private const byte port = 3; //X3 der Port der RS485 Karte, ist für beide Relaisboxen gleich
public cSMT_DIO()
{
this.BitFld_ARM_Box1 = new HELPER_BIT_FIELD();
this.BitFld_ARM_Box1.Mask = 0;
this.BitFld_ARM_Box2 = new HELPER_BIT_FIELD();
this.BitFld_ARM_Box2.Mask = 0;
this.BitFld_ARM_Box1_Eingänge = new HELPER_BIT_FIELD();
this.BitFld_ARM_Box1_Eingänge.Mask = 0;
this.BitFld_ARM_Box2_Eingänge = new HELPER_BIT_FIELD();
this.BitFld_ARM_Box2_Eingänge.Mask = 0;
}
public bool Get_OUT_Bit(int iBitNr)
{
if (this.Get_RelaisBox_für_Ausgang(iBitNr) == 1)
{
return(BitFld_ARM_Box1.AnyOn(HELPER_BIT_FIELD.DecimalToFlag(iBitNr)));
}
if (this.Get_RelaisBox_für_Ausgang(iBitNr) == 2)
{
// d
iBitNr = iBitNr - 6;
return(BitFld_ARM_Box2.AnyOn(HELPER_BIT_FIELD.DecimalToFlag(iBitNr)));
}
else
{
return(false);
}
}
public void Set_OUT_Bit(int iBitNr, bool bISOn)
{
byte bValue = 0;
int iRelaisBox = 0;
iRelaisBox = this.Get_RelaisBox_für_Ausgang(iBitNr);
if (iRelaisBox == 1)
{
HELPER_BIT_FIELD.Flag currFlag = HELPER_BIT_FIELD.DecimalToFlag(iBitNr);
if (bISOn)
{
this.BitFld_ARM_Box1.SetOn(currFlag);
}
else
{
this.BitFld_ARM_Box1.SetOff(currFlag);
}
bValue = (byte)this.BitFld_ARM_Box1.Mask;
}
else if (iRelaisBox == 2)
{
iBitNr = iBitNr - 6;
HELPER_BIT_FIELD.Flag currFlag = HELPER_BIT_FIELD.DecimalToFlag(iBitNr);
if (bISOn)
{
this.BitFld_ARM_Box2.SetOn(currFlag);
}
else
{
this.BitFld_ARM_Box2.SetOff(currFlag);
}
bValue = (byte)this.BitFld_ARM_Box2.Mask;
}
else
{
Debug.Assert(false);
return;
}
this.WriteDIO(bValue, /*Relaisbox*/ iRelaisBox);
}
private bool ReadDIO(int iBitNr)
{
string s = "x";
bool bRet = false;
int iReturn = 0;
int RelaisBox = this.Get_RelaisBox_für_Eingang(iBitNr);
try
{
if (RelaisBox == 1)
{
try
{
s = cGlobalScale.objCIND890APIClient_DigitalIO.DiscreteIO.ReadDIOInput(/*ist immer 3 für X3*/ port, /*ist immer 1*/ slave_ARM_Box1);
}
catch (Exception ex)
{
SiAuto.LogException("ReadDIO(a)", ex);
cGlobalHandling.MessageBox(
"ARM100 Lesen Box1: Das Scaleinterface meldet an Port X3, unter der Slave Adresse " + slave_ARM_Box1.ToString() +
" keine Verbindung", "ARM 100 Lesefunktion (Read DIO)");
return(false);
}
iReturn = Convert.ToInt32(s);
this.BitFld_ARM_Box1_Eingänge.Mask = (byte)iReturn;
}
else if (RelaisBox == 2)
{
try
{
s = cGlobalScale.objCIND890APIClient_DigitalIO.DiscreteIO.ReadDIOInput(/*ist immer 3 für X3*/ port, /*ist immer 1*/ slave_ARM_Box2);
}
catch (Exception ex)
{
SiAuto.LogException("ReadDIO(b)", ex);
cGlobalHandling.MessageBox(
"ARM100 Lesen Box2: Das Scaleinterface meldet an Port X3, unter der Slave Adresse " + slave_ARM_Box2.ToString() +
" keine Verbindung", "ARM 100 Lesefunktion (Read DIO)");
return(false);
}
iReturn = Convert.ToInt32(s);
this.BitFld_ARM_Box2_Eingänge.Mask = (byte)iReturn;
}
else
{
}
if (RelaisBox == 1)
{
bRet = this.BitFld_ARM_Box1_Eingänge.AnyOn(HELPER_BIT_FIELD.DecimalToFlag(iBitNr));
}
else if (RelaisBox == 2)
{
iBitNr = iBitNr - 4;
bRet = this.BitFld_ARM_Box2_Eingänge.AnyOn(HELPER_BIT_FIELD.DecimalToFlag(iBitNr));
}
else
{
bRet = false;
}
}
catch (Exception ex)
{
MessageBox.Show("Read DIO IO Fehler \r\n" + ex.Message);
throw;
}
return(bRet);
}
