public int Build(IFuzz fuzzy)
{
if (fuzzy == null)
{
throw new ArgumentNullException(nameof(fuzzy));
}
return(fuzzy.Int32().Between(Minimum(), Maximum()));
}
public FuzzyRange(IFuzz fuzz, T minimum, T maximum) : base(fuzz)
{
if (maximum.CompareTo(minimum) < 0)
{
throw new ArgumentOutOfRangeException(nameof(maximum), $"{maximum} is less than the {nameof(minimum)} value {minimum}");
}
this.maximum = maximum;
this.minimum = minimum;
}
protected override void Given()
{
barMock = MockRepository.GenerateMock <IBar>();
fuzzMock = MockRepository.GenerateMock <IFuzz>();
UnderTest = new Foo(barMock, fuzzMock);
barMock.Stub(x => x.BarFunction()).Return(1);
}
public static Age GenerateAVerySpecificAge(this IFuzz fuzzer)
{
// Here, we can have access to all the existing methods
// exposed by the IFuzz interface
int years = fuzzer.GeneratePositiveInteger(97);
// or this one (very useful)
bool isConfidential = fuzzer.HeadsOrTails();
// For very specific needs, you have to use the
// Random property of the Fuzzer
double aDoubleForInstance = fuzzer.Random.NextDouble();
return(new Age(years, isConfidential));
}
public FuzzyChar(IFuzz fuzzy) : base(fuzzy, char.MinValue, char.MaxValue)
{
}
public static T[] Array <T>(this IFuzz fuzzy, Func <T> createElement, Length?length = default) => new FuzzyArray <T>(fuzzy, createElement, length ?? new Length());
public FuzzyUInt64(IFuzz fuzzy) : base(fuzzy, ulong.MinValue, ulong.MaxValue)
{
}
public static string String(this IFuzz fuzzy, Length length) => new FuzzyString(fuzzy, length ?? throw new ArgumentNullException(nameof(length)), null);
public static float Single(this IFuzz fuzzy) => new FuzzySingle(fuzzy);
public static long Int64(this IFuzz fuzzy) => new FuzzyInt64(fuzzy);
public static char Char(this IFuzz fuzzy) => new FuzzyChar(fuzzy);
public static byte Byte(this IFuzz fuzzy) => new FuzzyByte(fuzzy);
/// <summary>
/// Instantiates a <see cref="NumberFuzzer"/>.
/// </summary>
/// <param name="fuzzer">Instance of <see cref="IFuzz"/> to use.</param>
public NumberFuzzer(IFuzz fuzzer)
{
_fuzzer = fuzzer;
}
public static List <T> List <T>(this IFuzz fuzzy, Func <T> createElement, Count?count = default) => new FuzzyList <T>(fuzzy, createElement, count ?? new Count());
public static List <T> List <T>(this IFuzz fuzzy, IEnumerable <T> elements, Count?count = default) => fuzzy.List(() => fuzzy.Element(elements), count);
public static short Int16(this IFuzz fuzzy) => new FuzzyInt16(fuzzy);
public static int Int32(this IFuzz fuzzy) => new FuzzyInt32(fuzzy);
public static DateTime DateTime(this IFuzz fuzzy) => new FuzzyDateTime(fuzzy);
public static sbyte SByte(this IFuzz fuzzy) => new FuzzySByte(fuzzy);
public static DateTime DateTime(this IFuzz fuzzy, DateTimeKind kind) => new FuzzyDateTime(fuzzy, kind);
public static string String(this IFuzz fuzzy) => new FuzzyString(fuzzy);
public static DateTimeOffset DateTimeOffset(this IFuzz fuzzy) => new FuzzyDateTimeOffset(fuzzy);
public static bool Boolean(this IFuzz fuzzy) => new FuzzyBoolean(fuzzy);
public static double Double(this IFuzz fuzzy) => new FuzzyDouble(fuzzy);
public static T[] Array <T>(this IFuzz fuzzy, IEnumerable <T> elements, Length?length = default) => fuzzy.Array(() => fuzzy.Element(elements), length);
public static T Element <T>(this IFuzz fuzzy, IEnumerable <T> candidates) => new FuzzyElement <T>(fuzzy, candidates);
public FuzzyByte(IFuzz fuzzy) : base(fuzzy, byte.MinValue, byte.MaxValue)
{
}
public static T Enum <T>(this IFuzz fuzzy) where T : Enum => new FuzzyEnum <T>(fuzzy);
const short maxExponent = 971 + 1; // +1 to allow positive and negative infinity
public FuzzyDouble(IFuzz fuzzy) : base(fuzzy)
{
}
public static int Index <T>(this IFuzz fuzzy, IEnumerable <T> elements) => new FuzzyIndex <T>(fuzzy, elements);
