public SygoleHFReaderIF.EnumREStatus GetUserCfg(byte rfidID, ref SygoleHFReaderIF.UserConfig cfg)
{
SygoleHFReaderIF.EnumREStatus re = SygoleHFReaderIF.EnumREStatus.RW_FAILURE;
if (ReaderIF != null)
{
byte[] recvBytes = null;
re = ReaderIF.ReadUserCfg(rfidID, ref cfg, ref recvBytes);
}
this.rfidCfg = cfg;
return(re);
}
public SgrfidRW(byte readerID)
{
this.readerID = readerID;
this.rfidCfg = new SygoleHFReaderIF.UserConfig();
this.rfidCfg.AddrMode = 0;
this.rfidCfg.ReaderID = readerID;
this.rfidCfg.RFChipPower = 1;
this.rfidCfg.NeedBcc = true;
this.rfidCfg.ComPortType = 1;
this.rfidCfg.BlockBytes = 4;
this.rfidCfg.AvailableType = 0;
}
/// <summary>
/// 连接
/// </summary>
/// <returns></returns>
public bool Connect()
{
if (ReaderIF.commType == SygoleHFReaderIF.EnumCommType.URAT)
{
byte[] recvBytes = null;
if (ReaderIF == null || !ReaderIF.IsConnect)
{
return(false);
}
SygoleHFReaderIF.UserConfig cfg = null;
SygoleHFReaderIF.EnumREStatus re = ReaderIF.ReadUserCfg(this.readerID, ref cfg, ref recvBytes);
int reTryMax = 2;
int tryCount = 1;
while (re != SygoleHFReaderIF.EnumREStatus.RW_SUCCESS)
{
if (tryCount > reTryMax)
{
break;
}
System.Threading.Thread.Sleep(100);
re = ReaderIF.ReadUserCfg(this.readerID, ref cfg, ref recvBytes);
tryCount++;
}
ReaderIF.ClearRecvBuffer();
if (re == SygoleHFReaderIF.EnumREStatus.RW_SUCCESS && cfg != null)
{
this.rfidCfg = cfg;
isOpened = true;
return(true);
}
else
{
isOpened = false;
return(false);
}
}
else
{
string reStr = "";
if (!ReaderIF.ConnNet(ref reStr))
{
Console.WriteLine(reStr);
return(false);
}
else
{
return(true);
}
}
}
