private bool InitAdam5050()
{
bool[] bDIO, bMask;
bool bRet;
int iCh = 0, iDI = 0, iDO = 0;
if (m_b5000)
{
bRet = (adamCom.DigitalInput(m_iAddr).GetUniversalStatus(m_iSlot, out bDIO) & adamCom.DigitalOutput(m_iAddr).GetAlarmMappingMask(m_iSlot, m_iChTotal, out bMask));
}
else
{
bRet = (adamSocket.DigitalInput(m_iAddr).GetUniversalStatus(m_iSlot, out bDIO) & adamSocket.DigitalOutput(m_iAddr).GetAlarmMappingMask(m_iSlot, m_iChTotal, out bMask));
}
if (bRet && bDIO.Length == 16)
{
InitChannelItems(true, bDIO[0], bMask[0], ref iCh, ref iDI, ref iDO, ref panelCh0, ref btnCh0);
InitChannelItems(true, bDIO[1], bMask[1], ref iCh, ref iDI, ref iDO, ref panelCh1, ref btnCh1);
InitChannelItems(true, bDIO[2], bMask[2], ref iCh, ref iDI, ref iDO, ref panelCh2, ref btnCh2);
InitChannelItems(true, bDIO[3], bMask[3], ref iCh, ref iDI, ref iDO, ref panelCh3, ref btnCh3);
InitChannelItems(true, bDIO[4], bMask[4], ref iCh, ref iDI, ref iDO, ref panelCh4, ref btnCh4);
InitChannelItems(true, bDIO[5], bMask[5], ref iCh, ref iDI, ref iDO, ref panelCh5, ref btnCh5);
InitChannelItems(true, bDIO[6], bMask[6], ref iCh, ref iDI, ref iDO, ref panelCh6, ref btnCh6);
InitChannelItems(true, bDIO[7], bMask[7], ref iCh, ref iDI, ref iDO, ref panelCh7, ref btnCh7);
InitChannelItems(true, bDIO[8], bMask[8], ref iCh, ref iDI, ref iDO, ref panelCh8, ref btnCh8);
InitChannelItems(true, bDIO[9], bMask[9], ref iCh, ref iDI, ref iDO, ref panelCh9, ref btnCh9);
InitChannelItems(true, bDIO[10], bMask[10], ref iCh, ref iDI, ref iDO, ref panelCh10, ref btnCh10);
InitChannelItems(true, bDIO[11], bMask[11], ref iCh, ref iDI, ref iDO, ref panelCh11, ref btnCh11);
InitChannelItems(true, bDIO[12], bMask[12], ref iCh, ref iDI, ref iDO, ref panelCh12, ref btnCh12);
InitChannelItems(true, bDIO[13], bMask[13], ref iCh, ref iDI, ref iDO, ref panelCh13, ref btnCh13);
InitChannelItems(true, bDIO[14], bMask[14], ref iCh, ref iDI, ref iDO, ref panelCh14, ref btnCh14);
InitChannelItems(true, bDIO[15], bMask[15], ref iCh, ref iDI, ref iDO, ref panelCh15, ref btnCh15);
return(true);
}
return(false);
}
private void RefreshDIValue()
{
bool[] bValue;
if (adamCom.DigitalInput(m_iAddr).GetValues(out bValue))
{
txtDI0.Text = bValue[0].ToString();
txtDI1.Text = bValue[1].ToString();
txtDI2.Text = bValue[2].ToString();
txtDI3.Text = bValue[3].ToString();
}
else
{
txtDI0.Text = "GetValues() failed";
txtDI1.Text = "GetValues() failed";
txtDI2.Text = "GetValues() failed";
txtDI3.Text = "GetValues() failed";
}
}
private void RefresDIO()
{
bool[] bDI, bDO;
if (adamCom.DigitalInput(m_iAddr).GetValues(m_iDITotal, m_iDOTotal, out bDI, out bDO))
{
if (m_iDITotal > 0)
{
if (m_iDOTotal > 0) // DI > 0, DO > 0
{
if (m_iDITotal > 0)
{
txtCh0.Text = bDI[0].ToString();
}
if (m_iDITotal > 1)
{
txtCh1.Text = bDI[1].ToString();
}
if (m_iDITotal > 2)
{
txtCh2.Text = bDI[2].ToString();
}
if (m_iDITotal > 3)
{
txtCh3.Text = bDI[3].ToString();
}
if (m_iDITotal > 4)
{
txtCh4.Text = bDI[4].ToString();
}
if (m_iDITotal > 5)
{
txtCh5.Text = bDI[5].ToString();
}
if (m_iDITotal > 6)
{
txtCh6.Text = bDI[6].ToString();
}
if (m_iDITotal > 7)
{
txtCh7.Text = bDI[7].ToString();
}
//
if (m_iDOTotal > 0)
{
txtCh8.Text = bDO[0].ToString();
}
if (m_iDOTotal > 1)
{
txtCh9.Text = bDO[1].ToString();
}
if (m_iDOTotal > 2)
{
txtCh10.Text = bDO[2].ToString();
}
if (m_iDOTotal > 3)
{
txtCh11.Text = bDO[3].ToString();
}
if (m_iDOTotal > 4)
{
txtCh12.Text = bDO[4].ToString();
}
if (m_iDOTotal > 5)
{
txtCh13.Text = bDO[5].ToString();
}
if (m_iDOTotal > 6)
{
txtCh14.Text = bDO[6].ToString();
}
if (m_iDOTotal > 7)
{
txtCh15.Text = bDO[7].ToString();
}
}
else // DI > 0, DO = 0
{
if (m_iDITotal > 0)
{
txtCh0.Text = bDI[0].ToString();
