/// <summary>
/// Inits this instance.
/// </summary>
/// <remarks></remarks>
private void Init()
{
try
{
InputDataPipeReceiveTimeout = new TimeSpan(0, 0, 10);
PauseSleep = new TimeSpan(0, 0, 0, 10);
RoleType = new RoleType(Utils.RemoveSuffix(GetType().Name, "Worker"));
Debug.Assert(WorkerId != null);
PipelineType = WorkAssignment.WorkRequest.PipelineType;
PipelineId = WorkAssignment.WorkRequest.PipelineId;
BootParameters = WorkAssignment.WorkRequest.BootParameters;
JobParameters = WorkAssignment.WorkRequest.JobParameters;
ReportPipe = new Pipe(WorkAssignment.WorkRequest.ReportPipeName);
ReportPipe.Open();
WorkerStatistics = new WorkerStatistics(WorkAssignment, Environment.MachineName, ReportPipe);
ReportPipe.Before = WorkerStatistics.PauseNetTime;
ReportPipe.After = WorkerStatistics.ResumeNetTime;
SetupInputDataPipe(WorkAssignment.WorkRequest.InputDataPipeName);
SetupOutputSections(WorkAssignment.WorkRequest.OutputSections);
SetupLogPipe(WorkAssignment.WorkRequest.LogDataPipeName);
}
catch (Exception ex)
{
Tracer.Fatal("Unable to initialize worker {0}. Exception: {1}", WorkerId, ex);
throw;
}
}
public JobSection(WorkRequest workRequest, WorkerCard workerCard)
{
WorkRequest = workRequest;
WorkerCard = workerCard;
WorkerIDs = new List<string>();
HiringPipe = new Pipe(workRequest.HiringPipeName);
HiringPipe.Open();
}
public JobSection(WorkRequest workRequest, WorkerCard workerCard)
{
WorkRequest = workRequest;
WorkerCard = workerCard;
WorkerIDs = new List <string>();
HiringPipe = new Pipe(workRequest.HiringPipeName);
HiringPipe.Open();
}
public OutputSection(string name, DataPipeName dataPipeName)
{
Name = name;
DataPipeName = dataPipeName;
if (null != DataPipeName)
{
DataPipe = new Pipe(DataPipeName);
DataPipe.Open();
}
}
/// <summary>
/// Reports the errors.
/// </summary>
/// <param name="logPipe"></param>
/// <param name="errorDocumentDetails">The error document details.</param>
/// <param name="pipelineId">The pipeline identifier.</param>
/// <param name="workerId">The worker identifier.</param>
/// <param name="workerRoleTypeId"></param>
/// <returns></returns>
internal static IEnumerable<JobWorkerLog<ProductionParserLogInfo>> SendProductionLogs(Pipe logPipe, IEnumerable<ProductionDocumentDetail> errorDocumentDetails, string pipelineId, string workerId, string workerRoleTypeId)
{
if(errorDocumentDetails==null) return null;
var productionParserLogInfos = new List<JobWorkerLog<ProductionParserLogInfo>>();
try
{
var jobRunId = Convert.ToInt64(pipelineId);
foreach (var errorDocument in errorDocumentDetails)
{
var parserLog = new JobWorkerLog<ProductionParserLogInfo>
{
JobRunId =jobRunId,
CorrelationId = errorDocument.CorrelationId,
WorkerRoleType = workerRoleTypeId,
WorkerInstanceId = workerId,
IsMessage = false,
Success = false,
CreatedBy = errorDocument.CreatedBy,
LogInfo =
new ProductionParserLogInfo
{
Information = errorDocument.ErrorMessage,
BatesNumber = errorDocument.AllBates,
DatasetName = errorDocument.OriginalDatasetName,
DCN = errorDocument.DCNNumber,
ProductionDocumentNumber = errorDocument.DocumentProductionNumber,
ProductionName = errorDocument.Profile.ProfileName
}
};
productionParserLogInfos.Add(parserLog);
if (logPipe == null)
Trace.TraceError("log pipe is empty");
logPipe.Open();
var message = new PipeMessageEnvelope()
{
Body = productionParserLogInfos
};
logPipe.Send(message);
}
}
catch (Exception exception)
{
var dcns = String.Join(",", errorDocumentDetails.Select(errorDoc => errorDoc.DCNNumber));
exception.AddDbgMsg("Failed to send documents to Redact-It and failed in reporting errors");
exception.AddDbgMsg(string.Format("Document Control Numbers:{0}", dcns));
exception.Trace().Swallow();
}
return productionParserLogInfos;
}
private void SetupLogPipe(DataPipeName logDataPipeName)
{
if (null == logDataPipeName)
{
LogPipe = null;
return;
}
LogPipe = new Pipe(logDataPipeName);
LogPipe.Open();
LogPipe.Before = WorkerStatistics.PauseNetTime;
LogPipe.After = WorkerStatistics.ResumeNetTime;
}
/// <summary>
/// Setups the input data pipe.
