public void MaxOrDefault_OnDecimalArray_ReturnsMax()
{
var fixture = new RandomMultipleMockingFixture();
var decimalArray = fixture.Create<decimal[]>();
var decimalArrayMax = decimalArray.Max();
Assert.That(() => decimalArray.MaxOrDefault(), Is.EqualTo(decimalArrayMax));
}
public void AverageOrDefault_OnDoubleArray_ReturnsDoubleArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var doubleArray = fixture.Create<double[]>();
var doubleArrayAverage = doubleArray.Average();
Assert.That(() => doubleArray.AverageOrDefault(), Is.EqualTo(doubleArrayAverage));
}
public void MaxOrDefault_OnDoubleArray_WithDoubleValue_ReturnsMax()
{
var fixture = new RandomMultipleMockingFixture();
var doubleArray = fixture.Create<double[]>();
var doubleArrayMax = doubleArray.Max();
var doubleValue = fixture.Create<double>();
Assert.That(() => doubleArray.MaxOrDefault(doubleValue), Is.EqualTo(doubleArrayMax));
}
public void AverageOrDefault_OnDecimalArray_WithDecimalValue_ReturnsAverage()
{
var fixture = new RandomMultipleMockingFixture();
var decimalArray = fixture.Create<decimal[]>();
var decimalArrayAverage = decimalArray.Average();
var decimalValue = fixture.Create<decimal>();
Assert.That(() => decimalArray.AverageOrDefault(decimalValue), Is.EqualTo(decimalArrayAverage));
}
public void ToOrOther_ToBadConvertible_OnIntegerWithAnyBadConvertible_ReturnsFalse()
{
var fixture = new RandomMultipleMockingFixture();
var intValue = fixture.Create<int>();
var convertible = fixture.Create<IConvertible>();
IConvertible outParameter;
var actual = intValue.ToOrOther(out outParameter, convertible);
Assert.That(() => actual, Is.False);
}
public void ToOrOther_ToBadConvertible_OnInteger_OutBadConvertible()
{
var fixture = new RandomMultipleMockingFixture();
var intValue = fixture.Create<int>();
var convertible = fixture.Create<IConvertible>();
IConvertible outParameter;
intValue.ToOrOther(out outParameter, convertible);
Assert.That(() => outParameter, Is.EqualTo(convertible));
}
public void RandomElement_OnCollectionSequence_ProducesRepeatableOutput_BasedOnKnownSeed()
{
const int numberItemsToCheck = 100;
var fixture = new RandomMultipleMockingFixture(numberItemsToCheck);
var seed = fixture.Create<int>();
var random = new Random(seed);
var integersFromSeed = Enumerable.Range(0, numberItemsToCheck).Select(i => random.Next(numberItemsToCheck)).ToArray();
var checkList = fixture.Create<object[]>();
random = new Random(seed);
foreach (var i in integersFromSeed)
{
Assert.That(() => checkList.RandomElement(random), Is.EqualTo(checkList[i]));
}
}
public void MaxOrDefault_OnIntArray_WithLongfunc_WithLongValue_ReturnsMax()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var longFunc = fixture.Create<Func<int, long>>();
var longValue = fixture.Create<long>();
var intArrayMax = intArray.Max(longFunc);
Assert.That(() => intArray.MaxOrDefault(longFunc, longValue), Is.EqualTo(intArrayMax));
}
public void AverageOrDefault_OnIntArray_WithDecimalFunc_WithDecimalvalue_ReturnsAverage()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var decimalFunc = fixture.Create<Func<int, decimal>>();
var intArrayAverage = intArray.Average(decimalFunc);
var decimalValue = fixture.Create<decimal>();
Assert.That(() => intArray.AverageOrDefault(decimalFunc, decimalValue), Is.EqualTo(intArrayAverage));
}
public void AverageOrDefault_OnFloatArray_ReturnsFloatArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var floatArray = fixture.Create<float[]>();
var floatArrayAverage = floatArray.Average();
Assert.That(() => floatArray.AverageOrDefault(), Is.EqualTo(floatArrayAverage));
}
public void Shuffle_OnSequence_WithRandom_ReturnsSameSequenceWithKnownSeed()
{
const int count = 100;
