public void EventHandler()
{
//*
if (GPB_realCOX.InvokeRequired)
{
delegate_void a_delegate_2 = new delegate_void(EventHandler);
GPB_realCOX.Invoke(a_delegate_2);
}
else
{
MC.Counters.receiveResults();
LBL_realCOX_RTCstate.Text = MC.Counters.Status;
LBL_realCOX_COA_Result.Text = MC.Counters.COA.ToString();
LBL_realCOX_COB_Result.Text = MC.Counters.COB.ToString();
LBL_realCOX_COC_Result.Text = MC.Counters.COC.ToString();
LBL_realCOX_RTC_OverTime.Text = MC.Counters.OverTime.ToString();
//Cycles_performed++;
////TXB_realCOX_NumberOfMeasurments.Text = (Cycles - Cycles_performed).ToString();
//
//COX_buf = MC.Counters.COA;
//if (COA_min > COX_buf) { COA_min = COX_buf; }
//COA_mid = (COA_mid * (Cycles_performed - 1) + COX_buf) / Cycles_performed;
//if (COA_max < COX_buf) { COA_max = COX_buf; }
//
//COX_buf = MC.Counters.COB;
//if (COB_min > COX_buf) { COB_min = COX_buf; }
//COB_mid = (COB_mid * (Cycles_performed - 1) + COX_buf) / Cycles_performed;
//if (COB_max < COX_buf) { COB_max = COX_buf; }
//
//COX_buf = MC.Counters.COC;
//if (COC_min > COX_buf) { COC_min = COX_buf; }
//COC_mid = (COC_mid * (Cycles_performed - 1) + COX_buf) / Cycles_performed;
//if (COC_max < COX_buf) { COC_max = COX_buf; }
//
//double RTC_buf = MC.Counters.OverTime;
//if (RTC_min > RTC_buf) { RTC_min = RTC_buf; }
//RTC_mid = (RTC_mid * (Cycles_performed - 1) + RTC_buf) / Cycles_performed;
//if (RTC_max < RTC_buf) { RTC_max = RTC_buf; }
//
//if (Cycles_performed < Cycles)
//{
// //Тут настройки SPI
// Thread.Sleep(20);
// MC.Counters.startMeasure(TXB_realCOX_MeasureTime.Text);
// LBL_realCOX_RTCstate.Text = MC.Counters.Status;
//}
//else
//{
// LBL_realCOX_COA_Result.Text = COA_min + "..." + COA_mid + "..." + COA_max;
// LBL_realCOX_COB_Result.Text = COB_min + "..." + COB_mid + "..." + COB_max;
// LBL_realCOX_COC_Result.Text = COC_min + "..." + COC_mid + "..." + COC_max;
// LBL_realCOX_RTC_OverTime.Text = RTC_min + "..." + RTC_mid + "..." + RTC_max;
//}
}
//*/
}
static void StartMaskine(int antal, delegate_void nårDuErFærdigFunktion)
{
Console.WriteLine("Maskine starter");
// logik...
// færdig...
