public void CswRandomStringComplexAll_UnitTest()
{
bool AllPass = true;
for (int i = 0; i < 100000; i += 1)
{
string RdmStr = CswRandom.RandomString();
//All strings are 12 characters and has a letter, a number, and a special char
AllPass = RdmStr.Length == 12 &&
AllPass &&
CswTools.HasAlpha(RdmStr) &&
CswTools.HasNumber(RdmStr) &&
CswTools.HasSpecialCharacter(RdmStr);
}
Assert.IsTrue(AllPass, "Not all strings met the complexity requirements.");
}
private string _validatePassword(string NewPassword)
{
if (string.IsNullOrEmpty(NewPassword))
{
throw new CswDniException(CswEnumErrorType.Warning, "Passwords cannot be empty.", "The supplied password was null or empty.");
}
string Ret = NewPassword.Trim();
if (string.IsNullOrEmpty(Ret))
{
throw new CswDniException(CswEnumErrorType.Warning, "Passwords cannot be empty.", "The supplied password was null or empty.");
}
if (_CswNbtResources.ConfigVbls.doesConfigVarExist(ChemSW.Config.CswEnumConfigurationVariableNames.Password_Length))
{
Int32 Length = CswConvert.ToInt32(_CswNbtResources.ConfigVbls.getConfigVariableValue(ChemSW.Config.CswEnumConfigurationVariableNames.Password_Length));
if (Ret.Length < Length)
{
throw new CswDniException(CswEnumErrorType.Warning, "Passwords must be at least " + Length + " characters long.", "The supplied password was not long enough.");
}
}
if (_CswNbtResources.ConfigVbls.doesConfigVarExist(ChemSW.Config.CswEnumConfigurationVariableNames.Password_Complexity))
{
Int32 ComplexityLevel = CswConvert.ToInt32(_CswNbtResources.ConfigVbls.getConfigVariableValue(ChemSW.Config.CswEnumConfigurationVariableNames.Password_Complexity));
if (ComplexityLevel > 0)
{
if (false == CswTools.HasAlpha(Ret) || false == CswTools.HasNumber(Ret))
{
throw new CswDniException(CswEnumErrorType.Warning, "Password complexity requires that passwords contain at least 1 number and 1 letter.", "The supplied password did not contain both a letter and a number.");
}
if (ComplexityLevel > 1)
{
if (false == CswTools.HasSpecialCharacter(Ret))
{
throw new CswDniException(CswEnumErrorType.Warning, "Password complexity requires that passwords contain at least 1 special character.", "The supplied password contained only alphanumeric characters.");
}
}
}
}
//ensure that the password hasn't been used recently
if (PreviouslyUsedPasswords.IndexOf(_CswEncryption.getMd5Hash(Ret)) > -1)
{
throw new CswDniException(CswEnumErrorType.Warning, "You may not reuse the same password so soon.", "The supplied password appears in your " + _CswNbtResources.ConfigVbls.getConfigVariableValue(CswEnumNbtConfigurationVariables.password_reuse_count.ToString()) + " most recently used passwords.");
}
return(Ret);
}
public void CswRandomStringComplexAlpha_UnitTest()
{
bool AllPass = true;
for (int i = 0; i < 100000; i += 1)
{
string RdmStr = CswRandom.RandomString(new CswRandom.Config {
IncludeLetters = true, IncludeNumbers = false, IncludeSymbols = false, Length = 9
});
//All strings are 9 characters, none has a special character or a number, and all have letters
AllPass = AllPass &&
RdmStr.Length == 9 &&
false == CswTools.HasSpecialCharacter(RdmStr) &&
false == CswTools.HasNumber(RdmStr) &&
CswTools.HasAlpha(RdmStr);
}
Assert.IsTrue(AllPass, "Not all strings met the complexity requirements.");
}
