix = FomsLogPrefix;
FomsLogger.WriteLog(
LogType.Local,
string.Format("Предварительное кеширование классов сериализации: {0}", targets),
fomsLogPrefix,
LogErrorType.None);
try
{
if ((targets & ProcessingTarget.XElement) == ProcessingTarget.XElement)
{
new XmlSerializer(typeof(XElement));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.Ack))
== (ProcessingTarget.NoTargets | ProcessingTarget.Ack))
{
new XmlSerializer(typeof(Ack));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK1))
== (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK1))
{
new XmlSerializer(typeof(RSP_ZK1));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK2))
== (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK2))
{
new XmlSerializer(typeof(RSP_ZK2));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK4))
== (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK4))
{
new XmlSerializer(typeof(RSP_ZK4));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK5))
== (ProcessingTarget.NoTargets | ProcessingTarget.RSP_ZK5))
{
new XmlSerializer(typeof(RSP_ZK5));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.ZPI_ZA1))
== (ProcessingTarget.NoTargets | ProcessingTarget.ZPI_ZA1))
{
new XmlSerializer(typeof(ZPI_ZA1));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.ZPI_ZA7))
== (ProcessingTarget.NoTargets | ProcessingTarget.ZPI_ZA7))
{
new XmlSerializer(typeof(ZPI_ZA7));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A01))
== (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A01))
{
new XmlSerializer(typeof(ADT_A01));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A03))
== (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A03))
{
new XmlSerializer(typeof(ADT_A03));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A24))
== (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A24))
{
new XmlSerializer(typeof(ADT_A24));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A37))
== (ProcessingTarget.NoTargets | ProcessingTarget.ADT_A37))
{
new XmlSerializer(typeof(ADT_A37));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.QBP_ZP1))
== (ProcessingTarget.NoTargets | ProcessingTarget.QBP_ZP1))
{
new XmlSerializer(typeof(QBP_ZP1));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.QBP_ZP2))
== (ProcessingTarget.NoTargets | ProcessingTarget.QBP_ZP2))
{
new XmlSerializer(typeof(QBP_ZP2));
}
if ((targets & (ProcessingTarget.NoTargets | ProcessingTarget.QBP_ZP4))
== (ProcessingTarget.NoTargets | ProcessingTarget.QBP_ZP4))
{
new XmlSerializer(typeof(QBP_ZP4));
}
if ((targets & ProcessingTarget.BHS) == ProcessingTarget.BHS)
{
new XmlSerializer(typeof(BHS));
}
if ((targets & ProcessingTarget.BTS) == ProcessingTarget.BTS)
{
new XmlSerializer(typeof(BTS));
}
if ((targets & ProcessingTarget.PersonErp) == ProcessingTarget.PersonErp)
{
new XmlSerializer(typeof(PersonErp));
}
if ((targets & ProcessingTarget.PersonCard) == ProcessingTarget.PersonCard)
{
new XmlSerializer(typeof(PersonCard));
}
var prefix = FomsLogPrefix;
FomsLogger.WriteLog(
LogType.Local,
string.Format("Завершено кеширование классов сериализации: {0}", targets),
prefix,
LogErrorType.None);
}
catch (Exception exception)
{
var str3 = FomsLogPrefix;
FomsLogger.WriteError(
LogType.Local,
string.Format(
"Исключение при кешировании классов сериализации: {0}",
exception.Message),
str3);
throw;
}
finally
{
lock (preCacheThreads)
{
preCacheThreads.Remove(Thread.CurrentThread);
}
}
};
}
var item = new Thread(start);
lock (preCacheThreads)
{
preCacheThreads.Add(item);
}
item.Start();
}
}
