public ITimeManager Start(string[] args, GlobalConfigDetails _globalConfig)
{
globalConfig = _globalConfig;
PerfTimer hptStartup = new PerfTimer();
hptStartup.Start();
#region Configuration section
log.Info("Reading configuration for Time Manager service.");
log.Info("Reading configuration done");
#endregion
log.Info("Starting BITS Time Manager service");
this.CanStop = true;
this.CanShutdown = true;
TimeManager.InstanceOf(globalConfig).Start();
hptStartup.Stop();
log.InfoFormat("BITS Time Manager has started in {0} seconds.", hptStartup.Duration);
return TimeManager.InstanceOf();
}
public bool Start(string[] args, IFlatFileLoader _flatFileLoader, ITimeManager _timeManager, IDataMonitorManager _sqldManager)
{
PerfTimer hptStartup = new PerfTimer();
hptStartup.Start();
flatFileLoader = _flatFileLoader;
timeManager = _timeManager;
dmManager = _sqldManager;
this.CanStop = true;
this.CanShutdown = true;
log.Info("Starting BITS State Manager service...");
log.Info("Establishing connection to NB service...");
if (ExecutionEngine.InstanceOf().EstablishBrokerConnections() == false)
{
log.Error("Cannot connect to NB service. Quitting...");
return false;
}
log.Info("Creating Module Factory instance...");
ModuleFactory mFactory = new ModuleFactory();
log.Info("Starting to load Module type definitions...");
LoadAdapters();
//AutoLoadAdapters(AppDomain.CurrentDomain.BaseDirectory + "modules");
log.Info("Looking for startup jobs to build...");
ExecuteStartupJobs();
hptStartup.Stop();
log.InfoFormat("BITS State Manager service has started in {0} seconds.", hptStartup.Duration);
return true;
}
public ModuleFactory()
{
PerfTimer hpt = new PerfTimer();
hpt.Start();
AdapterRegistration.LoadTypes(Assembly.GetAssembly(typeof(ModuleFactory)));
hpt.Stop();
log.InfoFormat("Module Factory initialized in {0} secs.", hpt.Duration);
}
public AnalyticFactory()
{
PerfTimer hpt = new PerfTimer();
hpt.Start();
AnalyticRegistration.LoadTypes(Assembly.GetAssembly(typeof(AnalyticFactory)));
hpt.Stop();
log.InfoFormat("Analytic Factory initialized in {0} secs.", hpt.Duration);
}
public void Build(ref Job job)
{
PerfTimer hpt = new PerfTimer();
hpt.Start();
try
{
if (job.Modules.ContainsKey(job.JobName))
{
root = new Dependency<IModule>((IModule)job.Modules[job.JobName], job.JobName);
job.Dependencies.Add(root.Name.Trim(), root);
foreach (string key in job.OrderedModuleList)
{
if (key.Equals(job.JobName))
{
continue;
}
IModule m = (IModule)job.Modules[key];
Dependency<IModule> d = new Dependency<IModule>(m, m.Name);
if (m.Inputs == null)
{
root.Children.AddDependency(d);
job.Dependencies.Add(d.Name.Trim(), d);
}
else
{
foreach (string s in m.Inputs)
{
if (job.Dependencies.ContainsKey(s.Trim()))
{
((Dependency<IModule>)job.Dependencies[s.Trim()]).Children.AddDependency(d);
}
}
job.Dependencies.Add(d.Name.Trim(), d);
}
}
}
}
catch (Exception ex)
{
log.Error(ex);
}
hpt.Stop();
log.InfoFormat("Building job {0} took {1} seconds.", job.JobName, hpt.Duration);
}
public IDataMonitorManager Start(string[] args, GlobalConfigDetails _globalConfig)
{
globalConfig = _globalConfig;
PerfTimer hptStartup = new PerfTimer();
hptStartup.Start();
log.Info("Starting BITS Time Manager service");
