public bool RSAImport(byte[] exportedkey)
{
RSAReader reader = new RSAReader(exportedkey);
eRSAKeyFormat format = (eRSAKeyFormat)reader.ReadByte();
RSAParam key = new RSAParam();
/* input modulus and exponent*/
key.Modulus = reader.ReadBignum();
key.Exponent = reader.ReadBignum();
if (format == eRSAKeyFormat.PK_PRIVATE_OPTIMIZED || format == eRSAKeyFormat.PK_PRIVATE)
{
key.D = reader.ReadBignum();
}
if (format == eRSAKeyFormat.PK_PRIVATE_OPTIMIZED)
{
key.DQ = reader.ReadBignum();
key.DP = reader.ReadBignum();
key.pQ = reader.ReadBignum();
key.qP = reader.ReadBignum();
key.P = reader.ReadBignum();
key.Q = reader.ReadBignum();
}
//skip version at end of buffer
this.ImportParam(key);
return(true);
}
public bool Import(byte[] exportedkey)
{
RSAReader reader = new RSAReader(exportedkey);
reader.Skip(6); //skip the header
ushort len = reader.ReadShort();
reader.Skip(2); //you have the len byte 2 time
byte[] key = new byte[len];
reader.Read(key, 0, len);
return(RSAImport(key));
}
public bool RSAImport(byte[] exportedkey)
{
RSAReader reader = new RSAReader(exportedkey);
eRSAKeyFormat format =(eRSAKeyFormat)reader.ReadByte();
RSAParam key = new RSAParam();
/* input modulus and exponent*/
key.Modulus = reader.ReadBignum();
key.Exponent = reader.ReadBignum();
if (format == eRSAKeyFormat.PK_PRIVATE_OPTIMIZED || format == eRSAKeyFormat.PK_PRIVATE)
{
key.D = reader.ReadBignum();
}
if (format == eRSAKeyFormat.PK_PRIVATE_OPTIMIZED)
{
key.DQ = reader.ReadBignum();
key.DP = reader.ReadBignum();
key.pQ = reader.ReadBignum();
key.qP = reader.ReadBignum();
key.P = reader.ReadBignum();
key.Q = reader.ReadBignum();
}
//skip version at end of buffer
this.ImportParam(key);
return true;
}
public bool Import(byte[] exportedkey)
{
RSAReader reader = new RSAReader(exportedkey);
reader.Skip(6);//skip the header
ushort len = reader.ReadShort();
reader.Skip(2);//you have the len byte 2 time
byte[] key = new byte[len];
reader.Read(key,0,len);
return (RSAImport(key));
}