/// <summary>
/// class constructor.
/// </summary>
/// <param name="card">
/// smart card object
/// </param>
/// <param name="connection">
/// connection object to the smard card
/// </param>
public IccDetection(SmartCard card, SmartCardConnection connection)
{
smartCard = card;
connectionObject = connection;
PcscDeviceClass = DeviceClass.Unknown;
PcscCardName = Pcsc.CardName.Unknown;
}
public static Stream Select(SmartCard card, SelectType selectType, byte[] file, SelectFileOccurrence fileOccurrence, SelectFileControlInformation fileControlInformation, int expectedLength) {
Command cmd = new Command();
cmd.Instruction = 0xA4;
cmd.Parameter1 = (byte)selectType;
cmd.Parameter2 = (byte)((byte)fileOccurrence | (byte)fileControlInformation);
cmd.Data = file;
cmd.ResponseLength = expectedLength;
byte[] command = cmd.ToArray();
byte[] buffer = new byte[256];
//Console.Write("Sending command {0}...", BitConverter.ToString(command));
int len = card.Transmit(command, buffer);
//Console.WriteLine(BitConverter.ToString(buffer, 0, len));
CommandStatus status = GetStatus(buffer, len);
if (!status.IsNormal())
throw status.ToException();
Stream result = new MemoryStream();
result.Write(buffer, 0, len - 2);
while (status.Sw1 == 0x61) {
throw new NotImplementedException("Reading of remaining length not implemented");
}
return result;
}
public static Stream ReadBinary(SmartCard card, int offset, int expectedLength) {
if ((offset < 0) || (offset > 0x7FFF))
throw new ArgumentOutOfRangeException("offset");
Command cmd = new Command();
cmd.Instruction = 0xB0;
cmd.Parameter1 = (byte)((offset >> 8) & 0x7F);
cmd.Parameter2 = (byte)offset;
cmd.ResponseLength = expectedLength;
byte[] command = cmd.ToArray();
byte[] buffer = new byte[expectedLength + 2];
//Console.Write("Sending command {0}...", BitConverter.ToString(command));
int len = card.Transmit(command, buffer);
//Console.WriteLine(BitConverter.ToString(buffer, 0, len));
CommandStatus status = GetStatus(buffer, len);
if (!status.IsNormal())
throw status.ToException();
Stream result = new MemoryStream();
result.Write(buffer, 0, len - 2);
while (status.Sw1 == 0x61) {
throw new NotImplementedException("Reading of remaining length not implemented");
}
result.Position = 0;
return result;
}
/// <summary>
/// Sample code to hande a couple of different cards based on the identification process
/// </summary>
/// <returns>None</returns>
private async Task HandleCard(SmartCard card)
{
try
{
// Clear the messages
MainPage.Current.NotifyUser(String.Empty, NotifyType.StatusMessage, true);
// Connect to the card
using (SmartCardConnection connection = await card.ConnectAsync())
{
// Try to identify what type of card it was
IccDetection cardIdentification = new IccDetection(card, connection);
await cardIdentification.DetectCardTypeAync();
LogMessage("Connected to card\r\nPC/SC device class: " + cardIdentification.PcscDeviceClass.ToString());
LogMessage("Card name: " + cardIdentification.PcscCardName.ToString());
LogMessage("ATR: " + BitConverter.ToString(cardIdentification.Atr));
if ((cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass) &&
(cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightC
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralight
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightEV1))
{
// Handle MIFARE Ultralight
MifareUltralight.AccessHandler mifareULAccess = new MifareUltralight.AccessHandler(connection);