/// </summary>
/// <param name="inputDataPipeName">Name of the input data pipe.</param>
/// <remarks></remarks>
private void SetupInputDataPipe(PipeName inputDataPipeName)
{
if (null == inputDataPipeName)
{
InputDataPipe = null;
return;
}
InputDataPipe = new Pipe(inputDataPipeName);
InputDataPipe.Open();
InputDataPipe.Before = WorkerStatistics.PauseNetTime;
InputDataPipe.After = WorkerStatistics.ResumeNetTime;
}
/// <summary>
/// Send message
/// </summary>
private void SendMessage()
{
// We get here if Completed() is called for the first time.
// Need to send special message to DeleteProjectCleanup worker.
var pipelineSection = FindPipelineSection("IncludeSubSystemsFinal");
var dataPipeName = pipelineSection.DataPipeName;
using (var dataPipe = new Pipe(dataPipeName))
{
dataPipe.Open();
var envelope = new PipeMessageEnvelope() { Label = "PleaseBuildProject" };
dataPipe.Send(envelope);
}
_finalizationRequested = true;
}
public RoleSlotToken GetFreeSlot()
{
try
{
PipeMessageEnvelope envelope = HiringPipe.Receive(hiringPipeTimeout);
if (envelope != null)
{
object message = envelope.Body;
RoleSlotToken roleSlot = message as RoleSlotToken;
Debug.Assert(null != roleSlot);
return roleSlot;
}
// Debugging
//if (SectionName == "S1")
//{
// throw new EVException().AddDbgMsg("Test");
//}
}
catch (Exception ex)
{
MessageQueueException messageQueueException = ex as MessageQueueException;
if (messageQueueException != null && (uint)messageQueueException.ErrorCode == 0x80004005)
{
Tracer.Debug("Cannot find hiring pipe {0}.{1}, so skip processing it.",
WorkRequest.HiringPipeName.SectionName, WorkRequest.PipelineId);
}
else
{
ProblemReport problemReport = new ProblemReport(WorkRequest.SectionName, WorkerStage.Unknown, ex);
using (Pipe reportPipe = new Pipe(WorkRequest.ReportPipeName))
{
try
{
reportPipe.Open();
problemReport.SendProblemReport(reportPipe);
}
catch (Exception innerEx)
{
innerEx.Trace().Swallow();
}
}
}
throw;
}
return null;
}
public RoleSlotToken GetFreeSlot()
{
try
{
PipeMessageEnvelope envelope = HiringPipe.Receive(hiringPipeTimeout);
if (envelope != null)
{
object message = envelope.Body;
RoleSlotToken roleSlot = message as RoleSlotToken;
Debug.Assert(null != roleSlot);
return(roleSlot);
}
// Debugging
//if (SectionName == "S1")
//{
// throw new EVException().AddDbgMsg("Test");
//}
}
catch (Exception ex)
{
MessageQueueException messageQueueException = ex as MessageQueueException;
if (messageQueueException != null && (uint)messageQueueException.ErrorCode == 0x80004005)
{
Tracer.Debug("Cannot find hiring pipe {0}.{1}, so skip processing it.",
WorkRequest.HiringPipeName.SectionName, WorkRequest.PipelineId);
}
else
{
ProblemReport problemReport = new ProblemReport(WorkRequest.SectionName, WorkerStage.Unknown, ex);
using (Pipe reportPipe = new Pipe(WorkRequest.ReportPipeName))
{
try
{
reportPipe.Open();
problemReport.SendProblemReport(reportPipe);
}
catch (Exception innerEx)
{
innerEx.Trace().Swallow();
}
}
}
throw;
}
return(null);
}
/// <summary>
/// Send message
/// </summary>
private void SendMessage()
{
// We get here if Completed() is called for the first time.