this.CanStop = true;
this.CanShutdown = true;
DataMonitorManager.InstanceOf(globalConfig).Start();
hptStartup.Stop();
log.InfoFormat("BITS Time Manager has started in {0} seconds.", hptStartup.Duration);
return DataMonitorManager.InstanceOf();
}
public IFlatFileLoader Start(string[] args, GlobalConfigDetails _globalConfig)
{
globalConfig = _globalConfig;
FlatFileLoader.InstanceOf().GlobalConfig = _globalConfig;
log.Info("Starting BITS File Manager service");
PerfTimer hptStartup = new PerfTimer();
hptStartup.Start();
this.CanStop = true;
this.CanShutdown = true;
FlatFileLoader.InstanceOf().Start();
hptStartup.Stop();
log.InfoFormat("BITS File Manager service has started in {0} seconds.", hptStartup.Duration);
return (IFlatFileLoader)FlatFileLoader.InstanceOf();
}
/// <summary>
/// Called internally, except for JobLauncher module
/// </summary>
/// <param name="oJobDetail"></param>
/// <returns></returns>
public ErrorCode ExecuteJob(object oJobDetail)
{
ErrorCode retval = ErrorCode.SUCCESS;
#region execution
PerfTimer hpt = new PerfTimer();
hpt.Start();
JobExeWrapper jobWrapper = null;
JobDetails jobDetail = oJobDetail as JobDetails;
if (jobDetail == null)
{
log.ErrorFormat("Job detail is invalid. Failed to execute job.");
return ErrorCode.JOB_DETAIL_INVALID;
}
if (jobDetail.Xml.Equals(String.Empty))
{
jobDetail.Xml = globalConfig.Hierarchy.GetValueAtLevel("appgroup\\BITS_JOB_SPEC", jobDetail.Name.Replace("_Job", ""), "");
if (jobDetail.Xml.Equals(String.Empty))
{
log.ErrorFormat("No job spec found for {0}. Skipping request to build job.", jobDetail.Name);
return ErrorCode.JOB_SPEC_NOT_FOUND;
}
}
Job job = (Job)JobImpl.BuildJobFromXml(jobDetail);
if (job == null)
{
log.ErrorFormat("Unable to build job from job spec for {0}. Skipping request to build job.", jobDetail.Name);
return ErrorCode.UNABLE_TO_BUILD_JOB_FROM_SPEC;
}
else
{
job.Key = Convert.ToDateTime(DateTime.Now.ToString("yyyy-MM-dd"));
job.Config.RunInstance = globalConfig.RunInstance;
job.Config.SuppressEmail = globalConfig.SuppressEmail;
}
if (jobWrappers.ContainsKey(job.JobName))
{
//replaces job with new definition from xml
jobWrapper = jobWrappers[job.JobName];
jobWrapper.Job = job;
lock (jobWrappers)
{
jobWrappers[job.JobName] = jobWrapper;
}
}
else
{
jobWrapper = new JobExeWrapper(job);
lock (jobWrappers)
{
jobWrappers[job.JobName] = jobWrapper;
}
}
lock (jobWrappers[job.JobName].HistoricalJobs)
{
if (!jobWrappers[job.JobName].HistoricalJobs.ContainsKey(job.Key))
{
jobWrappers[job.JobName].HistoricalJobs.Add(job.Key, job);
jobWrapper.Job = job;
jobWrapper.States.Clear();
jobWrapper.ChangeMode(State.ExecutionModeEnum.Initialization);
retval = ProcessJob(job, job.Key, jobWrapper);
}
else
log.WarnFormat("Job already exists, aborting new job execution for {0} {1}", job.JobName, job.Key);
}
hpt.Stop();
jobWrapper.DurationSecs = hpt.Duration;
#endregion
#region Wrap-up
log.InfoFormat("Completed executing job {0} in {1} mode in {2} secs.", jobWrapper.Job.JobName, jobWrapper.Mode.ToString(), hpt.Duration);
if (log.IsInfoEnabled)
{
log.InfoFormat("Publishing job {0}", job.JobName);
job.PublishDependencies();
}
#endregion
return retval;
}
private void LaunchJob(Object _jobWrapper)
{
