NFC.NET Library for Android 2.3 Full Source » Developer Team :: Best choice for developers!

NFC.NET Library for Android 2.3 Full Source » Developer Team :: Best choice for developers!

Library API

public enum Mode { Reader, ForegroundDispatch, Beam }

 public class NfcError
 {
  public NfcError(string message);
 }

 public class Nfc
 {
  public Nfc(Activity activity, Mode mode);

  public Activity Activity { get; }
  public NfcAdapter Adapter { get; }
  public bool AdapterEnabled { get; }
  public bool BeamEnabled { get; }
  public Mode Mode { get; }
  public PendingIntent PendingIntent { get; }

  public bool Beam(NdefMessage message)
  public bool Beam(Android.Net.Uri uri);
  public bool Beam(Android.Net.Uri[] uris);
  public bool Beam(string fileName);
  public bool Beam(string[] fileNames);
  public void Disable();
  public void Enable(NfcReaderFlags flags = NfcReaderFlags.NfcA);
  public void OnNewIntent(Intent intent);
  public void ShowBeamSettings();
  public void ShowSettings();

  public event EventHandler BeamComplete;
  public event TagDiscoveredEventHandler TagDiscovered;
 }

 public class NfcTag
 {
  public NfcTag(Tag tag);

  public string Id { get; }
  public MifareClassicTag MifareClassicTag { get; }
  public MifareUltralightTag MifareUltralightTag { get; }
  public NdefFormatableTag NdefFormatableTag { get; }
  public NdefTag NdefTag { get; }
  public IsoDepTag IsoDepTag { get; }
  public NfcATag NfcATag { get; }
  public NfcBTag NfcBTag { get; }
  public NfcFTag NfcFTag { get; }
  public NfcVTag NfcVTag { get; }
  public Tag Tag { get; }
  public string[] TechList { get; }

  public string GetId(char separator = ':');
 }

 public class NdefTag
 {
  public NdefTag(Ndef ndef);

  public bool CanMakeReadOnly { get; }
  public bool IsWritable { get; }
  public NdefItem[] Items { get; }
  public int MaxSize { get; }
  public Ndef Ndef { get; }
  public NdefRecord[] Records { get; }
  public Tag Tag { get; }
  public string Type { get; }

  public bool MakeReadOnly();
  public bool Write(NdefMessage message);
  public bool Write(NdefItem item);
  public bool Write(params NdefItem[] items);
 }

 public class NdefItem
 {
  public NdefItem(NdefRecord ndefRecord);

  public string ExternalText { get; }
  public bool IsAbsoluteUri { get; }
  public bool IsEmpty { get; }
  public bool IsExternalType { get; }
  public bool IsMimeMedia { get; }
  public bool IsText { get; }
  public bool IsUnchanged { get; }
  public bool IsUnknown { get; }
  public bool IsUri { get; }
  public bool IsWellKnown { get; }
  public NdefRecord NdefRecord { get; }
  public byte[] Payload { get; }
  public string PayloadUtf8 { get; }
  public string Text { get; }
  public string TextLanguageCode { get; }
  public string TnfDescription { get; }
  public string Uri { get; }

  public static NdefItem CreateApplicationItem(string packageName);
  public static NdefItem CreateExternalItem(string domain, string type, byte[] data);
  public static NdefItem CreateMimeItem(string mimeType, byte[] mimeData);
  public static NdefItem CreateTextItem(string text, string languageCode = "en");
  public static NdefItem CreateUriItem(string uri);
 }

 public class IsoDepTag
 {
  public IsoDepTag(IsoDep isoDep);

  public IsoDep IsoDep { get; }
  public int MaxTransceiveLength { get; }
  public Tag Tag { get; }
  public int Timeout { get; set; }

  public byte[] Transceive(byte[] data);
 }

 public class NfcATag
 {
  public NfcATag(NfcA nfcA);

  public byte[] Atqa { get; }
  public int MaxTransceiveLength { get; }
  public NfcA NfcA { get; }
  public short Sak { get; }
  public Tag Tag { get; }
  public int Timeout { get; set; }

