/// <summary>
/// Sets up the working set object
/// </summary>
protected void SetupWorkingSet()
{
WorkingSet = new TWorkingSet();
WorkingSet.Factory = new TaskFactory(Scheduler);
WorkingSet.Archive = Data;
SourceArchiveMonitor = new ArchiveMonitor <SrcMLArchive>(Scheduler, StoragePath, SourceArchive, Data);
}
/// <summary>
/// Sets up the <see cref="CurrentDataArchive"/> and <see cref="CurrentWorkingSet"/> to respond to events from the srcML service
/// </summary>
protected override void Setup() {
string storagePath = _srcMLService.CurrentMonitor.MonitorStoragePath;
SrcMLArchive sourceArchive = _srcMLService.CurrentSrcMLArchive;
CurrentDataArchive = new DataArchive(storagePath, sourceArchive, GlobalScheduler);
CurrentDataArchive.Generator.ErrorLog = sourceArchive.Generator.ErrorLog;
CurrentDataArchive.Generator.IsLoggingErrors = true;
_srcMonitor = new ArchiveMonitor<SrcMLArchive>(GlobalScheduler, storagePath, sourceArchive, CurrentDataArchive);
CurrentWorkingSet = _workingSetFactories.Default.CreateWorkingSet(storagePath, CurrentDataArchive, GlobalTaskFactory);
CurrentWorkingSet.UseAsynchronousMethods = true;
}
/// <summary>
/// Sets up the <see cref="CurrentDataArchive"/> and <see cref="CurrentWorkingSet"/> to respond to events from the srcML service
/// </summary>
protected override void Setup()
{
string storagePath = _srcMLService.CurrentMonitor.MonitorStoragePath;
SrcMLArchive sourceArchive = _srcMLService.CurrentSrcMLArchive;
CurrentDataArchive = new DataArchive(storagePath, sourceArchive, GlobalScheduler);
CurrentDataArchive.Generator.ErrorLog = sourceArchive.Generator.ErrorLog;
CurrentDataArchive.Generator.IsLoggingErrors = true;
_srcMonitor = new ArchiveMonitor <SrcMLArchive>(GlobalScheduler, storagePath, sourceArchive, CurrentDataArchive);
CurrentWorkingSet = _workingSetFactories.Default.CreateWorkingSet(storagePath, CurrentDataArchive, GlobalTaskFactory);
CurrentWorkingSet.UseAsynchronousMethods = true;
}
/// <summary>
/// Implementation method for <see cref="AbstractMonitoringService.StopMonitoring"/>
/// </summary>
protected override void StopMonitoringImpl()
{
if (null != CurrentWorkingSet)
{
_srcMonitor.FileChanged -= _srcMonitor_FileChanged;
CurrentWorkingSet.StopMonitoring();
_srcMonitor.StopMonitoring();
CurrentWorkingSet.Dispose();
_srcMonitor.Dispose();
CurrentWorkingSet = null;
CurrentDataArchive = null;
_srcMonitor = null;
}
}
private void RespondToMonitoringStopped(object sender, EventArgs e)
{
try {
if (null != CurrentWorkingSet)
{
IsMonitoring = false;
CurrentWorkingSet.StopMonitoring();
_srcMonitor.StopMonitoring();
CurrentWorkingSet.Dispose();
_srcMonitor.Dispose();
CurrentWorkingSet = null;
CurrentDataArchive = null;
_srcMonitor = null;
}
} catch (Exception ex) {
SrcMLFileLogger.DefaultLogger.Error(SrcMLExceptionFormatter.CreateMessage(ex, "Exception in SrcMLDataService.RespondToMonitoringStopped"));
}
}
private void RespondToMonitoringStarted(object sender, EventArgs e)
{
CurrentDataArchive = new DataArchive(_srcMLService.CurrentMonitor.MonitorStoragePath, _srcMLService.CurrentSrcMLArchive, Scheduler);
CurrentDataArchive.Generator.ErrorLog = _srcMLService.CurrentSrcMLArchive.Generator.ErrorLog;
CurrentDataArchive.Generator.IsLoggingErrors = true;
_srcMonitor = new ArchiveMonitor <SrcMLArchive>(Scheduler, _srcMLService.CurrentMonitor.MonitorStoragePath, _srcMLService.CurrentSrcMLArchive, CurrentDataArchive);
CurrentWorkingSet = _workingSetFactories.Default.CreateWorkingSet(_srcMLService.CurrentMonitor.MonitorStoragePath, CurrentDataArchive, TaskFactory);
if (_srcMLService.IsUpdating)
{
_srcMLService.UpdateArchivesCompleted += GenerateDataAfterUpdate;
}
else
{
GenerateDataAfterUpdate(this, e);
}
IsMonitoring = true;
}
/// <summary>
/// Implementation method for <see cref="AbstractMonitoringService.StopMonitoring"/>
/// </summary>
protected override void StopMonitoringImpl() {
if(null != CurrentWorkingSet) {
_srcMonitor.FileChanged -= _srcMonitor_FileChanged;
CurrentWorkingSet.StopMonitoring();
_srcMonitor.StopMonitoring();
CurrentWorkingSet.Dispose();
_srcMonitor.Dispose();
CurrentWorkingSet = null;
CurrentDataArchive = null;
_srcMonitor = null;
}
}
private void RespondToMonitoringStarted(object sender, EventArgs e) {
CurrentDataArchive = new DataArchive(_srcMLService.CurrentMonitor.MonitorStoragePath, _srcMLService.CurrentSrcMLArchive, Scheduler);
CurrentDataArchive.Generator.ErrorLog = _srcMLService.CurrentSrcMLArchive.Generator.ErrorLog;
CurrentDataArchive.Generator.IsLoggingErrors = true;
_srcMonitor = new ArchiveMonitor<SrcMLArchive>(Scheduler, _srcMLService.CurrentMonitor.MonitorStoragePath, _srcMLService.CurrentSrcMLArchive, CurrentDataArchive);
CurrentWorkingSet = _workingSetFactories.Default.CreateWorkingSet(_srcMLService.CurrentMonitor.MonitorStoragePath, CurrentDataArchive, TaskFactory);
if(_srcMLService.IsUpdating) {
_srcMLService.UpdateArchivesCompleted += GenerateDataAfterUpdate;
} else {
GenerateDataAfterUpdate(this, e);
}
IsMonitoring = true;
}
private void RespondToMonitoringStopped(object sender, EventArgs e) {
try {
if(null != CurrentWorkingSet) {
IsMonitoring = false;
CurrentWorkingSet.StopMonitoring();
_srcMonitor.StopMonitoring();
CurrentWorkingSet.Dispose();
_srcMonitor.Dispose();
CurrentWorkingSet = null;
CurrentDataArchive = null;
_srcMonitor = null;
}
} catch(Exception ex) {
SrcMLFileLogger.DefaultLogger.Error(SrcMLExceptionFormatter.CreateMessage(ex, "Exception in SrcMLDataService.RespondToMonitoringStopped"));
}
}
