public void PasswordHasSymbolsAndLowerLetters()
{
var symbols = new[] { '!', '@', '#' };
var pass = PasswordCode.CreatePassword(PasswordLength, false, false, symbols);
Assert.IsTrue(pass.All(x => char.IsLower(x) || symbols.Contains(x)));
}
public void SimplestPasswordIsWorking()
{
var pass = PasswordCode.CreatePassword(5, false, false, new char[0]);
Assert.IsNotNull(pass);
Assert.IsInstanceOfType(pass, typeof(string));
Assert.IsTrue(pass.Length == 5);
}
public void PasswordHasEverything()
{
var symbols = new[] { '!', '@', '#' };
var pass = PasswordCode.CreatePassword(PasswordLength, true, true, symbols);
Assert.IsTrue(pass.Any(char.IsLower));
Assert.IsTrue(pass.Any(char.IsDigit));
Assert.IsTrue(pass.Any(char.IsUpper));
Assert.IsTrue(pass.Any(x => symbols.Contains(x)));
}
public void PasswordHasDigitsAndUpperLetters()
{
var pass = PasswordCode.CreatePassword(PasswordLength, true, true, new char[0]);
Assert.IsTrue(pass.Any(char.IsDigit) && pass.Any(char.IsUpper));
}
public void PasswordHasDigits()
{
var pass = PasswordCode.CreatePassword(PasswordLength, false, true, new char[0]);
Assert.IsTrue(pass.Any(char.IsDigit));
}
public void PasswordHasOnlyLowerLetters()
{
var pass = PasswordCode.CreatePassword(PasswordLength, false, false, new char[0]);
Assert.IsTrue(pass.All(char.IsLower));
}