var fixture = new RandomMultipleMockingFixture(count);
var seed = fixture.Create<int>();
var sequence = fixture.Create<object[]>();
var random = new Random(seed);
var shuffled1 = sequence.Shuffle(random).ToArray();
random = new Random(seed);
var shuffled2 = sequence.Shuffle(random).ToArray();
Assert.That(() => shuffled1, Is.EqualTo(shuffled2));
}
public void AverageOrDefault_OnNullableIntArray_RetunrsNullableIntArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var nullableIntArray = fixture.Create<int?[]>();
var nullableIntArrayAverage = nullableIntArray.Average();
Assert.That(() => nullableIntArray.AverageOrDefault(), Is.EqualTo(nullableIntArrayAverage));
}
public void AverageOrDefault_OnNullableDoubleArray_WithDoubleValue_ReturnsNullableDoubleArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var nullableDoubleArray = fixture.Create<double?[]>();
var nullableDoubleArrayAverage = nullableDoubleArray.Average();
var doubleValue = fixture.Create<double>();
Assert.That(() => nullableDoubleArray.AverageOrDefault(doubleValue), Is.EqualTo(nullableDoubleArrayAverage));
}
public void AverageOrDefault_OnIntArray_WithNullableLongFunc_WithLongValue_ReturnsAverage()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var nullableLongFunc = fixture.Create<Func<int, long?>>();
var intArrayAverage = intArray.Average(nullableLongFunc);
var longValue = fixture.Create<long>();
Assert.That(() => intArray.AverageOrDefault(nullableLongFunc, longValue), Is.EqualTo(intArrayAverage));
}
public void RandomElement_OnNonCollectionSequence_ProducesRepeatableOutput_BasedOnKnownSeed()
{
const int numberItemsToCheck = 100;
var fixture = new RandomMultipleMockingFixture(numberItemsToCheck);
var seed = fixture.Create<int>();
IEnumerable<object> checkList = fixture.Create<object[]>().Select(o => o);
var random = new Random(seed);
var trial1 = Enumerable.Range(0, numberItemsToCheck).Select(r => checkList.RandomElement(random)).ToArray();
random = new Random(seed);
var trial2 = Enumerable.Range(0, numberItemsToCheck).Select(r => checkList.RandomElement(random)).ToArray();
Assert.That(() => trial1, Is.EqualTo(trial2));
}
public void AverageOrDefault_OnIntArray_WithFloatFunc_WithFloatValue_ReturnsAverage()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var floatFunc = fixture.Create<Func<int, float>>();
var intArrayAverage = intArray.Average(floatFunc);
var floatValue = fixture.Create<float>();
Assert.That(() => intArray.AverageOrDefault(floatFunc, floatValue), Is.EqualTo(intArrayAverage));
}
public void MaxOrDefault_OnIntArray_WithDoubleFunc_WithDoubleValue_ReturnsMax()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var doubleFunc = fixture.Create<Func<int, double>>();
var intArrayMax = intArray.Max(doubleFunc);
var doubleValue = fixture.Create<double>();
Assert.That(() => intArray.MaxOrDefault(doubleFunc, doubleValue), Is.EqualTo(intArrayMax));
}
public void MaxOrDefault_OnIntArray_ReturnsIntArrayMax()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var intArrayMax = intArray.Max();
Assert.That(() => intArray.MaxOrDefault(), Is.EqualTo(intArrayMax));
}
public void MaxOrDefault_OnFloatArray_WithFloatValue_ReturnsFloatArrayMax()
{
var fixture = new RandomMultipleMockingFixture();
var floatArray = fixture.Create<float[]>();
var floatArrayMax = floatArray.Max();
var floatValue = fixture.Create<float>();
Assert.That(() => floatArray.MaxOrDefault(floatValue), Is.EqualTo(floatArrayMax));
}
public void MaxOrDefault_OnNullableIntArray_WithIntValue_ReturnsNullableIntArrayMax()
{
var fixture = new RandomMultipleMockingFixture();
var nullableIntArray = fixture.Create<int?[]>();
var nullableIntArrayMax = nullableIntArray.Max();
