private void bulkTest(PrivateKeyManager privateKey, CertificateX509 cert, string hashAlgorithm)
{
string enc = Global.GLOBAL_ENCODING;
if (SecurityUtils.compareStrings(enc, "UTF_32") || SecurityUtils.compareStrings(enc, "UTF_32BE") ||
SecurityUtils.compareStrings(enc, "UTF_32LE"))
{
plainText = eu.getString(eu.getBytes(plainText32));
}
else
{
plainText = eu.getString(eu.getBytes(plainText16));
}
for (int p = 0; p < arrayPaddings.Length; p++)
{
AsymmetricCipher asymCipher = new AsymmetricCipher();
// AsymmetricCipher asymCipherD = new AsymmetricCipher();
string encrypted1 = asymCipher.DoEncrypt_WithPrivateKey(hashAlgorithm, arrayPaddings[p], privateKey,
plainText);
string decrypted1 = asymCipher.DoDecrypt_WithPublicKey(hashAlgorithm, arrayPaddings[p], cert, encrypted1);
Assert.AreEqual(decrypted1, plainText);
True(SecurityUtils.compareStrings(decrypted1, plainText), asymCipher);
string encrypted2 = asymCipher.DoEncrypt_WithPublicKey(hashAlgorithm, arrayPaddings[p], cert, plainText);
string decrypted2 = asymCipher.DoDecrypt_WithPrivateKey(hashAlgorithm, arrayPaddings[p], privateKey,
encrypted2);
Assert.IsTrue(SecurityUtils.compareStrings(decrypted2, plainText));
True(SecurityUtils.compareStrings(decrypted2, plainText), asymCipher);
}
}
public void TestSpaces()
{
key.Load(pathKey);
cert.Load(pathCert);
string encrypted1 = asymCipher.DoEncrypt_WithPrivateKey("SHA1 ", "PCKS1PADDING ", key, plainText);
//System.out.println("Error. Code: " + asymCipher.getErrorCode() + " Desc: " + asymCipher.getErrorDescription());
Assert.IsFalse(asymCipher.HasError());
string decrypted = asymCipher.DoDecrypt_WithPublicKey(" SHA1", " PCKS1PADDING", cert, encrypted1);
Assert.IsFalse(asymCipher.HasError());
Assert.IsTrue(SecurityUtils.compareStrings(plainText, decrypted));
}
