public static void CheckNodeVersionId(object entity, ConcurrentHashedCollection<Guid> modifiedVersionIds)
{
var casted = entity as NodeVersion;
if (casted != null)
{
modifiedVersionIds.Add(casted.Node.Id);
}
}
public static void CheckNodeVersionId(object entity, ConcurrentHashedCollection <Guid> modifiedVersionIds)
{
var casted = entity as NodeVersion;
if (casted != null)
{
modifiedVersionIds.Add(casted.Node.Id);
}
}
public static void UpdateAggregatesPostFlush(ConcurrentHashedCollection<Guid> modifiedVersionIds, ISession nhSession)
{
// After a flush, keep the aggregates up to date
// We do this after a flush so that if other queries are run in the same
// transaction, the aggregate table will have been updated before those
// selects get run in the db engine
try
{
var updatedNodeIds = modifiedVersionIds.ToArray();
NhSessionHelper.DeleteAggregateForNodeIds(updatedNodeIds, nhSession);
NhSessionHelper.RunAggregateForNodeIds(updatedNodeIds, "AggregateNodeStatus_PerNode", nhSession);
}
finally
{
modifiedVersionIds.Clear();
}
}
public static void UpdateAggregatesPostFlush(ConcurrentHashedCollection <Guid> modifiedVersionIds, ISession nhSession)
{
// After a flush, keep the aggregates up to date
// We do this after a flush so that if other queries are run in the same
// transaction, the aggregate table will have been updated before those
// selects get run in the db engine
try
{
var updatedNodeIds = modifiedVersionIds.ToArray();
NhSessionHelper.DeleteAggregateForNodeIds(updatedNodeIds, nhSession);
NhSessionHelper.RunAggregateForNodeIds(updatedNodeIds, "AggregateNodeStatus_PerNode", nhSession);
}
finally
{
modifiedVersionIds.Clear();
}
}
private ConcurrentHashedCollection<Guid> EnsureVersionIdsInitialised()
{
return _modifiedVersionIds ?? (_modifiedVersionIds = new ConcurrentHashedCollection<Guid>());
}
private ConcurrentHashedCollection <Guid> EnsureVersionIdsInitialised()
{
return(_modifiedVersionIds ?? (_modifiedVersionIds = new ConcurrentHashedCollection <Guid>()));
}