// Need to send special message to DeleteProjectCleanup worker.
var pipelineSection = FindPipelineSection("IncludeSubSystemsFinal");
var dataPipeName = pipelineSection.DataPipeName;
using (var dataPipe = new Pipe(dataPipeName))
{
dataPipe.Open();
var envelope = new PipeMessageEnvelope()
{
Label = "PleaseBuildProject"
};
dataPipe.Send(envelope);
}
_finalizationRequested = true;
}
/// <summary>
/// Initiates the threads and families calculation.
/// </summary>
private void InitiateThreadsAndFamiliesCalculation()
{
if (ThreadsLinkingRequested || IsOverlay)
{
// Sending special message to ThreadsLinker
var threadsSection = FindPipelineSection("ThreadsLinker");
var threadsSectionDataPipeName = threadsSection.DataPipeName;
using (var dataPipe = new Pipe(threadsSectionDataPipeName))
{
dataPipe.Open();
var envelope = new PipeMessageEnvelope {
Label = "EndOfDataMarker"
};
dataPipe.Send(envelope);
}
Tracer.Info("Threads finalization initiated.");
}
if (FamiliesLinkingRequested && !ThreadsLinkingRequested && !IsOverlay)
{
// Sending special message to FamiliesLinker
var familiesSection = FindPipelineSection("FamiliesLinker");
var familiesSectionDataPipeName = familiesSection.DataPipeName;
using (var dataPipe = new Pipe(familiesSectionDataPipeName))
{
dataPipe.Open();
var envelope = new PipeMessageEnvelope {
Label = "EndOfDataMarker"
};
dataPipe.Send(envelope);
}
Tracer.Info("Families calculation initiated.");
}
// If both threads and families linking are requested, then we expect threads linker to send EndOfDataMarker to families linker
FamiliesAndThreadsCalculationsInitiated = true;
}
public OutputSection(string name, DataPipeName dataPipeName)
{
Name = name;
DataPipeName = dataPipeName;
if (null != DataPipeName)
{
DataPipe = new Pipe(DataPipeName);
DataPipe.Open();
}
}
private void SetupLogPipe(DataPipeName logDataPipeName)
{
if (null == logDataPipeName)
{
LogPipe = null;
return;
}
LogPipe = new Pipe(logDataPipeName);
LogPipe.Open();
LogPipe.Before = WorkerStatistics.PauseNetTime;
LogPipe.After = WorkerStatistics.ResumeNetTime;
}
/// <summary>
/// Setups the input data pipe.
/// </summary>
/// <param name="inputDataPipeName">Name of the input data pipe.</param>
/// <remarks></remarks>
private void SetupInputDataPipe(PipeName inputDataPipeName)
{
if (null == inputDataPipeName)
{
InputDataPipe = null;
return;
}
InputDataPipe = new Pipe(inputDataPipeName);
InputDataPipe.Open();
InputDataPipe.Before = WorkerStatistics.PauseNetTime;
InputDataPipe.After = WorkerStatistics.ResumeNetTime;
}
/// <summary>
/// Inits this instance.
/// </summary>
/// <remarks></remarks>
private void Init()
{
try
{
InputDataPipeReceiveTimeout = new TimeSpan(0, 0, 10);
PauseSleep = new TimeSpan(0, 0, 0, 10);
RoleType = new RoleType(Utils.RemoveSuffix(GetType().Name, "Worker"));
Debug.Assert(WorkerId != null);
PipelineType = WorkAssignment.WorkRequest.PipelineType;
PipelineId = WorkAssignment.WorkRequest.PipelineId;
BootParameters = WorkAssignment.WorkRequest.BootParameters;
JobParameters = WorkAssignment.WorkRequest.JobParameters;
ReportPipe = new Pipe(WorkAssignment.WorkRequest.ReportPipeName);
ReportPipe.Open();
WorkerStatistics = new WorkerStatistics(WorkAssignment, Environment.MachineName, ReportPipe);
ReportPipe.Before = WorkerStatistics.PauseNetTime;
ReportPipe.After = WorkerStatistics.ResumeNetTime;
SetupInputDataPipe(WorkAssignment.WorkRequest.InputDataPipeName);
SetupOutputSections(WorkAssignment.WorkRequest.OutputSections);
SetupLogPipe(WorkAssignment.WorkRequest.LogDataPipeName);
}
catch (Exception ex)
{
Tracer.Fatal("Unable to initialize worker {0}. Exception: {1}", WorkerId, ex);
throw;
}
}