internal void OnPrimeProgress(IDbgEntityPrimer aPrimer, int aValue)
{
// First tell engine
Descriptor.Engine.OnPrimingProgress(this, aValue);
try
{
if (EventObserver != null)
{
EventObserver(this, this.CategoryName, TEvent.EEventPrimingProgress, aValue, null);
}
}
catch (Exception)
{
}
}
internal void OnPrimeStart(IDbgEntityPrimer aPrimer)
{
// First tell engine
Descriptor.Engine.OnPrimingStarted(this);
try
{
// Next, tell observer
if (EventObserver != null)
{
EventObserver(this, this.CategoryName, TEvent.EEventPrimingStarted, null, null);
}
}
catch (Exception)
{
}
}
internal void OnPrimeComplete(IDbgEntityPrimer aPrimer)
{
// We are now considered "primed"
iIsPrimed = true;
// Next tell engine
Descriptor.Engine.OnPrimingComplete(this);
try
{
// Next, tell observer
if (EventObserver != null)
{
EventObserver(this, this.CategoryName, TEvent.EEventPrimingComplete, aPrimer.PrimeErrorMessage, aPrimer.PrimeException);
}
}
catch (Exception)
{
}
}
internal void Prime(DbgEntity aEntity, TSynchronicity aSynchronicity)
{
// Make a new result
aEntity.PrimerResult = new DbgEntityPrimerResult(aEntity);
// The primer to use
IDbgEntityPrimer primer = null;
// We can't sensibly prime if we don't have a plugin engine associated with the
// entity.
DbgPluginEngine plugin = aEntity.PluginEngine;
if (plugin != null)
{
// Get primer object
switch (UiMode)
{
case TDbgUiMode.EUiDisabled:
primer = new DbgEntityPrimerSilent(aEntity, plugin);
break;
default:
case TDbgUiMode.EUiEnabled:
primer = new DbgEntityPrimerUi(aEntity, plugin);
break;
}
}
else
{
primer = new DbgEntityPrimerNull(aEntity);
Engine.Trace("WARNING: Entity {0} does not supply plugin engine", aEntity.FullName);
}
// Make sure we indicate that we actually atttempted to prime
// the entity.
aEntity.PrimerResult.PrimeAttempted = true;
// And prime away
primer.Prime(aSynchronicity);
}