// Each read should get us 16 bytes/4 blocks, so doing
// 4 reads will get us all 64 bytes/16 blocks on the card
for (byte i = 0; i < 4; i++)
{
byte[] response = await mifareULAccess.ReadAsync((byte)(4 * i));
LogMessage("Block " + (4 * i).ToString() + " to Block " + (4 * i + 3).ToString() + " " + BitConverter.ToString(response));
}
byte[] responseUid = await mifareULAccess.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(responseUid));
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.MifareDesfire)
{
// Handle MIFARE DESfire
Desfire.AccessHandler desfireAccess = new Desfire.AccessHandler(connection);
Desfire.CardDetails desfire = await desfireAccess.ReadCardDetailsAsync();
LogMessage("DesFire Card Details: " + Environment.NewLine + desfire.ToString());
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass
&& cardIdentification.PcscCardName == Pcsc.CardName.FeliCa)
{
// Handle Felica
LogMessage("Felica card detected");
var felicaAccess = new Felica.AccessHandler(connection);
var uid = await felicaAccess.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(uid));
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass
&& (cardIdentification.PcscCardName == Pcsc.CardName.MifareStandard1K || cardIdentification.PcscCardName == Pcsc.CardName.MifareStandard4K))
{
// Handle MIFARE Standard/Classic
LogMessage("MIFARE Standard/Classic card detected");
var mfStdAccess = new MifareStandard.AccessHandler(connection);
var uid = await mfStdAccess.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(uid));
ushort maxAddress = 0;
switch (cardIdentification.PcscCardName)
{
case Pcsc.CardName.MifareStandard1K:
maxAddress = 0x3f;
break;
case Pcsc.CardName.MifareStandard4K:
maxAddress = 0xff;
break;
}
await mfStdAccess.LoadKeyAsync(MifareStandard.DefaultKeys.FactoryDefault);
for (ushort address = 0; address <= maxAddress; address++)
{
var response = await mfStdAccess.ReadAsync(address, Pcsc.GeneralAuthenticate.GeneralAuthenticateKeyType.MifareKeyA);
LogMessage("Block " + address.ToString() + " " + BitConverter.ToString(response));
}
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass
&& (cardIdentification.PcscCardName == Pcsc.CardName.ICODE1 ||
cardIdentification.PcscCardName == Pcsc.CardName.ICODESLI ||
cardIdentification.PcscCardName == Pcsc.CardName.iCodeSL2))
{
// Handle ISO15693
LogMessage("ISO15693 card detected");
var iso15693Access = new Iso15693.AccessHandler(connection);
var uid = await iso15693Access.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(uid));
}
else
{
// Unknown card type
// Note that when using the XDE emulator the card's ATR and type is not passed through, so we'll
// end up here even for known card types if using the XDE emulator
// Some cards might still let us query their UID with the PC/SC command, so let's try:
var apduRes = await connection.TransceiveAsync(new Pcsc.GetUid());
if (!apduRes.Succeeded)
{
LogMessage("Failure getting UID of card, " + apduRes.ToString());
}
else
{
LogMessage("UID: " + BitConverter.ToString(apduRes.ResponseData));
}
}
}
}
catch(Exception ex)
{
LogMessage("Exception handling card: " + ex.ToString(), NotifyType.ErrorMessage);
}
}
/// <summary>
/// Sample code to hande a couple of different cards based on the identification process
/// </summary>
/// <returns>None</returns>
private async Task HandleCard(SmartCard card)
{
try
{
// Clear the messages