var intValue = fixture.Create<int>();
Assert.That(() => nullableIntArray.MaxOrDefault(intValue), Is.EqualTo(nullableIntArrayMax));
}
public void AverageOrDefault_OnIntArray_WithIntValue_ReturnsIntArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var intValue = fixture.Create<int>();
var intArrayAverage = intArray.Average();
Assert.That(() => intArray.AverageOrDefault(intValue), Is.EqualTo(intArrayAverage));
}
public void MaxOrDefault_OnIntArray_WithNullableDecimalFunc_WithDecimalValue_ReturnsMax()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var nullableDecimalFunc = fixture.Create<Func<int, decimal?>>();
var intArrayMax = intArray.Max(nullableDecimalFunc);
var decimalValue = fixture.Create<decimal>();
Assert.That(() => intArray.MaxOrDefault(nullableDecimalFunc, decimalValue), Is.EqualTo(intArrayMax));
}
public void AverageOrDefault_OnIntArray_WithNullableDecimalFunc_ReturnsAverage()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var nullableDecimalFunc = fixture.Create<Func<int, decimal?>>();
var intArrayAverage = intArray.Average(nullableDecimalFunc);
Assert.That(() => intArray.AverageOrDefault(nullableDecimalFunc), Is.EqualTo(intArrayAverage));
}
public void MaxOrDefault_OnIntArray_WithNullableLongFunc_ReturnsMax()
{
var fixture = new RandomMultipleMockingFixture();
var intArray = fixture.Create<int[]>();
var nullableLongFunc = fixture.Create<Func<int, long?>>();
var intArrayMax = intArray.Max(nullableLongFunc);
Assert.That(() => intArray.MaxOrDefault(nullableLongFunc), Is.EqualTo(intArrayMax));
}
public void AverageOrDefault_OnLongArray_ReturnsLongArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var longArray = fixture.Create<long[]>();
var longArrayAverage = longArray.Average();
Assert.That(() => longArray.AverageOrDefault(), Is.EqualTo(longArrayAverage));
}
public void MaxOrDefault_OnLongArray_WithLongValue_ReturnsLongArrayMax()
{
var fixture = new RandomMultipleMockingFixture();
var longArray = fixture.Create<long[]>();
var longArrayMax = longArray.Max();
var longValue = fixture.Create<long>();
Assert.That(() => longArray.MaxOrDefault(longValue), Is.EqualTo(longArrayMax));
}
public void AverageOrDefault_OnNullableFloatArray_WithFloatValue_ReturnsNullableFloatArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var nullableFloatArray = fixture.Create<float?[]>();
var nullableFloatArrayAverage = nullableFloatArray.Average();
var floatValue = fixture.Create<float>();
Assert.That(() => nullableFloatArray.AverageOrDefault(floatValue), Is.EqualTo(nullableFloatArrayAverage));
}
public void MaxOrDefault_OnNullableDecimalArray_WithDecimalValue_ReturnsNullableDecimalArrayMax()
{
var fixture = new RandomMultipleMockingFixture();
var nullableDecimalArray = fixture.Create<decimal?[]>();
var decimalValue = fixture.Create<decimal>();
var nullableDecimalArrayMax = nullableDecimalArray.Max();
Assert.That(() => nullableDecimalArray.MaxOrDefault(decimalValue), Is.EqualTo(nullableDecimalArrayMax));
}
public void AverageOrDefault_OnNullableLongArray_WithLongValue_ReturnsNullableLongArrayAverage()
{
var fixture = new RandomMultipleMockingFixture();
var nullableLongArray = fixture.Create<long?[]>();
var nullableLongArrayAverage = nullableLongArray.Average();
var longValue = fixture.Create<long>();
Assert.That(() => nullableLongArray.AverageOrDefault(longValue), Is.EqualTo(nullableLongArrayAverage));
}
public void MaxOrDefault_OnNullableFloatArray_ReturnsNullableFloatArrayMax()
{
var fixture = new RandomMultipleMockingFixture();
var nullableFloatArray = fixture.Create<float?[]>();
var nullableFloatArrayMax = nullableFloatArray.Max();
Assert.That(() => nullableFloatArray.MaxOrDefault(), Is.EqualTo(nullableFloatArrayMax));
}