public byte[] WrapKey(byte[] cek, object key, IDictionary <string, object> header)
{
byte[] sharedKey = byteKey(key);
Ensure.BitSize(sharedKey, kekLengthBits, string.Format("AesKeyWrap management algorithm expected key of size {0} bits, but was given {1} bits", kekLengthBits, sharedKey.Length * 8L));
return(AesKeyWrap.Wrap(cek, sharedKey));
}
public byte[][] WrapNewKey(int cekSizeBits, object key, IDictionary <string, object> header)
{
byte[] numArray = Ensure.Type <byte[]>(key, "AesKeyWrap management algorithm expectes key to be byte[] array.", new object[0]);
Ensure.BitSize(numArray, this.kekLengthBits, string.Format("AesKeyWrap management algorithm expected key of size {0} bits, but was given {1} bits", this.kekLengthBits, (int)numArray.Length * 8), new object[0]);
byte[] numArray1 = Arrays.Random(cekSizeBits);
byte[] numArray2 = AesKeyWrap.Wrap(numArray1, numArray);
return(new byte[][] { numArray1, numArray2 });
}
public byte[] WrapKey(byte[] cek, object key, IDictionary <string, object> header)
{
var sharedKey = Ensure.Type <byte[]>(key, "AesKeyWrap management algorithm expectes key to be byte[] array.");
Ensure.BitSize(sharedKey, kekLengthBits, string.Format("AesKeyWrap management algorithm expected key of size {0} bits, but was given {1} bits", kekLengthBits, sharedKey.Length * 8L));
var encryptedCek = AesKeyWrap.Wrap(cek, sharedKey);
return(encryptedCek);
}
public byte[][] WrapNewKey(int cekSizeBits, object key, IDictionary <string, object> header)
{
var sharedKey = Ensure.Type <byte[]>(key, "AesKeyWrap management algorithm expectes key to be byte[] array.");
Ensure.BitSize(sharedKey, kekLengthBits, string.Format("AesKeyWrap management algorithm expected key of size {0} bits, but was given {1} bits", kekLengthBits, sharedKey.Length * 8));
var cek = Arrays.Random(cekSizeBits);
var encryptedCek = AesKeyWrap.Wrap(cek, sharedKey);
return(new[] { cek, encryptedCek });
}