//Add and Connect Reader public void AddDevice(long DeviceID) { FedmIscReader AdUSBReader; AdUSBReader = new FedmIscReader(); // add ebent listener for protocol streams to be displayed in a window AdUSBReader.AddEventListener((FeIscListener)this, FeIscListenerConst.SEND_STRING_EVENT); AdUSBReader.AddEventListener((FeIscListener)this, FeIscListenerConst.RECEIVE_STRING_EVENT); // max IIDs for each Inventory AdUSBReader.SetTableSize(FedmIscReaderConst.ISO_TABLE, 128); //Try to connect Readers try { //Connect with USB_Port AdUSBReader.ConnectUSB((int)DeviceID); map.Add(DeviceID, AdUSBReader); this.listBoxUSBReaders.Items.Add(DeviceID.ToString()); ReaderCount(); // Read out ReadInfo of connected reader AdUSBReader.ReadReaderInfo(); } catch (Exception ex) { MessageBox.Show(ex.ToString()); } }
static void Main(string[] args) { _reader = new FedmIscReader(); //Initilize internal table size (default is 0, without initilization, there is no table to place data coming in) _reader.SetTableSize(FedmIscReaderConst.BRM_TABLE, 255); //Create a new FedmTaskListener object, this Interface implements the OnNewNotificaiton() method, which will fire when the reader sends through a new notificaiton FedmTaskListener listener = new NotificaitonTaskListener(_reader); //Set up FedmTaskOption, this is where you configure the port to listen to, as well as the option to reply with an acknoledgement FedmTaskOption taskOpt = new FedmTaskOption() { IPPort = 10005, NotifyWithAck = 0 // 0 = Off, 1 = Off }; Console.WriteLine("Begin Listening"); Console.WriteLine(); //Initialize notificaiotn listening, by starting a new background task _reader.StartAsyncTask(FedmTaskOption.ID_NOTIFICATION, listener, taskOpt); listener.OnNewNotification(1, "172.20.43.67", 10005); Console.ReadKey(); }
public TagHandlerSample() { InitializeComponent(); Reader = new FedmIscReader(); // initializes the internal table for max. 50 tags per Inventory Reader.SetTableSize(FedmIscReaderConst.ISO_TABLE, 50); }
//Constructor public NotificationSample() { InitializeComponent(); try { reader = new FedmIscReader(); reader.SetTableSize(FedmIscReaderConst.BRM_TABLE, 255); // max 255 tag with each notification taskOpt = new FedmTaskOption(); } catch (FedmException ex) { MessageBox.Show(ex.ToString()); return; } }
public bool Scanning; // to check from outside if the Communicator is currently scanning for chips /////////////////////// Methods /////////////////////// /////////////////////////////////////////////////////// // Constuctor private ReaderCommunicator() { try { _reader = new FedmIscReader(); Logger.GetInstance().Log("RC: FedmIscReader constructed"); } catch (Exception e) { Logger.GetInstance().Log("RC: --EXCEPTION caught when generating a new FedmIscReader object: " + e.Message); } //TODO check if constructing was possible? _reader.SetTableSize(TableId, TableSize); // set the table used to the tableID and the dependent size Logger.GetInstance().Log("RC: Tablesize set"); }
void AddDevice(int deviceId) { var device = new FedmIscReader(); device.SetTableSize(FedmIscReaderConst.ISO_TABLE, 128); try { device.ConnectUSB(deviceId); Devices.Add(deviceId, device); device.ReadReaderInfo(); } catch (Exception e) { Console.Error.WriteLine(e); } }
