public void PasswordGranularConstructor_GivenValidItems_SetsAppropriately()
{
var policy = new sut.CharacterFrequencyPasswordPolicy('a', 1, 2);
var sut = new sut.Password(policy, "a");
Assert.Equal(policy, sut.PasswordPolicy);
Assert.Equal("a", sut.PasswordCandidate);
}
public void PasswordMultiStringConstructor_GivenValidItems_SetsAppropriately()
{
var policyString = "5-9 b";
var password = "******";
var sut = new sut.Password(policyString, password);
var policy = new sut.CharacterFrequencyPasswordPolicy(policyString);
Assert.Equal(policy, sut.PasswordPolicy);
Assert.Equal(password, sut.PasswordCandidate);
}
public void PasswordSingleStringConstructor_GivenValidString_SetsAppropriately()
{
var policyString = "1-3 a";
var passwordCandidate = "abcde";
var policy = new sut.CharacterFrequencyPasswordPolicy(policyString);
var policyPasswordString = string.Format("{0}: {1}", policyString, passwordCandidate);
var sut = new sut.Password(policyPasswordString);
Assert.Equal(policy, sut.PasswordPolicy);
Assert.Equal(passwordCandidate, sut.PasswordCandidate);
Assert.Equal(policyPasswordString, sut.ToString());
}
public void PasswordMultiStringAndFactoryConstructor_GivenValidItems_SetsAppropriately()
{
var policyString = "5-9 b";
var password = "******";
var factory = new CharacterPositionPasswordPolicyFactory();
var sut = new sut.Password(policyString, password, factory);
var policy = new sut.CharacterPositionPasswordPolicy(policyString);
var nonMatchingPolicy = new sut.CharacterFrequencyPasswordPolicy(policyString);
Assert.Equal(policy, sut.PasswordPolicy);
Assert.NotEqual(nonMatchingPolicy, sut.PasswordPolicy);
Assert.Equal(password, sut.PasswordCandidate);
}
public void IsValid_GivenPasswordAndPolicy_ReturnsExpectedValue(string policyPasswordCombo, bool expectedValue)
{
var sut = new sut.Password(policyPasswordCombo);
Assert.Equal(expectedValue, sut.IsValid);
}
