public void Works()
{
var generator = new NumericStringGenerator(6);
50.Times(
() =>
{
var number = generator.GetRandomValue();
int numberAsInt;
var success = int.TryParse(number, out numberAsInt);
Assert.True(success, number + " is not a number.");
});
}
public void Works()
{
var generator = new NumericStringGenerator(6);
50.Times(
() =>
{
var number = generator.GetRandomValue();
int numberAsInt;
var success = int.TryParse(number, out numberAsInt);
Assert.True(success, number + " is not a number.");
});
}
public void OneOrZeroLong()
{
var generator = new NumericStringGenerator(0, 2); // TODO: fix this
var zero = false;
var one = false;
var two = false;
20.Times(
() =>
{
var s = generator.GetRandomValue();
zero = zero || s.Length == 0;
one = one || s.Length == 1;
two = two || s.Length == 2;
});
Assert.True(zero);
Assert.True(one);
Assert.False(two); // TODO: fix this
}
public void OneOrZeroLong()
{
var generator = new NumericStringGenerator(0, 2); // TODO: fix this
var zero = false;
var one = false;
var two = false;
20.Times(
() =>
{
var s = generator.GetRandomValue();
zero = zero || s.Length == 0;
one = one || s.Length == 1;
two = two || s.Length == 2;
});
Assert.True(zero);
Assert.True(one);
Assert.False(two); // TODO: fix this
}
public void OneLong()
{
var generator = new NumericStringGenerator(1, 1);
5.Times(() => Assert.Equal(1, generator.GetRandomValue().Length));
}
public void Empty_Min_Max()
{
var generator = new NumericStringGenerator(0, 0);
5.Times(() => Assert.Equal("", generator.GetRandomValue()));
}
public void Empty()
{
var generator = new NumericStringGenerator(0);
5.Times(() => Assert.Equal("", generator.GetRandomValue()));
}
public void OneLong()
{
var generator = new NumericStringGenerator(1, 1);
5.Times(() => Assert.Equal(1, generator.GetRandomValue().Length));
}
