public void SuggestionsTest()
{
var zx = new PasswordMetric(new DefaultMatcherFactory());
for (int i = 0; i < testPasswords.Length; ++i)
{
var password = testPasswords[i];
var result = zx.EvaluatePassword(password);
O("");
O("Password: {0}", result.Password);
for (int j = 0; j < result.suggestions.Count(); ++j)
{
var realSuggestion = Utility.GetSuggestion(result.suggestions[j]);
var expectedSuggestion = testSuggestions[i, j];
O("Suggestion: {0}", realSuggestion);
O("Expected Suggestion: {0}", expectedSuggestion);
Assert.AreEqual(realSuggestion, expectedSuggestion);
}
O("");
O("=========================================");
}
}
public void MatchesSwissGermanKeyboardPattern()
{
var swissKeyboardPatterns = new List <string> {
"löäü'", "ö-.,m"
};
var passwordChecker = new PasswordMetric();
foreach (var pattern in swissKeyboardPatterns)
{
var metric = passwordChecker.EvaluatePassword(pattern);
foreach (var match in metric.MatchSequence)
{
var spatialMatch = match as SpatialMatch;
Assert.AreNotEqual(null, spatialMatch);
Assert.AreEqual("Swiss German", spatialMatch.Graph);
Assert.AreEqual(0, spatialMatch.ShiftedCount);
Assert.AreEqual(2, spatialMatch.Turns);
Assert.AreEqual(0, match.Cardinality);
Assert.AreEqual(0, match.Begin);
Assert.AreEqual(pattern.Length - 1, match.End);
Assert.AreEqual(pattern, match.Token);
}
}
}
public void MatchesFrenchKeyboardPattern()
{
var frenchKeyboardPatterns = new List <string> {
"*ùmlkj", "bn,;:!"
};
var passwordChecker = new PasswordMetric();
foreach (var pattern in frenchKeyboardPatterns)
{
var metric = passwordChecker.EvaluatePassword(pattern);
foreach (var match in metric.MatchSequence)
{
var spatialMatch = match as SpatialMatch;
Assert.AreNotEqual(null, spatialMatch);
Assert.AreEqual("French", spatialMatch.Graph);
Assert.AreEqual(0, spatialMatch.ShiftedCount);
Assert.AreEqual(1, spatialMatch.Turns);
Assert.AreEqual(0, match.Cardinality);
Assert.AreEqual(0, match.Begin);
Assert.AreEqual(pattern.Length - 1, match.End);
Assert.AreEqual(pattern, match.Token);
}
}
}
public void EvaluatesEmptyPasswordWithAnEntropyOfZero()
{
var passwordChecker = new PasswordMetric();
var result = passwordChecker.EvaluatePassword("");
Assert.AreEqual(0.0, result.Entropy);
}
public void SinglePasswordTest2()
{
//var res = Zxcvbn.Zxcvbn.MatchPassword("p@sswordpassword");
//var res = Zxcvbn.Zxcvbn.MatchPassword("Password");
// var res = Zxcvbn.Zxcvbn.MatchPassword("qwER43@!");
//var res = Zxcvbn.Zxcvbn.MatchPassword("temppass22");
var res = PasswordMetric.MatchPassword("abcabc");
}
public void EvaluatesPasswordEntropy()
{
var passwordChecker = new PasswordMetric();
var a = passwordChecker.EvaluatePassword("a");
var aaaa = passwordChecker.EvaluatePassword("aaaa");
var abab = passwordChecker.EvaluatePassword("abab");
var ABab = passwordChecker.EvaluatePassword("ABab");
Assert.IsTrue(aaaa.Entropy > a.Entropy);
Assert.IsTrue(abab.Entropy > aaaa.Entropy);
Assert.IsTrue(ABab.Entropy > abab.Entropy);
}
public void LoadsMesserliDictionary()
{
var passwordChecker = new PasswordMetric();
var password = "******";
var metric = passwordChecker.EvaluatePassword(password);
foreach (var match in metric.MatchSequence)
{
Assert.AreEqual(10, match.Cardinality);
Assert.AreEqual(password, match.Token);
Assert.AreEqual(0, match.Begin);
Assert.AreEqual(password.Length - 1, match.End);
var dictionaryMatch = match as DictionaryMatch;
Assert.AreNotEqual(null, dictionaryMatch);
Assert.AreEqual("messerli", dictionaryMatch.DictionaryName);
Assert.AreEqual(1, dictionaryMatch.UppercaseEntropy);
}
}
public void WarningTest()
{
var zx = new PasswordMetric(new DefaultMatcherFactory());
for (int i = 0; i < testPasswords.Length; ++i)
{
var password = testPasswords[i];
var expectedWarning = testWarnings[i];
var result = zx.EvaluatePassword(password);
var realWarning = Utility.GetWarning(result.warning);
O("");
O("Password: {0}", result.Password);
O("Warning: {0}", realWarning);
O("Expected Warning: {0}", expectedWarning);
O("");
O("=========================================");
Assert.AreEqual(realWarning, expectedWarning);
}
}
public void RunAllTestPasswords()
{
var zx = new PasswordMetric(new DefaultMatcherFactory());
for (int i = 0; i < testPasswords.Length; ++i)
{
var password = testPasswords[i];
var result = zx.EvaluatePassword(password);
O("");
O("Password: {0}", result.Password);
O("Entropy: {0}", result.Entropy);
O("Crack Time (s): {0}", result.CrackTime);
O("Crack Time (d): {0}", result.CrackTimeDisplay);
O("Score (0 to 4): {0}", result.Score);
O("Calc time (ms): {0}", result.CalcTime);
O("--------------------");
foreach (var match in result.MatchSequence)
{
if (match != result.MatchSequence.First())
{
O("+++++++++++++++++");
}
O(match.Token);
O("Pattern: {0}", match.Pattern);
O("Entropy: {0}", match.Entropy);
if (match is DictionaryMatch)
{
var dm = match as DictionaryMatch;
O("Dict. Name: {0}", dm.DictionaryName);
O("Rank: {0}", dm.Rank);
O("Base Entropy: {0}", dm.BaseEntropy);
O("Upper Entpy: {0}", dm.UppercaseEntropy);
}
if (match is L33tDictionaryMatch)
{
var lm = match as L33tDictionaryMatch;
O("L33t Entpy: {0}", lm.L33tEntropy);
O("Unleet: {0}", lm.MatchedWord);
}
if (match is SpatialMatch)
{
var sm = match as SpatialMatch;
O("Graph: {0}", sm.Graph);
O("Turns: {0}", sm.Turns);
O("Shifted Keys: {0}", sm.ShiftedCount);
}
if (match is RepeatMatch)
{
var rm = match as RepeatMatch;
O("Repeat char: {0}", rm.RepeatChar);
}
if (match is SequenceMatch)
{
var sm = match as SequenceMatch;
O("Seq. name: {0}", sm.SequenceName);
O("Seq. size: {0}", sm.SequenceSize);
O("Ascending: {0}", sm.Ascending);
}
if (match is DateMatch)
{
var dm = match as DateMatch;
O("Day: {0}", dm.Day);
O("Month: {0}", dm.Month);
O("Year: {0}", dm.Year);
O("Separator: {0}", dm.Separator);
}
}
O("");
O("=========================================");
Assert.AreEqual(expectedEntropies[i], result.Entropy);
}
}
public void SinglePasswordTest()
{
var res = PasswordMetric.MatchPassword("||ke");
}
public void EmptyPassword()
{
var res = PasswordMetric.MatchPassword("");
Assert.AreEqual(0, res.Entropy);
}
