public BlockingAction(Action action, IEnumerable <IMessageMatcher> messageMatchers, IMessageBus bus, bool abortOnFailure, bool logToConsole)
{
this.action = action;
this.abortOnFailure = abortOnFailure;
this.messageMatchers = messageMatchers;
this.logToConsole = logToConsole;
this.bus = bus;
waitHandles =
InterestedIn
.Select(type => new KeyValuePair <Type, ManualResetEvent>(type, new ManualResetEvent(false)))
.ToDictionary(kv => kv.Key, kv => kv.Value);
bus.Subscribe(this);
}
private int ReverseYouAreByInterestName(int? interesetedinID)
{
if (interesetedinID == null) return 0;
InterestedIn iiinets = new InterestedIn();
iiinets.Get(Convert.ToInt32(interesetedinID));
YouAres iins = new YouAres();
iins.GetAll();
foreach (YouAre inn1 in iins)
{
if (inn1.Name == iiinets.Name)
{
return inn1.YouAreID; ;
}
}
return 0;
}
public static InterestedIns GetDistinctInterests()
{
InterestedIns iterests = null;
// get a configured DbCommand object
DbCommand comm = DbAct.CreateCommand();
// set the stored procedure name
comm.CommandText = "up_GetDistinctInterests";
// execute the stored procedure
DataTable dt = DbAct.ExecuteSelectCommand(comm);
// was something returned?
if (dt != null && dt.Rows.Count > 0)
{
iterests = new InterestedIns();
InterestedIn iterest = null;
foreach (DataRow dr in dt.Rows)
{
iterest = new InterestedIn(FromObj.IntFromObj(dr["interestedInID"]));
if (iterest.InterestedInID == 0) continue;
iterests.Add(iterest);
}
}
return iterests;
}