MainPage.Current.NotifyUser(String.Empty, NotifyType.StatusMessage, true);
// Connect to the card
var connection = await card.ConnectAsync();
// Try to identify what type of card it was
IccDetection cardIdentification = new IccDetection(card, connection);
await cardIdentification.DetectCardTypeAync();
LogMessage("Connected to card\r\nPC/SC device class: " + cardIdentification.PcscDeviceClass.ToString());
LogMessage("Card name: " + cardIdentification.PcscCardName.ToString());
if ((cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass) &&
(cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightC
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralight
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightEV1))
{
// Handle MIFARE Ultralight
MifareUltralight.AccessHandler mifareULAccess = new MifareUltralight.AccessHandler(connection);
// Each read should get us 16 bytes/4 blocks, so doing
// 4 reads will get us all 64 bytes/16 blocks on the card
for (byte i = 0; i < 4; i++)
{
byte[] response = await mifareULAccess.ReadAsync((byte)(4 * i));
LogMessage("Block " + (4 * i).ToString() + " to Block " + (4 * i + 3).ToString() + " " + BitConverter.ToString(response));
}
byte[] responseUid = await mifareULAccess.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(responseUid));
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.MifareDesfire)
{
// Handle MIFARE DESfire
Desfire.AccessHandler desfireAccess = new Desfire.AccessHandler(connection);
Desfire.CardDetails desfire = await desfireAccess.ReadCardDetailsAsync();
LogMessage("DesFire Card Details: " + Environment.NewLine + desfire.ToString());
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass
&& cardIdentification.PcscCardName == Pcsc.CardName.FeliCa)
{
// Handle Felica
LogMessage("Felica card detected");
var felicaAccess = new Felica.AccessHandler(connection);
var uid = await felicaAccess.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(uid));
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass
&& (cardIdentification.PcscCardName == Pcsc.CardName.MifareStandard1K || cardIdentification.PcscCardName == Pcsc.CardName.MifareStandard4K))
{
// Handle MIFARE Standard/Classic
LogMessage("MIFARE Standard/Classic card detected");
var mfStdAccess = new MifareStandard.AccessHandler(connection);
var uid = await mfStdAccess.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(uid));
ushort maxAddress = 0;
switch (cardIdentification.PcscCardName)
{
case Pcsc.CardName.MifareStandard1K:
maxAddress = 0x3f;
break;
case Pcsc.CardName.MifareStandard4K:
maxAddress = 0xff;
break;
}
await mfStdAccess.LoadKeyAsync(MifareStandard.DefaultKeys.FactoryDefault);
for (ushort address = 0; address <= maxAddress; address++)
{
var response = await mfStdAccess.ReadAsync(address, Pcsc.GeneralAuthenticate.GeneralAuthenticateKeyType.MifareKeyA);
LogMessage("Block " + address.ToString() + " " + BitConverter.ToString(response));
}
}
else if (cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass
&& (cardIdentification.PcscCardName == Pcsc.CardName.ICODE1 ||
cardIdentification.PcscCardName == Pcsc.CardName.ICODESLI ||
cardIdentification.PcscCardName == Pcsc.CardName.iCodeSL2))
{
// Handle ISO15693
LogMessage("ISO15693 card detected");
var iso15693Access = new Iso15693.AccessHandler(connection);
var uid = await iso15693Access.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(uid));
}
connection.Dispose();
}
catch(Exception ex)
{
