// register from Tester
public void RegisterFromRemoting(string PcName, string DeviceType)
{
RegisterData regdata = new RegisterData() { Callback = null, info = new RegisterDeviceInfo() { PcName = PcName.ToUpper(), DeviceType = DeviceType.ToUpper(), ConnectedTime = System.DateTime.Now, Status = "Idle",StatusBeginTime=DateTime.Now } };
AmidaEntities db = new AmidaEntities();
tblEQ q = (from n in db.tblEQ where n.eqi_id == PcName select n).FirstOrDefault<tblEQ>();
Console.WriteLine(PcName + "," + DeviceType);
if (q == null)
{
tblEQHistory eqhist = new tblEQHistory();
eqhist.eq_id = PcName;
eqhist.start_time = DateTime.Now;
eqhist.status = "Idle";
eqhist.total_num_wafer = 0;
db.tblEQHistory.AddObject(eqhist);
db.SaveChanges();
db.AcceptAllChanges();
db.tblEQ.AddObject(new tblEQ()
{
eqi_id = PcName,
eq_release_time = DateTime.Now,
start_time = DateTime.Now,
status = "Idle",
tested_num_chip = 0,
tested_num_wafer = 0,
IsWarnig = "N",
total_num_chip = 0,
total_num_wafer = 0,
current_identify = eqhist.identify
}
);
}
db.SaveChanges();
db.AcceptAllChanges();
if (!dictClientCallBacks.ContainsKey(regdata.Key))
{
if (q != null)
{
regdata.info.eq_area = q.eq_area;
regdata.info.CurrentWaferId = q.current_test_wafer_id;
regdata.info.lot_id = q.lot_id;
regdata.info.eq_comment = q.eq_comment;
regdata.info.ProbeCardId = q.probe_card_id;
regdata.info.Status = q.status;
regdata.info.StatusBeginTime = (DateTime)q.start_time;
regdata.info.total_num_chip = q.total_num_chip;
regdata.info.eq_prober = q.eq_prober;
regdata.info.total_num_wafer = q.total_num_wafer;
regdata.info.tested_num_chip = q.tested_num_chip;
regdata.info.tested_num_wafer = q.tested_num_wafer;
// regdata.info.ststart_time = (DateTime)q.start_time;
// = new RegisterDeviceInfo()
//{
// eq_area = q.eq_area,
// CurrentWaferId = q.current_test_wafer_id,
// lot_id = q.lot_id,
// eq_comment = q.eq_comment,
// ProbeCardId = q.probe_card_id,
// Status = q.status,
// StatusBeginTime = (DateTime)q.start_time,
// total_num_chip = q.total_num_chip,
// eq_prober = q.eq_prober,
// total_num_wafer = q.total_num_wafer,
// tested_num_chip = q.tested_num_chip,
// tested_num_wafer = q.tested_num_wafer,
// PcName=q.eqi_id
//};
if(q.IsWarnig=="Y")
{
tblAlarm alarm=(from n in db.tblAlarm where n.identify== q.current_warning_identify select n).FirstOrDefault();
if(alarm!=null)
{
regdata.info.WarningMessage= alarm.warning_message;
regdata.info.WarningType=(int)alarm.warning_type;
regdata.info.WarningBeginTime=(DateTime)alarm.start_time;
}
}
}
Console.WriteLine("client:" + regdata.Key + ",Registered!,total connection:" + dictClientCallBacks.Count);
dictClientCallBacks.Add(regdata.Key, regdata);
}
//else
// dictClientCallBacks[regdata.Key] = regdata;
if (DeviceType != "CONSOLE")
NotifyAllConnetedChange();
}
public void Register(string PcName,string DeviceType)
{
try
{
RegisterData regdata = new RegisterData() { Callback = OperationContext.Current.GetCallbackChannel<ICallBack>(), info = new RegisterDeviceInfo() { PcName = PcName, DeviceType = DeviceType, ConnectedTime = System.DateTime.Now } };
if (!dictClientCallBacks.ContainsKey(regdata.Key))
dictClientCallBacks.Add(regdata.Key, regdata);
else
dictClientCallBacks[regdata.Key] = regdata;
if (DeviceType != "CONSOLE")
NotifyAllConnetedChange();
Console.WriteLine("client:" + regdata.Key + ",Registered!,total connection:" + dictClientCallBacks.Count);
// throw new NotImplementedException();
}
catch (Exception ex)
{
throw new FaultException<string>(ex.Message + "," + ex.StackTrace);
}
}