public int SetTestPointState(TestPoint testPoint, TestPointState state)
{
int retCode = CI2cControl.SendI2cCommand(testPoint.ToString() + "_" + state);
CheckReturn(retCode);
return(retCode);
}
public void CloseJig()
{
if (CItemListEquip.IsOpenJigEnable() == 1)
{
int nStatus = -1;
double dVoltage = 999;
int nCloseJigCount = 0;
nStatus = CI2cControl.SendI2cCommand("DVM1_CHARLES_CLOSE");
CheckReturn(nStatus);
Thread.Sleep(200);
if (nStatus == 0)
{
nStatus = tcc.Andon.SetState(Andon.State.ON);
CheckReturn(nStatus);
}
if (nStatus == 0)
{
while (dVoltage > 2 && nCloseJigCount < 10)
{
dVoltage = CItemListEquip.ReadDVM1Voltage();
nCloseJigCount++;
}
}
nStatus = CI2cControl.SendI2cCommand("DVM1_CHARLES_OPEN");
CheckReturn(nStatus);
if (nStatus == 0)
{
nStatus = tcc.Andon.SetState(Andon.State.OFF);
CheckReturn(nStatus);
}
if (dVoltage > 2)
{
throw new JigException("Fail to close Jig.");
}
}
}
public int SetAllTestPointOpen()
{
int retCode = CI2cControl.SendI2cCommand(TestPoint.LED025 + "_" + TestPointState.OPEN);
CheckReturn(retCode);
retCode = CI2cControl.SendI2cCommand(TestPoint.LED050 + "_" + TestPointState.OPEN);
CheckReturn(retCode);
retCode = CI2cControl.SendI2cCommand(TestPoint.REED_SWITCH + "_" + TestPointState.OPEN);
CheckReturn(retCode);
retCode = CI2cControl.SendI2cCommand(TestPoint.SWITCH_USB + "_" + TestPointState.OPEN);
CheckReturn(retCode);
retCode = CI2cControl.SendI2cCommand(TestPoint.CHARGER + "_" + TestPointState.OPEN);
CheckReturn(retCode);
return(retCode);
}
public void OpenJig()
{
int nStatus = 0;
if (IsJigClosed())// if == 1 that is, Jig Closed
{
double dVoltage = -999;
int Count = 0;
nStatus = CI2cControl.SendI2cCommand("DVM1_CHARLES_CLOSE");
CheckReturn(nStatus);
Thread.Sleep(200);
if (nStatus == 0)
{
nStatus = tcc.Andon.SetState(Andon.State.ON);
CheckReturn(nStatus);
}
if (nStatus == 0)
{
while (dVoltage < 2) //&& Count < 3)
{
dVoltage = CItemListEquip.ReadDVM1Voltage();
Thread.Sleep(1000);
Count++;
}
}
nStatus = CI2cControl.SendI2cCommand("DVM1_CHARLES_OPEN");
if (nStatus == 0)
{
nStatus = tcc.Andon.SetState(Andon.State.OFF);//CI2cControl.SendI2cCommand("FAIL_LAMP_OFF");
CheckReturn(nStatus);
}
}
}
public int SetState(State state)
{
this._state = state;
int retCode = TestCoreMessages.UNKNOW_ERROR;
switch (state)
{
case State.PASS:
retCode = CI2cControl.SendI2cCommand("PASS_LAMP_ON");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
retCode = CI2cControl.SendI2cCommand("FAIL_LAMP_OFF");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
break;
case State.FAIL:
retCode = CI2cControl.SendI2cCommand("PASS_LAMP_OFF");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
retCode = CI2cControl.SendI2cCommand("FAIL_LAMP_ON");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
break;
case State.ON:
retCode = CI2cControl.SendI2cCommand("PASS_LAMP_ON");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
retCode = CI2cControl.SendI2cCommand("FAIL_LAMP_ON");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
break;
case State.OFF:
retCode = CI2cControl.SendI2cCommand("PASS_LAMP_OFF");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
retCode = CI2cControl.SendI2cCommand("FAIL_LAMP_OFF");
CheckReturn(retCode);
if (retCode != TestCoreMessages.SUCCESS)
{
return(retCode);
}
break;
}
return(retCode);
}