LogMessage("Exception handling card: " + ex.ToString(), NotifyType.ErrorMessage);
}
}
private async Task HandleCard(SmartCard card)
{
try
{
connection = await card.ConnectAsync();
IccDetection cardIdentification = new IccDetection(card, connection);
await cardIdentification.DetectCardTypeAync();
LogMessage("Connected to card\r\nPC/SC device class: " + cardIdentification.PcscDeviceClass.ToString());
LogMessage("Card name: " + cardIdentification.PcscCardName.ToString());
LogMessage("ATR: " + BitConverter.ToString(cardIdentification.Atr));
if ((cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass) &&
(cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightC
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralight
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightEV1))
{
MifareUltralight.AccessHandler mifareULAccess = new MifareUltralight.AccessHandler(connection);
byte[] responseUid = await mifareULAccess.GetUidAsync();
LogMessage("UID: " + BitConverter.ToString(responseUid));
if (!BinaryDump && !ByteArrayEqual(responseUid, AmiiboUID)) //I used this because for some reasons responseUid == AmiiboUID was always false
{
MessageDialog dialog = new MessageDialog("The dump UID and the amiibo UID don't match");
LogMessage("Amiibo UID: " + BitConverter.ToString(responseUid) + " != Dump UID: " + BitConverter.ToString(AmiiboUID));
await dialog.ShowAsync();
return;
}
LogMessage("Using key: " + BitConverter.ToString(AmiiboPass));
byte[] Authresponse = await mifareULAccess.TransparentExchangeAsync(new byte[] { 0x1B, AmiiboPass[0], AmiiboPass[1], AmiiboPass[2], AmiiboPass[3] }); //PWD_AUTH
LogMessage("Auth sent !");
LogMessage("Auth Response length: " + Authresponse.Length.ToString());
if (Authresponse.Length == 0)
{
LogMessage("No response from Amiibo, can't restore dump !");
MessageDialog dlg = new MessageDialog("No response from Amiibo, wrong password ?");
await dlg.ShowAsync();
return;
}
LogMessage("Auth response: " + BitConverter.ToString(Authresponse));
//Using page layout from: https://www.3dbrew.org/wiki/Amiibo#Page_layout
#region WritePages
mifareULAccess.WriteAsync(0x4, getNBytes(AmiiboDump,0x10));
LogMessage("Page 0x4 wrote !");
mifareULAccess.WriteAsync(0x5, getNBytes(AmiiboDump, 0x14));
LogMessage("Page 0x5 wrote !");
mifareULAccess.WriteAsync(0x6, getNBytes(AmiiboDump, 0x18));
LogMessage("Page 0x6 wrote !");
mifareULAccess.WriteAsync(0x7, getNBytes(AmiiboDump, 0x1C));
LogMessage("Page 0x7 wrote !");
mifareULAccess.WriteAsync(0x8, getNBytes(AmiiboDump, 0x20));
LogMessage("Page 0x8 wrote !");
mifareULAccess.WriteAsync(0x9, getNBytes(AmiiboDump, 0x24));
LogMessage("Page 0x9 wrote !");
mifareULAccess.WriteAsync(0xA, getNBytes(AmiiboDump, 0x28));
LogMessage("Page 0xA wrote !");
mifareULAccess.WriteAsync(0xB, getNBytes(AmiiboDump, 0x2C));
LogMessage("Page 0xB wrote !");
mifareULAccess.WriteAsync(0xC, getNBytes(AmiiboDump, 0x30));
LogMessage("Page 0xC wrote !");
mifareULAccess.WriteAsync(0x20, getNBytes(AmiiboDump, 0x80));
LogMessage("Page 0x20 wrote !");
mifareULAccess.WriteAsync(0x21, getNBytes(AmiiboDump, 0x84));
LogMessage("Page 0x21 wrote !");
mifareULAccess.WriteAsync(0x22, getNBytes(AmiiboDump, 0x88));
LogMessage("Page 0x22 wrote !");
mifareULAccess.WriteAsync(0x23, getNBytes(AmiiboDump, 0x8C));
LogMessage("Page 0x23 wrote !");
mifareULAccess.WriteAsync(0x24, getNBytes(AmiiboDump, 0x90));
LogMessage("Page 0x24 wrote !");