PerfTimer hpt = new PerfTimer();
hpt.Start();
JobExeWrapper jobWrapper = _jobWrapper as JobExeWrapper;
if (jobWrapper != null)
{
try
{
lock (jobWrapper)
{
((State)jobWrapper.JobGlobalState).SourceFileName = jobWrapper.SourceFileName;
DateTime jobkey = Convert.ToDateTime(DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"));
jobWrapper.StartTime = jobkey;
jobWrapper.Job.Key = jobkey;
jobWrapper.Job.KeyCode = String.Format("{0}{1}", jobWrapper.Job.JobName, jobkey).GetHashCode();
((State)jobWrapper.JobGlobalState).HistoricalJobCode = jobkey;
if (jobKeyCodes.ContainsKey(jobWrapper.Job.JobName + "\\" + jobkey.ToString("yyyy-MM-dd HH:mm:ss")) == false)
jobKeyCodes.Add(jobWrapper.Job.JobName + "\\" + jobkey.ToString("yyyy-MM-dd HH:mm:ss"), jobWrapper.Job.KeyCode);
jobWrappers[jobWrapper.Job.JobName].HistoricalJobs[jobkey] = jobWrapper.Job;
jobsToResetState.Clear();
string[] jobWrapperStatesKeys = new string[jobWrapper.States.Keys.Count];
jobWrapper.States.Keys.CopyTo(jobWrapperStatesKeys, 0);
foreach (string job in jobWrapperStatesKeys)
{
lock (jobsWaitingForExecution)
{
if (jobWrapper.States[job] == State.CurrentStateEnum.WaitState)
{
((IModule)jobWrapper.Job.Modules[job]).Inputs = new string[] { jobWrapper.SourceFileName };
if (!jobsWaitingForExecution.ContainsKey(job))
jobsWaitingForExecution.Add(job, State.CurrentStateEnum.WaitState);
}
else if (jobWrapper.States[job] == State.CurrentStateEnum.ExecutionSuccessful)
jobsToResetState.Add(job);
}
}
foreach (string _job in jobsToResetState)
jobWrapper.States[_job] = State.CurrentStateEnum.PendingExecution;
((State)jobWrapper.JobGlobalState).CurrentState = State.CurrentStateEnum.Executing;
string[] waitStateJobs = new string[jobsWaitingForExecution.Count];
jobsWaitingForExecution.Keys.CopyTo(waitStateJobs, 0);
foreach (string _job in waitStateJobs)
{
if (jobsWaitingForExecution.ContainsKey(_job) && jobWrapper.States.ContainsKey(_job))
{
if (jobsWaitingForExecution[_job].Equals(State.CurrentStateEnum.WaitState))
{
//skip suspended jobs
if (guiJobStatus.ContainsKey(_job) && guiJobStatus[_job].Equals("Suspended"))
continue;
UpdateJobDetailsForGui(jobWrapper, State.CurrentStateEnum.Executing);
ProcessJobFromRoot(jobWrapper, jobkey, ((IDependency<IModule>)jobWrapper.Job.Dependencies[_job]));
jobWrapper.Job.ResetOutputs();
UpdateJobDetailsForGui(jobWrapper, State.CurrentStateEnum.WaitState);
}
}
}
hpt.Stop();
jobWrapper.DurationSecs = hpt.Duration;
Job jobCopy = new Job(jobWrapper.Job);
jobWrappers[jobWrapper.Job.JobName].HistoricalJobs[jobkey] = jobCopy;
((State)jobWrapper.JobGlobalState).CurrentState = State.CurrentStateEnum.WaitState;
if (jobWrapper.Job.JobDetails.RunOnce && jobWrapper.OkToRemove)
{
RemoveJob(jobWrapper.Job.JobName, false);
}
log.InfoFormat("Completed executing job {0} in {1} mode in {2} secs.", jobWrapper.Job.JobName, jobWrapper.Mode.ToString(), hpt.Duration);
}
}
catch (Exception ex)
{
ThreadAbortException tex = ex as ThreadAbortException;
if (tex != null)
log.Error(tex);
else
log.Error(ex);
}
}
}
public override StateEnums.Status Execute(Object o, Hashtable inputData)
{
DataSet ds = null;
DbConnectionDetail dbConnDetail;
StateEnums.Status retValue = StateEnums.Status.Warnings;