}
if (m_iDITotal > 1)
{
txtCh1.Text = bDI[1].ToString();
}
if (m_iDITotal > 2)
{
txtCh2.Text = bDI[2].ToString();
}
if (m_iDITotal > 3)
{
txtCh3.Text = bDI[3].ToString();
}
if (m_iDITotal > 4)
{
txtCh4.Text = bDI[4].ToString();
}
if (m_iDITotal > 5)
{
txtCh5.Text = bDI[5].ToString();
}
if (m_iDITotal > 6)
{
txtCh6.Text = bDI[6].ToString();
}
if (m_iDITotal > 7)
{
txtCh7.Text = bDI[7].ToString();
}
if (m_iDITotal > 8)
{
txtCh8.Text = bDI[8].ToString();
}
if (m_iDITotal > 9)
{
txtCh9.Text = bDI[9].ToString();
}
if (m_iDITotal > 10)
{
txtCh10.Text = bDI[10].ToString();
}
if (m_iDITotal > 11)
{
txtCh11.Text = bDI[11].ToString();
}
if (m_iDITotal > 12)
{
txtCh12.Text = bDI[12].ToString();
}
if (m_iDITotal > 13)
{
txtCh13.Text = bDI[13].ToString();
}
if (m_iDITotal > 14)
{
txtCh14.Text = bDI[14].ToString();
}
if (m_iDITotal > 15)
{
txtCh15.Text = bDI[15].ToString();
}
}
}
else // DI = 0, DO > 0
{
if (m_iDOTotal > 0)
{
txtCh0.Text = bDO[0].ToString();
}
if (m_iDOTotal > 1)
{
txtCh1.Text = bDO[1].ToString();
}
if (m_iDOTotal > 2)
{
txtCh2.Text = bDO[2].ToString();
}
if (m_iDOTotal > 3)
{
txtCh3.Text = bDO[3].ToString();
}
if (m_iDOTotal > 4)
{
txtCh4.Text = bDO[4].ToString();
}
if (m_iDOTotal > 5)
{
txtCh5.Text = bDO[5].ToString();
}
if (m_iDOTotal > 6)
{
txtCh6.Text = bDO[6].ToString();
}
if (m_iDOTotal > 7)
{
txtCh7.Text = bDO[7].ToString();
}
if (m_iDOTotal > 8)
{
txtCh8.Text = bDO[8].ToString();
}
if (m_iDOTotal > 9)
{
txtCh9.Text = bDO[9].ToString();
}
if (m_iDOTotal > 10)
{
txtCh10.Text = bDO[10].ToString();
}
if (m_iDOTotal > 11)
{
txtCh11.Text = bDO[11].ToString();
}
if (m_iDOTotal > 12)
{
txtCh12.Text = bDO[12].ToString();
}
if (m_iDOTotal > 13)
{
txtCh13.Text = bDO[13].ToString();
}
if (m_iDOTotal > 14)
{
txtCh14.Text = bDO[14].ToString();
}
if (m_iDOTotal > 15)
{
txtCh15.Text = bDO[15].ToString();
}
}
}
else
{
txtCh0.Text = "Fail";
txtCh1.Text = "Fail";
txtCh2.Text = "Fail";
txtCh3.Text = "Fail";
txtCh4.Text = "Fail";
txtCh5.Text = "Fail";
txtCh6.Text = "Fail";
txtCh7.Text = "Fail";
txtCh8.Text = "Fail";
txtCh9.Text = "Fail";
txtCh10.Text = "Fail";
txtCh11.Text = "Fail";
txtCh12.Text = "Fail";
txtCh13.Text = "Fail";
txtCh14.Text = "Fail";
txtCh15.Text = "Fail";
}
}
public bool Get(out bool[] di, out bool[] @do) => adamCom.DigitalInput(address).GetValues(DiNumber, DoNumber, out di, out @do);
private void timer1_Tick(object sender, EventArgs e)
{
long lVal;
bool bDI;
float[] fVal;
bool[] DOStatus;
Adam4000_ChannelStatus[] status;
Adam_AIAlarmMode mode;
m_iCount++;
txtReadCount.Text = "Polling " + m_iCount.ToString() + " times...";
if (adamCom.AnalogInput(m_iAddr).GetValues(1, out fVal, out status)) // read AI value
{
if (status[0] == Adam4000_ChannelStatus.Normal) // the value is normal
{
txtAI.Text = fVal[0].ToString() + " " + AnalogInput.GetUnitName(m_Adam4000Type, m_adamConfig.TypeCode);
}
else // the value is invalid
{
txtAI.Text = status[0].ToString();
}
}
else
{
txtAI.Text = "Failed to get!";
}
// for ADAM-4011, ADAM-4011D, or ADAM-4012
if (m_Adam4000Type != Adam4000Type.Adam4013)
{
// event counter
if (adamCom.Counter(m_iAddr).GetValue(out lVal))
{
txtCounter.Text = lVal.ToString();
}
else
{
txtCounter.Text = "Failed to get!";
}
// event status
if (adamCom.DigitalInput(m_iAddr).GetValue(out bDI))
{
txtEvent.Text = bDI.ToString();
}
else
{
txtEvent.Text = "Failed to get!";
}
// alarm
if (adamCom.Alarm(m_iAddr).GetModeAlarmDO(2, out mode, out DOStatus))
{
m_DOStatus[0] = DOStatus[0];
m_DOStatus[1] = DOStatus[1];
txtLowAlarm.Text = DOStatus[0].ToString();
txtHighAlarm.Text = DOStatus[1].ToString();
}
else
{
txtLowAlarm.Text = "Failed to get!";
txtHighAlarm.Text = "Failed to get!";
}
}
}