public async Task <bool> Login(int sector, InternalKeyType key)
{
var keyTypeToUse = key;
byte[] keyToUse;
if (key == InternalKeyType.KeyDefaultF)
{
// If it's a default request, load the default key and use KeyA
keyToUse = DefaultKey;
keyTypeToUse = InternalKeyType.KeyA;
}
else
{
//try to find the right key for the sector
if (!keyMap.TryGetValue(new SectorKey(sector, key), out keyToUse))
{
return(false); // No provided key type for the sector
}
}
var gaKeyType = (GeneralAuthenticate.GeneralAuthenticateKeyType)keyTypeToUse;
// Get the first block for the sector
var blockNumber = SectorToBlock(sector, 0);
// see if we have the key loaded already
byte location;
if (!keyToLocationMap.TryGetValue(keyToUse, out location))
{
location = nextKeySlot;
nextKeySlot++;
keyToLocationMap[keyToUse] = location;
// Load the key to the location
var r = await TransceiveAsync(new LoadKey(keyToUse, location));
if (!r.Succeeded)
{
return(false); // could not load the key
}
}
var res = await TransceiveAsync(new PcSc.MiFareStandard.GeneralAuthenticate(blockNumber, location, gaKeyType));
return(res.Succeeded);
}
public async Task <bool> Login(int sector, InternalKeyType key)
{
LoadKeys.LoadKeysStorageType storage = LoadKeys.LoadKeysStorageType.NonVolatile;
if (this.GetType() == typeof(MiFareWin32CardReader) &&
(this as MiFareWin32CardReader).SmartCard.ReaderName.Contains("1252"))
{
storage = LoadKeys.LoadKeysStorageType.Volatile;
}
var keyTypeToUse = key;
byte[] keyToUse;
if (key == InternalKeyType.KeyDefaultF)
{
// If it's a default request, load the default key and use KeyA
keyToUse = DefaultKey;
keyTypeToUse = InternalKeyType.KeyA;
}
else
{
//try to find the right key for the sector
if (!keyMap.TryGetValue(new SectorKey(sector, key), out keyToUse))
{
return(false); // No provided key type for the sector
}
}
var gaKeyType = (GeneralAuthenticate.GeneralAuthenticateKeyType)keyTypeToUse;
// Get the first block for the sector
var blockNumber = SectorToBlock(sector, 0);
// if reader have only one KeySlot - not store key slots to collection (not cache)
byte location = 0;
if (this.GetType() == typeof(MiFareWin32CardReader) &&
(this as MiFareWin32CardReader).SmartCard.ReaderName.Contains("FEIG"))
{
var r = await TransceiveAsync(new LoadKey(keyToUse, location, storage));
if (!r.Succeeded)
{
return(false); // could not load the key
}
}
// see if we have the key loaded already
else if (!keyToLocationMap.TryGetValue(keyToUse, out location))
{
location = nextKeySlot;
nextKeySlot++;
keyToLocationMap[keyToUse] = location;
// Load the key to the location
var r = await TransceiveAsync(new LoadKey(keyToUse, location, storage));
if (!r.Succeeded)
{
return(false); // could not load the key
}
}
if (storage == LoadKeys.LoadKeysStorageType.Volatile)
{
ApduResponse res;
for (int z = 0; z < 5; z++)
{
res = await TransceiveAsync(new PcSc.MiFareStandard.GeneralAuthenticate(blockNumber, location, gaKeyType));
if (res.Succeeded)
{
return(true);
}
System.Threading.Thread.Sleep(500);
}
return(false);
}
else
{
return((await TransceiveAsync(new PcSc.MiFareStandard.GeneralAuthenticate(blockNumber, location, gaKeyType))).Succeeded);
}
//return res.Succeeded;
}
public SectorKey(int sector, InternalKeyType keyType)
{
Sector = sector;
KeyType = keyType;
}
