public void ReadTags(ThinkifyReader Reader)
{
string s = Reader.Execute("T62");
// Console.WriteLine(s);
Reader.TagList.ProcessReaderMessage(s);
}
public void DumpTaglist(ThinkifyReader Reader)
{
foreach (ThinkifyTag T in Reader.TagList)
{
Console.WriteLine(T.EPC + " " + T.ReadCount.ToString());
}
Reader.TagList.Clear();
}
/// <summary>
/// DisconnectReader
/// </summary>
public override void DisconnectReader()
{
//rfid3.ReadingActive = false;
if (rfid3 != null)
{
connected = false;
rfid3.Dispose();
rfid3 = null;
System.Threading.Thread.Sleep(250);
}
}
/// <summary>
/// ConnectReader
/// </summary>
/// <param name="address"></param>
public override bool ConnectReader(string address)
{
if (rfid3 == null)
{
rfid3 = new ThinkifyReader(address);
rfid3.Execute("v");
rfid3.Execute("iq0");
rfid3.Execute("io3");
rfid3.Execute("ii3");
connected = true;
}
return(true);
}
private void Form1_Load(object sender, EventArgs e)
{
Reader = new ThinkifyReader("COM3");
//Connect the reader's TagReadEvent to our Event Handler.
Reader.TagReadEvent += new TagReadEventHandler(ProcessTagReadEvent);
//Connect the reader's extended read event to our Event Handler.
Reader.TagXReadEvent += new TagXReadEventHandler(ProcessTagXReadEvent);
//Reader.DataReceivedEvent += new DataReceivedEventHandler(ProcessDataReceivedEvent);
//Reader.Reset();
}
public void Run()
{
//Set the COM port to the appropriate one for your reader.
ThinkifyReader Reader = new ThinkifyReader("COM3");
//Connect the reader's TagReadEvent to our Event Handler.
Reader.TagReadEvent += new TagReadEventHandler(ProcessTagReadEvent);
//Connect the reader's extended read event to our Event Handler.
Reader.TagXReadEvent += new TagXReadEventHandler(ProcessTagXReadEvent);
//Say Hello.
Console.WriteLine("-------------------------------------------");
Console.WriteLine(" Welcome to The Thinkify TR200 RFID Reader ");
Console.WriteLine("-------------------------------------------");
Console.WriteLine("");
//Put the reader back to factory default state.
Reader.Reset();
//We've got a couple of methods for common commands.
Console.WriteLine("Firmware version is: \n{0}", Reader.Version);
Console.WriteLine("RF Attenuation is: \n{0}", Reader.Attenuation);
Console.WriteLine("");
//You can also use a synchronous call (Reader.Execute) to get data from the reader.
//You can send any command in the protocol spec.
Console.WriteLine("Inventory Parameters are: \n{0}", Reader.Execute("i"));
Console.WriteLine("");
//Let's program a tag. -- Hold one up and It'll try to put this ID in it...
Console.WriteLine("Program EPC Result: {0}", Reader.ProgramEPC("3333 4444 5555 5555 2222 2222"));
Console.WriteLine("");
//Reading uses asynchronous calls. We turn the reader on and wait for read events to come in
//that we deal with in our event handler.
Console.WriteLine("Let's Read for a bit...");
Console.WriteLine();
//Setting ReadingActive=True starts continuous polling. Whenever a tag is read, the assigned
//TagReadEventHandler (In our case, ProcessTagReadEvent) will be called.
Reader.ReadingActive = true;
Thread.Sleep(1000);
//Turn off continuous polling. -- Reader is now ready to accept synchronous commands again.
Reader.ReadingActive = false;
Console.WriteLine();
Console.WriteLine("What did we see?");
DumpTaglist(Reader);
Console.WriteLine();
Console.WriteLine("Try to Read the Tag's user memory...");
Console.WriteLine(Reader.ReadUserMemory());
Console.WriteLine();
Console.WriteLine("Done!");
Reader.Dispose();
Console.ReadLine();
}