UpdateProcessStatus(Enums.ProcessStatus.Starting, "", (State) o);
if (IfResetOnEachRun)
ResetOutput();
PassAlongOutputs(inputData);
PerfTimer hpt = new PerfTimer();
hpt.Start();
try
{
//Get connection string for database
if (connection.Equals(String.Empty) ||
ConfigUtils.GlobalConfig.ConnectionSettings.Connections.ContainsKey(connection) == false)
throw new ApplicationException(String.Format("Connection {0} is not defined. Please add to config file and restart the service.", connection));
// Establish connection to database
dbConnDetail = (DbConnectionDetail) ConfigUtils.GlobalConfig.ConnectionSettings.Connections[connection];
if (!DatabaseUtils.Connect(dbConnDetail.DefaultConnectString))
throw new ApplicationException("Database connection not established.");
DataTable dt;
SqlParameter[] parameters;
StringBuilder sb = new StringBuilder();
switch (dbmode)
{
case dbMode.SQLBIND:
#region Sql Bind (dynamic binding of one datatable to another)
DataTable dtSchema = DatabaseUtils.GetSchema(tableName);
#endregion
break;
case dbMode.BULKINSERT:
#region Bulk Insert
// get table data for bulk insert
if (InputToProcess.CompareTo(String.Empty) != 0)
dt = inputData[InputToProcess] as DataTable;
else
dt = inputData[0] as DataTable;
if (dt == null)
{
log.Warn(((State)o).CurrentJobHash, "Data table is null");
break;
}
if (!tableName.Equals(String.Empty))
dt.TableName = tableName;
else if (dt.TableName.Equals(String.Empty) && tableName.Equals(String.Empty))
tableName = "Table0";
// [optional] add a column to [front of] the datatable using a datetime as a key
if (ifAddDatetimeAsKey)
{
log.InfoFormat(((State)o).CurrentJobHash, "Adding timestamp column to front of datatable.");
DateTime key = DateTime.Now;
DataTable dtMod = new DataTable(dt.TableName);
dtMod.Columns.Add("TimeStamp", typeof (Double));
foreach (DataColumn dc in dt.Columns)
dtMod.Columns.Add(dc.ColumnName, dc.DataType);
foreach (DataRow dr in dt.Rows)
{
DataRow drr = dtMod.NewRow();
drr["TimeStamp"] = Convert.ToDouble(String.Format("{0}{1}{2}{3}{4}{5}", key.Year, key.Month, key.Day, key.Hour, key.Minute, key.Second));
foreach (DataColumn dc in dt.Columns)
drr[dc.ColumnName] = dr[dc.ColumnName];
dtMod.Rows.Add(drr);
}
dt = dtMod.Copy();
log.InfoFormat(((State)o).CurrentJobHash, "Transformation completed: {0} columns, {1} rows", dt.Columns.Count, dt.Rows.Count);
}
// perform the bulk insert
string cstr = ((DbConnectionDetail)ConfigUtils.GlobalConfig.ConnectionSettings.Connections[connection]).DefaultConnectString;
using (SqlBulkCopy bulkCopy = new SqlBulkCopy(cstr, SqlBulkCopyOptions.TableLock))
{
log.InfoFormat(((State)o).CurrentJobHash, "Using: {0}", cstr);
log.InfoFormat(((State)o).CurrentJobHash, "Executing Bulk Copy To: {0}", dt.TableName);
log.InfoFormat(((State)o).CurrentJobHash, "Timeout: {0}", bulkCopyTimeout);
for (int i = 0; i < dt.Columns.Count; i++)
bulkCopy.ColumnMappings.Add(i, i);
bulkCopy.DestinationTableName = dt.TableName;
bulkCopy.BulkCopyTimeout = bulkCopyTimeout;
bulkCopy.WriteToServer(dt);
}
log.InfoFormat("Bulk insert into {0} completed.", dt.TableName);
#endregion
break;
case dbMode.INSERT:
#region Insert
// get table data for insert
if (InputToProcess.CompareTo(String.Empty) != 0)