  public byte[] Transceive(byte[] data);
 }

 public class NfcBTag
 {
  public NfcBTag(NfcB nfcB);

  public int MaxTransceiveLength { get; }
  public NfcB NfcB { get; }
  public Tag Tag { get; }

  public byte[] Transceive(byte[] data);
 }

 public class NfcFTag
 {
  public NfcFTag(NfcF nfcF);

  public int MaxTransceiveLength { get; }
  public NfcF NfcF { get; }
  public Tag Tag { get; }
  public int Timeout { get; set; }

  public byte[] Transceive(byte[] data);
 }
 
 public class NfcVTag
 {
  public NfcVTag(NfcV nfcV);

  public int BlockCount { get; }
  public int BlockSize { get; }
  public sbyte DsfId { get; }
  public int Ic { get; }
  public int MaxTransceiveLength { get; }
  public NfcV NfcV { get; }
  public sbyte ResponseFlags { get; }
  public byte[] SystemInformation { get; }
  public Tag Tag { get; }

  public byte[] EasAlarm();
  public byte[] GetInventory();
  public byte[] LockAfi(byte afi);
  public byte[] LockBlock(byte block);
  public byte[] LockDsfid();
  public byte[] LockEas();
  public byte[] ReadBlock(byte block);
  public byte[] ReadBlocks(byte firstBlock, byte blockCount);
  public byte[] ResetEas();
  public byte[] ResetToReady();
  public byte[] Security(byte firstBlock, byte blockCount);
  public byte[] SetEas();
  public byte[] Transceive(byte[] data);
  public byte[] WriteAfi(byte afi);
  public byte[] WriteBlock(byte block, byte[] data);
  public byte[] WriteBlocks(byte firstBlock, byte blockCount, byte[] data);
  public byte[] WriteDsfid(byte dsfid);
 }

 public class MifareClassicTag
 {
  public MifareClassicTag(MifareClassic mifareClassic);

  public static int BlockSize { get; }
  public int BlockCount { get; }
  public int MaxTransceiveLength { get; }
  public MifareClassic MifareClassic { get; }
  public int SectorCount { get; }
  public int Size { get; }
  public Tag Tag { get; }
  public int Timeout { get; set; }
  public MifareClassicType Type { get; }
  public string TypeDescription { get; }

  public byte[] ReadBlock(int blockIndex, byte[] keyA = null, byte[] keyB = null);
  public byte[][] ReadBlocks(byte[] keyA = null, byte[] keyB = null);
  public byte[] ReadData(byte[] keyA = null, byte[] keyB = null);
 }

 public class MifareUltralightTag
 {
  public enum NTag { Unknown, NTag203, NTag210, NTag212, NTag213, NTag215, NTag216 }

  public MifareUltralightTag(MifareUltralight mifareUltralight);

  public static int PageSize { get; }
  public int MaxTransceiveLength { get; }
  public MifareUltralight MifareUltralight { get; }
  public Tag Tag { get; }
  public int Timeout { get; set; }
  public MifareUltralightType Type { get; }
  public string TypeDescription { get; }

  public int PageCount(NTag nTag = NTag.Unknown);
  public byte[] ReadData(NTag nTag = NTag.Unknown);
  public byte[] ReadPage(int pageOffset);
  public byte[][] ReadPages(NTag nTag = NTag.Unknown);
  public byte[] Transceive(byte[] data);
  public void WritePage(int pageOffset, byte[] data);
  public void WritePages(int firstPageOffset, byte[][] data);

  // NTAG commands
  public byte[] GetVersion()
  public byte[] Read(byte address);
  public byte[] FastRead(byte startAddress, byte endAddress);
  public byte[] ReadCounter();
  public byte[] ReadSignature();
 }

 public class NdefFormatableTag
 {
  public NdefFormatableTag(NdefFormatable ndefFormatable);

  public NdefFormatable NdefFormatable { get; }
  public Tag Tag { get; }

  public bool Format();
  public bool FormatReadOnly();
 }

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