mifareULAccess.WriteAsync(0x25, getNBytes(AmiiboDump, 0x94));
LogMessage("Page 0x25 wrote !");
mifareULAccess.WriteAsync(0x26, getNBytes(AmiiboDump, 0x98));
LogMessage("Page 0x26 wrote !");
mifareULAccess.WriteAsync(0x27, getNBytes(AmiiboDump, 0x9c));
LogMessage("Page 0x27 wrote !");//Until here i manually wrote the write addreses to test if the writing works, but i'm too lazy to replace those arleady working functions with a cycle
for (int i = 0; i < 0x5A; i++) mifareULAccess.WriteAsync((byte)(0x28/*Page*/ + i), getNBytes(AmiiboDump, 0xA0 /*ADDR of page 0x28*/ + (i*4)));
LogMessage("Page 0x28 to 0x81 wrote !");
#endregion
LogMessage("Dump restored :) !");
MessageDialog msg = new MessageDialog("Dump restored !");
await msg.ShowAsync();
}
else
{
LogMessage("This tag is not an Amiibo !");
MessageDialog msg = new MessageDialog("This tag is not an Amiibo !");
await msg.ShowAsync();
var apduRes = await connection.TransceiveAsync(new Pcsc.GetUid());
if (!apduRes.Succeeded)
{
LogMessage("Failure getting UID of card, " + apduRes.ToString());
}
else
{
LogMessage("UID: " + BitConverter.ToString(apduRes.ResponseData));
}
}
connection.Dispose();
}
catch (Exception ex)
{
connection.Dispose();
LogMessage("Exception handling card: " + ex.ToString());
MessageDialog msg = new MessageDialog("Exception handling card: " + ex.ToString());
await msg.ShowAsync();
}
}
private async Task HandleCard(SmartCard card)
{
try
{
connection = await card.ConnectAsync();
IccDetection cardIdentification = new IccDetection(card, connection);
await cardIdentification.DetectCardTypeAync();
LogMessage("Connected to card\r\nPC/SC device class: " + cardIdentification.PcscDeviceClass.ToString());
LogMessage("Card name: " + cardIdentification.PcscCardName.ToString());
LogMessage("ATR: " + BitConverter.ToString(cardIdentification.Atr));
if ((cardIdentification.PcscDeviceClass == Pcsc.Common.DeviceClass.StorageClass) &&
(cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightC
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralight
|| cardIdentification.PcscCardName == Pcsc.CardName.MifareUltralightEV1))
{
MifareUltralight.AccessHandler mifareULAccess = new MifareUltralight.AccessHandler(connection);
List<byte> dumpTmp = new List<byte>();
byte[] responseUid = await mifareULAccess.GetUidAsync();
dumpTmp.AddRange(new byte[] { 0x41, 0x6D, 0x69, 0x69, 0x67, 0x6F, 0x44, 0x75, 0x6D, 0x70, 0x00, 0x00, 0x00, 0x00 }); //MAGIC
LogMessage("UID: " + BitConverter.ToString(responseUid));
dumpTmp.AddRange(responseUid);
dumpTmp.AddRange(new byte[4]);
for (byte i = 0; i < 33; i++)
{
byte[] response = await mifareULAccess.ReadAsync((byte)(4 * i));
dumpTmp.AddRange(response);
LogMessage("Block " + (4 * i).ToString() + " to Block " + (4 * i + 3).ToString() + " " + BitConverter.ToString(response));
}
LogMessage("Dump ended :) !");
dumpTmp.AddRange(new byte[4] { 0x5F, 0x00, 0x00, 0x00 });
Dump = dumpTmp.ToArray();
MessageDialog msg = new MessageDialog("Dump completed !");
await msg.ShowAsync();
}
else
{
LogMessage("This tag is not an Amiibo and can't be dumped!");
MessageDialog msg = new MessageDialog("This tag is not an Amiibo and can't be dumped !");
await msg.ShowAsync();
var apduRes = await connection.TransceiveAsync(new Pcsc.GetUid());
if (!apduRes.Succeeded)
{
LogMessage("Failure getting UID of card, " + apduRes.ToString());
}
else
{
LogMessage("UID: " + BitConverter.ToString(apduRes.ResponseData));
}
}
connection.Dispose();