dt = inputData[InputToProcess] as DataTable;
else
dt = inputData[0] as DataTable;
if (dt != null && !tableName.Equals(String.Empty))
dt.TableName = tableName;
else if (tableName.Equals(String.Empty))
tableName = "Table0";
// call Insert sproc row-by-row (note: this must be defined specifically for each datatable)
foreach (DataRow dr in dt.Rows)
{
parameters = GetParmsFromDataRow(((State)o).CurrentJobHash, dr);
log.InfoFormat(((State)o).CurrentJobHash, "Executing {0} {1} using {2}", sproc, parameters, dbConnDetail.DefaultConnectString);
ds = DatabaseUtils.ExecuteStoredProc(sproc, parameters, tableName);
retValue = 0;
}
#endregion
break;
case dbMode.SELECT:
case dbMode.SCALAR:
#region Select or Scalar
parameters = ParseParameters(inputData);
#region logging
if (parameters != null)
{
foreach (SqlParameter sp in parameters)
sb.AppendFormat("{0}={1};", sp.ParameterName, sp.Value);
}
log.InfoFormat(((State)o).CurrentJobHash, "Using: {0}", dbConnDetail.DefaultConnectString);
log.InfoFormat(((State)o).CurrentJobHash, "Executing: {0}", sproc);
log.InfoFormat(((State)o).CurrentJobHash, "Parameters: {0}", sb.ToString().TrimEnd(';'));
#endregion
DatabaseUtils.jobKeyCode = ((State)o).CurrentJobHash;
ds = DatabaseUtils.ExecuteStoredProc(sproc, parameters, tableName);
DatabaseUtils.jobKeyCode = 0; //resetting ??
int dtIndx = 0;
string dname = this.Name;
string tname = "";
if (ds != null && ds.Tables.Count > 0)
{
foreach (DataTable dtt in ds.Tables)
{
if (dtt.Rows.Count > 0)
{
if (dtt.TableName.Equals(String.Empty))
tname = String.Format("Table{0}", dtIndx);
else
tname = dtt.TableName;
AddToOutputs(String.Format("{0}_{1}", dname, tname), dtt);
log.InfoFormat(((State)o).CurrentJobHash, "Added datatable {0}_{1} to outputs ({2} records)", dname, tname, dtt.Rows.Count);
recCountTotal += dtt.Rows.Count;
dtIndx++;
}
}
}
recCountSuccess = recCountTotal;
#endregion
break;
case dbMode.SQL:
#region SQL
//Dynamic run-time parameters should be replaced by Job Launcher
//sql = ConfigUtils.MetaTagReplacer( sql, inputData );
//sql = ConfigUtils.MetaTagReplacer( sql );
#region logging
log.InfoFormat(((State)o).CurrentJobHash, "Using: {0}", dbConnDetail.DefaultConnectString);
log.InfoFormat(((State)o).CurrentJobHash, "Executing: \"{0}\"", sql);
#endregion
if (ds == null)
ds = new DataSet();
DatabaseUtils.ExecuteSQL(sql, ref ds, tableName);
if (ds != null && ds.Tables.Count > 0)
{
//Realistically there should always be 1 table resulting from dbMode.SQL option
//keep logic below for consistency with SELECT/SCALAR
string dt_name = (tableName.Equals(string.Empty) ? this.Name : tableName);
for (int dt_index = 0; dt_index < ds.Tables.Count; dt_index++ )
{
DataTable dtt = ds.Tables[dt_index];
if (dtt.TableName.Equals(String.Empty))
dtt.TableName = String.Format("{0}_{1}", dt_name, dt_index);
if (dtt.Rows.Count > 0)
{
AddToOutputs(dtt.TableName, dtt);
log.InfoFormat(((State)o).CurrentJobHash,
"Added datatable {0} to outputs ({1} records)",
dtt.TableName, dtt.Rows.Count);
recCountTotal += dtt.Rows.Count;
}
}
}
recCountSuccess = recCountTotal;
#endregion
break;
}
retValue = StateEnums.Status.Success;
if (recCountTotal > 0 && ds != null && ds.Tables.Count > 0 && ds.Tables.Count > 0)
{
#region mailer output
