public UserCfg(WorkMode_enum mode, byte ID, RFChipPower_enum power, NeedBCC_enum needbcc, CommPort_enum port, BlockSize_enum size, AvailableTime_enum time)
{
this.WorkMode = mode;
this.ReaderID = ID;
this.RFChipPower = power;
this.NeedBCC = needbcc;
this.CommPort = port;
this.BlockSize = size;
this.AvailableTime = time;
}
//其他读写器ID值
public UserCfg()
{
this.WorkMode = WorkMode_enum.OPERATOR_MODE;
this.ReaderID = 0x00;
this.RFChipPower = RFChipPower_enum.FULL_POWER;
this.NeedBCC = NeedBCC_enum.NEED_BCC;
this.CommPort = CommPort_enum.RS232;
this.BlockSize = BlockSize_enum.SIZE_4B;
this.AvailableTime = AvailableTime_enum.CONTINUANCE;
}
public void ConvBytesToUserCfg(byte[] data)
{
int pos = 0;
this.WorkMode = (WorkMode_enum)data[pos++];
this.ReaderID = data[pos++];
this.RFChipPower = (RFChipPower_enum)data[pos++];
this.NeedBCC = (NeedBCC_enum)data[pos++];
this.CommPort = (CommPort_enum)data[pos++];
for (int i = 0; i < AntStatus.Length; i++)
{
AntStatus[i] = (((data[pos] >> i) & 0x01) == 1);
}
this.BlockSize = (BlockSize_enum)data[pos++];
this.AvailableTime = (AvailableTime_enum)data[pos++];
}