public APDU_Sample() { try { fedm = new FedmIscReader(); APDU_Prot = new FedmCprApdu(this); fedm.SetTableSize(FedmIscReaderConst.ISO_TABLE, 128); } catch (Exception ex) { MessageBox.Show(this, ex.ToString(), "Error"); } config = new PortConnection(); config.PortConfig(ref fedm); DialogResult reponse = config.ShowDialog(); // Check Reader - Support of APDUs if (fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR02 || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR04_U || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR40_XX || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR40_XX_U || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR50_XX || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR52_XX || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR44_XX || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPR30_XX || fedm.GetReaderType() == FedmIscReaderConst.TYPE_CPRM02) { } else { MessageBox.Show(this, "Reader doesn't support APDU commands!", "Error"); } InitializeComponent(); // First send "Inventory" and select Tag before APDU Input this.button_sendAPDU.Enabled = false; this.maskedTextBox_APDU.Enabled = false; }
public ReaderController(FedmIscReader reader) { _reader = reader; _reader.SetTableSize(FedmIscReaderConst.ISO_TABLE, 255); }
private void LeserApplikation_Load(object sender, System.EventArgs e) { reader = new FedmIscReader(); int back = reader.SetTableSize(FedmIscReaderConst.ISO_TABLE, 128); }
public ISOHostSample() { try { fedm = new FedmIscReader(); } catch (Exception ex) { MessageBox.Show(this, ex.ToString(), "Error"); } //declaration from Thread Thread MyThread = new Thread(new ThreadStart(ReadThread)); fedm.SetTableSize(FedmIscReaderConst.ISO_TABLE, 128); config = new PortConnection(); config.PortConfig(ref fedm); DialogResult reponse = config.ShowDialog(); if (fedm.Connected == true) { try { fedm.ReadCompleteConfiguration(false); } catch (Exception ex) { MessageBox.Show(this, ex.ToString(), "Error"); } // set Persistence Reset Time in Reader Configuration to zero // this speeds up inventory cycles int back = OBID.Fedm.ERROR_UNSUPPORTED_NAMESPACE; try { back = fedm.TestConfigPara(OBID.ReaderConfig.Transponder.PersistenceReset.Antenna.No1.PersistenceResetTime); } catch (Exception ex) { // ignore Exception } // if reader supports this parameter, set it ! if (0 == back) { try { back = fedm.GetConfigPara(OBID.ReaderConfig.Transponder.PersistenceReset.Antenna.No1.PersistenceResetTime, out persistenceResetTime, false); back = fedm.SetConfigPara(OBID.ReaderConfig.Transponder.PersistenceReset.Antenna.No1.PersistenceResetTime, (uint)0, false); if (back == 1) // return value 1 indicates modified parameter { back = fedm.ApplyConfiguration(false); } } catch (Exception ex) { MessageBox.Show(this, ex.ToString(), "Error"); } } } // Init Dialogs Authent authmifare_config = new AuthentMifare(this.fedm); authmyd_config = new AuthentMYD(this.fedm); if (fedm.Connected == true && reponse == DialogResult.Cancel) { InitializeComponent(); //set read Mode this.comboBoxMod.SelectedIndex = 1; //set bank for UHF this.comboBoxBank.SelectedIndex = 3; this.comboBoxBank.Enabled = false; // set blockSize this.numericUpDownDBS.Minimum = 1; this.numericUpDownDBS.Maximum = 256; this.numericUpDownDBS.Increment = 1; this.numericUpDownDBS.Value = 4; // set the number of blocks this.numericUpDownDBN.Minimum = 1; this.numericUpDownDBN.Maximum = 256; this.numericUpDownDBN.Increment = 1; this.numericUpDownDBN.Value = 1; // set status of Authent Buttons this.button_Authent_myd.Enabled = false; this.button_AuthentMifare.Enabled = false; this.checkBoxEnable.Checked = true; //Registry from Events send and receive fedm.AddEventListener(this, FeIscListenerConst.SEND_STRING_EVENT); fedm.AddEventListener(this, FeIscListenerConst.RECEIVE_STRING_EVENT); //Init from TextEditor HexEdit.SetSize(128, 4, BnkIdx); //Thread starten in Background running = false; MyThread.IsBackground = true; MyThread.Start(); } else { config.ShowDialog(); } }