String mailEnvelop = "";
switch (InputToProcess)
{
case "PROD_OptionExpiryReport":
mailEnvelop = String.Format("Option Expiry Phase 1 Summary:\r\n<br>");
mailEnvelop += String.Format("\t{0} expiring options records were reported\r\n<br>", ds.Tables[0].Rows.Count);
AddToOutputs("MailEnvelop", mailEnvelop);
break;
case "PROD_OptionExpiryExerciseBuyGet":
mailEnvelop = String.Format("Option Expiry Phase 1 Summary:\r\n<br>");
mailEnvelop += String.Format("\t{0} expiring options records were reported\r\n<br>", ds.Tables[0].Rows.Count);
AddToOutputs("MailEnvelop", mailEnvelop);
break;
case "PROD_OptionExpiryExerciseSellShortGet":
mailEnvelop = String.Format("Option Expiry Phase 1 Summary:\r\n<br>");
mailEnvelop += String.Format("\t{0} expiring options records were reported\r\n<br>", ds.Tables[0].Rows.Count);
AddToOutputs("MailEnvelop", mailEnvelop);
break;
}
}
#endregion
}
catch (Exception ex)
{
log.Error(((State)o).CurrentJobHash, ex);
recCountSuccess = recCountFailed = recCountTotal = 0;
retValue = StateEnums.Status.Error ;
}
int activityIdEnding = UpdateProcessStatus(Enums.ProcessStatus.Success, "", (State) o);
UpdateRecordCount(activityIdEnding, recCountTotal, recCountSuccess, recCountFailed);
hpt.Stop();
log.InfoFormat(((State)o).CurrentJobHash, "DbSqlAdapter completed in {0} seconds.", hpt.Duration);
return retValue;
}
/// <summary>
/// Called internally, except for JobLauncher module
/// </summary>
/// <param name="oJobDetail"></param>
/// <returns></returns>
public ErrorCode ExecuteJob(object oJobDetail)
{
ErrorCode retval = ErrorCode.SUCCESS;
#region execution
PerfTimer hpt = new PerfTimer();
hpt.Start();
JobDetails jobDetail = oJobDetail as JobDetails;
#region sanity checks and prep
if (jobDetail == null)
{
log.ErrorFormat("Job detail is invalid. Failed to execute job.");
return ErrorCode.JOB_DETAIL_INVALID;
}
if (jobDetail.Xml.Equals(String.Empty))
{
jobDetail.Xml = globalConfig.Hierarchy.GetValueAtLevel("app\\BITS_JOB_SPEC", jobDetail.Name.Replace("_Job", ""), "");
if (jobDetail.Xml.Equals(String.Empty))
{
log.ErrorFormat("No job spec found for {0}. Skipping request to build job.", jobDetail.Name);
return ErrorCode.JOB_SPEC_NOT_FOUND;
}
}
if (jobWrappers.ContainsKey(jobDetail.Name) && jobDetail.Name.Contains("ADHOC") == false)
{
return ErrorCode.JOB_CODE_NOT_UNIQUE;
}
// Set up job spec for "Run Once." This means that the start time will be set to *IMMEDIATELY*, the
// weekly schedule will be set to SMTWTFS.
if (jobDetail.RunOnce)
{
XmlDocument xdocAdhoc = Job.SetRunOnceAttributes(jobDetail.Xml, true);
jobDetail.Xml = xdocAdhoc.InnerXml;
}
#endregion
// Obtain a new PropertyBag for the job's metatags (ie the job's Dynamic Parameters). In this PropertyBag,
// the parameters that were identified as Environmental will have been set. Those that are not Environmental,
// (ie Runtime) will have a value of null;
PropertyBag jobMetaTags = MetaTagReplacer.GetJobParametersPB(jobDetail.Name, jobDetail.Xml);
MetaTagReplacer.SetParametersValuesPB(ref jobMetaTags, ConfigUtils.MetatagMode.Environment, null, null);
// Use the Dynamic Parameters PropertyBag to define the job spec at Enable-time. Only Environment parameters
// will be determined at this time.
