/// <summary>To execute a selftest.</summary>
/// <remarks>Call this method to make sure that the implemenation is able to produce
/// valid output according to the specification. This should usually be done at process
/// startup time, before the usage of this class and its inherited variants.</remarks>
/// <returns>True if the selftest passed or false is it failed. In such a case you must
/// not use the cipher to avoid data corruption!</returns>
public static bool RunSelfTest()
{
uint hi = TEST_VECTOR_PLAIN[0];
uint lo = TEST_VECTOR_PLAIN[1];
BlowfishECB bfe = new BlowfishECB(TEST_KEY, 0, TEST_KEY.Length);
bfe.EncryptBlock(hi, lo, out hi, out lo);
if ((TEST_VECTOR_CIPHER[0] != hi) ||
(TEST_VECTOR_CIPHER[1] != lo))
{
return(false);
}
bfe.DecryptBlock(hi, lo, out hi, out lo);
if ((TEST_VECTOR_PLAIN[0] != hi) ||
(TEST_VECTOR_PLAIN[1] != lo))
{
return(false);
}
return(true);
}
/// <summary>To execute a selftest.</summary>
/// <remarks>Call this method to make sure that the implemenation is able to produce
/// valid output according to the specification. This should usually be done at process
/// startup time, before the usage of this class and its inherited variants.</remarks>
/// <returns>True if the selftest passed or false is it failed. In such a case you must
/// not use the cipher to avoid data corruption!</returns>
public static bool RunSelfTest()
{
uint hi = TEST_VECTOR_PLAIN[0];
uint lo = TEST_VECTOR_PLAIN[1];
BlowfishECB bfe = new BlowfishECB(TEST_KEY, 0, TEST_KEY.Length);
bfe.EncryptBlock(hi, lo, out hi, out lo);
if ((TEST_VECTOR_CIPHER[0] != hi) ||
(TEST_VECTOR_CIPHER[1] != lo))
{
return false;
}
bfe.DecryptBlock(hi, lo, out hi, out lo);
if ((TEST_VECTOR_PLAIN[0] != hi) ||
(TEST_VECTOR_PLAIN[1] != lo))
{
return false;
}
return true;
}