//****************************************//
// Programming Fuctions //
//****************************************//
public void ProgrammerInit(byte IO_VOLTAGE, byte PortEnables)
{
//mut.WaitOne();
if (m_MPQIO.SelectProgrammer(m_Address))
{
if (!m_MPQIO.SetVoltage(m_Address, IO_VOLTAGE))
{
throw new Exception("Error in Set Voltage: " + m_MPQIO.m_LastError);
}
if (!m_MPQIO.SelectMode(m_Address, PROGRMMING_MODE))
{
throw new Exception("Error in SelectMode: " + m_MPQIO.m_LastError);
}
if (!m_MPQIO.EnablePorts(m_Address, PortEnables))
{
throw new Exception("Error in EnablePorts: " + m_MPQIO.m_LastError);
}
}
else
{
m_MPQIO.CloseComm();
throw new Exception("Cannot accsess to MPQ: " + m_MPQIO.m_LastError);
//OnMPQMessage(new MPQMessageEventArgs("Cannot accsess to MPQ:" + m_Address.ToString()));
}
//mut.ReleaseMutex();
}
//****************************************//
// Open RS232 Port for MPQ device //
//****************************************//
public void PortInit(String ConnectString)
{
if (m_MPQIO == null)
{
m_MPQIO = new MPQIO();
m_MPQIO.CloseComm();
if (!m_MPQIO.OpenComm(ConnectString))
{
throw new Exception("Error in OpenComm: " + m_MPQIO.m_LastError);
}
else
{
OnMPQMessage(new MPQMessageEventArgs("MPQ_OpenComm: Success"));
}
}
}
//****************************************//
// Open RS232 Port for MPQ device //
//****************************************//
public void PortInit(String ConnectString)
{
if (m_MPQIO == null)
{
m_MPQIO = new MPQIO();
m_MPQIO.CloseComm();
if (!m_MPQIO.OpenComm(ConnectString))
throw new Exception("Error in OpenComm: " + m_MPQIO.m_LastError);
else
OnMPQMessage(new MPQMessageEventArgs("MPQ_OpenComm: Success"));
}
}