}
catch (Exception ex)
{
connection.Dispose();
LogMessage("Exception handling card: " + ex.ToString());
MessageDialog msg = new MessageDialog("Exception handling card: " + ex.ToString());
await msg.ShowAsync();
}
}
static void Main()
{
SimulatedReaders = new Dictionary<string, ReaderSettings>();
try
{
RegistryKey regKey = Registry.CurrentUser.OpenSubKey(@"Software\VirtualSmartCard\RemoteReaders");
foreach (var name in regKey.GetSubKeyNames())
{
var readerKey = regKey.OpenSubKey(name);
var reader = ReaderSettings.GetSettings(readerKey);
SimulatedReaders[reader.Name] = reader;
readerKey.Close();
}
regKey.Close();
}
catch {}
SmartCard sc = new SmartCard();
var s = sc.ListReaders();
foreach (String r in s)
{
ReaderSettings settings = null;
sc.Connect(r, SmartCard.share.SCARD_SHARE_DIRECT, SmartCard.protocol.SCARD_PROTOCOL_UNDEFINED);
try
{
byte[] isSimulated = sc.GetAttrib(0x7a009);
if (isSimulated != null)
{
int readerType = isSimulated[0];
if (readerType == 0)
{
var pipeSettings = new PipeReaderSettings();
byte[] data;
pipeSettings.PipeName = Encoding.ASCII.GetString((data = sc.GetAttrib(0x07a00a)), 0, data.Length - 1);
pipeSettings.EventPipeName = Encoding.ASCII.GetString((data = sc.GetAttrib(0x07a00b)), 0, data.Length - 1);
pipeSettings.Host = ".";
settings = pipeSettings;
}
else if (readerType == 1)
{
var tcpSettings = new TcpIpReaderSettings();
byte[] data;
tcpSettings.Port = ((data = sc.GetAttrib(0x07a00c))[0] | (data[1] << 8) | (data[2] << 16) | (data[3] << 24));
tcpSettings.EventPort = ((data = sc.GetAttrib(0x07a00d))[0] | (data[1] << 8) | (data[2] << 16) | (data[3] << 24));
tcpSettings.Host = "127.0.0.1";
settings = tcpSettings;
}
}
settings.Name = r;
settings.IsRemote = false;
SimulatedReaders[r] = settings;
}
catch { }
finally
{
sc.Disconnect(SmartCard.disposition.SCARD_LEAVE_CARD);
}
}
ScanForCards();
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Application.Run(new Main());
}
public MiFareWinRTCardReader(SmartCard smartCard, IReadOnlyCollection<SectorKeySet> keys) : base(keys)
{
this.smartCard = smartCard;
initialization = Initialize();
}
public static Stream ReadBinary(SmartCard card, int fileId, int offset, int expectedLength) {
if ((fileId < 0) || (fileId > 0x1F))
throw new ArgumentOutOfRangeException("id");
if ((offset < 0) || (offset > 0xFF))
throw new ArgumentOutOfRangeException("offset");
Command cmd = new Command();
cmd.Instruction = 0xB0;
cmd.Parameter1 = (byte)((1 << 7) | (fileId & 0x1F));
cmd.Parameter2 = (byte)offset;
cmd.ResponseLength = (expectedLength <= 0) ? 0xFF : expectedLength;
byte[] command = cmd.ToArray();
byte[] buffer = new byte[((expectedLength <= 0) ? 256 : expectedLength) + 2];
//Console.Write("Sending command {0}...", BitConverter.ToString(command));
int len = card.Transmit(command, buffer);
//Console.WriteLine(BitConverter.ToString(buffer, 0, len));
CommandStatus status = GetStatus(buffer, len);
if (!status.IsNormal())
throw status.ToException();
Stream result = new MemoryStream();
result.Write(buffer, 0, len - 2);
while (status.Sw1 == 0x61) {
if (buffer.Length < status.Sw2 + 2)
buffer = new byte[status.Sw2 + 2];
cmd = new Command();
cmd.Instruction = 0xC0;
cmd.ResponseLength = status.Sw2;
command = cmd.ToArray();
len = card.Transmit(command, buffer);
status = GetStatus(buffer, len);
if (!status.IsNormal())
throw status.ToException();
result.Write(buffer, 0, len - 2);
}
result.Position = 0;
return result;
}