jobDetail.Xml = MetaTagReplacer.InlineMetatagSubstitution(jobDetail.Xml, jobMetaTags);
// Create the job. This step instantiates the job's modules and sets up the job's dependencies
Job job = (Job)JobImpl.BuildJobFromXml(jobDetail);
if (job == null)
{
log.ErrorFormat("Unable to build job from job spec for {0}. Skipping request to build job.", jobDetail.Name);
return ErrorCode.UNABLE_TO_BUILD_JOB_FROM_SPEC;
}
//job.Key = DateTime.Now;
job.Config.RunInstance = globalConfig.RunInstance;
job.Config.SuppressEmail = globalConfig.SuppressEmail;
job.JobState.CurrentParameters.CurrentParameters = jobMetaTags;
//job.JobState.CurrentJobCode = job.Key;
foreach (JobDetailsData jdd in jobDetail.Data)
{
((IModule)job.Modules[jdd.ModuleName]).OutputData.Add(jdd.DataName, jdd.Data);
}
// Job will be enabled after this...
JobExeWrapper jobWrapper = null;
lock (jobWrappers)
{
if (jobWrappers.ContainsKey(job.JobName))
jobWrapper = jobWrappers[job.JobName];
else
jobWrapper = new JobExeWrapper(job);
jobWrapper.Job = job;
jobWrapper.ResetState();
jobWrappers[job.JobName] = jobWrapper;
}
retval = ProcessJob(jobWrapper);
hpt.Stop();
#endregion
#region Wrap-up
log.InfoFormat(job.KeyHash, "Completed executing job {0} in {1} mode in {2} secs.", jobWrapper.Job.JobName, jobWrapper.DependencyState.ToString(), hpt.Duration);
if (log.IsInfoEnabled)
{
log.DebugFormat("Publishing job {0}", job.JobName);
job.PublishDependencies();
}
#endregion
return retval;
}
public override StateEnums.Status Execute(Object o, Hashtable inputData)
{
log.InfoFormat(((State)o).CurrentJobHash, "Module {0} received {1} inputs.", name, inputData != null ? inputData.Count.ToString() : "no");
StateEnums.Status retval = 0;
State state = o as State;
if (IfResetOnEachRun)
ResetOutput();
PassAlongOutputs(inputData);
PerfTimer hpt = new PerfTimer();
hpt.Start();
UpdateProcessStatus(Enums.ProcessStatus.Starting, "", (State) o);
DataTable dtOut = new DataTable();
try
{
BamSvcMgrAdapter bsm = new BamSvcMgrAdapter();
bsm.Timeout = timeout;
#region Logging
//New Meta Tag replacememt logic
//string cmd = ConfigUtils.MetaTagReplacer(request, runDate);
string cmd = MetaTagReplacer.InlineMetatagSubstitution(request, runDate);
log.InfoFormat(((State)o).CurrentJobHash, "Sending: {0}", cmd);
#endregion
Response = bsm.Send(((State)o).CurrentJobHash, cmd);
#region Logging
log.InfoFormat(((State)o).CurrentJobHash, "Received {0} bytes.", response.Length);
#endregion
if (String.IsNullOrEmpty(Response) == false)
{
dtOut = ConvertToDataTable(((State)o).CurrentJobHash, TableName, Response);
AddToOutputs(this.Name, Response);
AddToOutputs(this.Name + "_" + dtOut.TableName, dtOut);
}
}
catch (Exception ex)
{
log.ErrorFormat(((State)o).CurrentJobHash, "Error in SOAP Select module: {0}", ex);
retval = StateEnums.Status.Error;
}
hpt.Stop();
UpdateProcessStatus(Enums.ProcessStatus.Success, "", (State) o);
log.InfoFormat(((State)o).CurrentJobHash, "GenevaSvcMgrClient completed in {0} seconds.", hpt.Duration);
return retval;
}