public AbstractReaders(string readersName)
{
ReadersName = readersName;
DeviceCfg deviceCfg = new DeviceCfg();
DeviceCfgItem deviceCfgItem = deviceCfg.FindReaderItem(readersName);
if (deviceCfgItem != null)
{
PortType portType = (PortType)Enum.Parse(typeof(PortType), deviceCfgItem.PortType);
PortType portType2 = portType;
if (portType2 == PortType.TcpServer)
{
CommPort = new TcpServerPort(deviceCfgItem.ConnStr);
}
}
}
public Reader(string readerName)
: base(readerName)
{
isRs485 = false;
RS485Items = null;
DeviceCfg deviceCfg = new DeviceCfg();
DeviceCfgItem deviceCfgItem = deviceCfg.FindReaderItem(ReaderName);
if (deviceCfgItem != null)
{
switch ((PortType)Enum.Parse(typeof(PortType), deviceCfgItem.PortType))
{
case PortType.TcpClient:
base.CommPort = new TcpClientPort(deviceCfgItem.ConnStr);
break;
case PortType.RS232:
base.CommPort = new Rs232Port(deviceCfgItem.ConnStr);
break;
case PortType.RS485:
{
isRs485 = true;
RS485Items = new RS485Item[deviceCfgItem.AddressList.Length];
int num = 0;
byte[] addressList = deviceCfgItem.AddressList;
foreach (byte address in addressList)
{
RS485Items[num].Address = address;
RS485Items[num].pReader = this;
num++;
}
base.CommPort = new Rs485Port(deviceCfgItem.ConnStr, deviceCfgItem.AddressList);
break;
}
}
}
AbstractReader.OnApiException += Reader_OnApiException;
base.OnReaderMessageReceived += Reader_OnMessageNotificationReceived;
}