if (nårDuErFærdigFunktion != null)
{
nårDuErFærdigFunktion.Invoke();
}
}
private DelayAction(double delay,delegate_void action)
{
DELAY = delay;
ACTION = action;
DISPOSED = false;
}
public static void Add(double delay,delegate_void action)
{
var d = new DelayAction(delay, action);
PENDING.Add(d);
}
static void Main(string[] args)
{
// direkte
Test1();
Test2(2);
int res1 = Test3(5, 1);
Console.WriteLine("---");
delegate_void d1 = new delegate_void(Test1);
d1 += Test1;
d1 += Test1;
d1 += Test1a;
d1 += Test1b;
//Test1();
d1.Invoke();
Console.WriteLine("---");
Console.WriteLine();
delegate_voidint d2 = new delegate_voidint(Test2);
Test2(54);
d2.Invoke(6);
Console.WriteLine();
delegate_intintint d3 = new delegate_intintint(Test3);
Console.WriteLine(Test3(6, 7));
Console.WriteLine(d3.Invoke(6, 7));
Console.WriteLine();
StartMaskine(6, d1);
Console.WriteLine();
for (int i = 0; i < 5; i++)
{
System.Threading.Thread.Sleep(150);
delegate_void d4 = FindFunktion();
d4.Invoke();
}
Console.WriteLine();
MinMaskine m = new MinMaskine();
m.LogFunktion = new delegate_voidstring(Test6);
m.LogFunktion += Test5;
m.LogFunktion += Console.WriteLine;
m.LogFunktion += DebugSkriv;
//m.LogFunktion += (t) => { System.Diagnostics.Debug.WriteLine(t); };
m.Start();
m.Stop();
// ny syntaks
Console.WriteLine("********");
//delegate_void n1 = new delegate_void(Test1);
delegate_void n1 = Test1;
//StartMaskine(76, new delegate_void(Test1));
StartMaskine(76, Test1);
//n1.Invoke();
n1();
}
public void EventHandler()
{
//*
if (GPB_realCOX.InvokeRequired)
{
delegate_void a_delegate_2 = new delegate_void(EventHandler);
GPB_realCOX.Invoke(a_delegate_2);
}
else
{
MC.Counters.receiveResults();
LBL_realCOX_RTCstate.Text = MC.Counters.Status;
LBL_realCOX_COA_Result.Text = MC.Counters.COA.ToString();
LBL_realCOX_COB_Result.Text = MC.Counters.COB.ToString();
LBL_realCOX_COC_Result.Text = MC.Counters.COC.ToString();
LBL_realCOX_RTC_OverTime.Text = MC.Counters.OverTime.ToString();
//Cycles_performed++;
////TXB_realCOX_NumberOfMeasurments.Text = (Cycles - Cycles_performed).ToString();
//
//COX_buf = MC.Counters.COA;
//if (COA_min > COX_buf) { COA_min = COX_buf; }
//COA_mid = (COA_mid * (Cycles_performed - 1) + COX_buf) / Cycles_performed;
//if (COA_max < COX_buf) { COA_max = COX_buf; }
//
//COX_buf = MC.Counters.COB;
//if (COB_min > COX_buf) { COB_min = COX_buf; }
//COB_mid = (COB_mid * (Cycles_performed - 1) + COX_buf) / Cycles_performed;
//if (COB_max < COX_buf) { COB_max = COX_buf; }
//
//COX_buf = MC.Counters.COC;
//if (COC_min > COX_buf) { COC_min = COX_buf; }
//COC_mid = (COC_mid * (Cycles_performed - 1) + COX_buf) / Cycles_performed;
//if (COC_max < COX_buf) { COC_max = COX_buf; }
//
//double RTC_buf = MC.Counters.OverTime;
//if (RTC_min > RTC_buf) { RTC_min = RTC_buf; }
//RTC_mid = (RTC_mid * (Cycles_performed - 1) + RTC_buf) / Cycles_performed;
//if (RTC_max < RTC_buf) { RTC_max = RTC_buf; }
//
//if (Cycles_performed < Cycles)
//{
// //Тут настройки SPI
// Thread.Sleep(20);
// MC.Counters.startMeasure(TXB_realCOX_MeasureTime.Text);
// LBL_realCOX_RTCstate.Text = MC.Counters.Status;
//}
//else
//{
// LBL_realCOX_COA_Result.Text = COA_min + "..." + COA_mid + "..." + COA_max;
// LBL_realCOX_COB_Result.Text = COB_min + "..." + COB_mid + "..." + COB_max;
// LBL_realCOX_COC_Result.Text = COC_min + "..." + COC_mid + "..." + COC_max;
// LBL_realCOX_RTC_OverTime.Text = RTC_min + "..." + RTC_mid + "..." + RTC_max;
//}
}
//*/
}