public void ToInteger_OnDecimal_ReturnsInteger()
{
var fixture = new RandomNumberFixture();
var decimalValue = fixture.Create<decimal>();
int intValue = Convert.ToInt32(decimalValue);
Assert.That(() => decimalValue.To<int>(), Is.EqualTo(intValue));
}
public void Left_OnNullString_ThrowsValidationException()
{
string nullString = null;
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
Assert.That(() => nullString.Left(intValue), Throws.TypeOf<ValidationException>().With.InnerException.TypeOf<ArgumentNullException>());
}
public void ToOrNull_ToBadConvertible_OnAnyInteger_OutNull()
{
var fixture = new RandomNumberFixture();
IConvertible outParameter;
fixture.Create<int>().ToOrNull(out outParameter);
Assert.That(() => outParameter, Is.Null);
}
public void ToOrNull_ToBadConvertible_OnAnyInteger_ReturnsFalse()
{
var fixture = new RandomNumberFixture();
IConvertible outParameter;
var actual = fixture.Create<int>().ToOrNull(out outParameter);
Assert.That(() => actual, Is.False);
}
public void Left_OnEmptyString_ReturnsEmptyString()
{
var emptyString = string.Empty;
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
Assert.That(() => emptyString.Left(intValue), Is.Empty);
}
public void ToFloat_OnDecimal_ReturnsFloat()
{
var fixture = new RandomNumberFixture();
var decimalValue = fixture.Create<decimal>();
float floatValue = Convert.ToSingle(decimalValue);
Assert.That(() => decimalValue.To<float>(), Is.EqualTo(floatValue));
}
public void Left_OnNullString_WithNegativeLength_ThrowsValidationException()
{
string nullString = null;
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
intValue = -intValue;
Assert.That(() => nullString.Left(intValue), Throws.TypeOf<ValidationException>().With.InnerException.TypeOf<MultiException>());
}
public void ToOrOther_ToInteger_OnNullStringWithInteger_OutInteger()
{
string nullString = null;
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
int outParameter;
nullString.ToOrOther(out outParameter, intValue);
Assert.That(() => outParameter, Is.EqualTo(intValue));
}
public void Parse_ToDecimal_OnNegativeInteger_ReturnsDecimal()
{
var fixture = new RandomNumberFixture();
var intValue = Math.Abs(fixture.Create<int>());
intValue++;
var negativeInt = -intValue / (intValue + 1);
var negativeIntString = negativeInt.ToString();
var converted = Convert.ToDecimal(negativeIntString);
Assert.That(() => negativeIntString.Parse<decimal>(), Is.EqualTo(converted));
}
public void Parse_ToDecimal_OnPositiveDecimal_ReturnsDecimal()
{
var fixture = new RandomNumberFixture();
var decimalValue = Math.Abs(fixture.Create<decimal>());
decimalValue++;
var positiveDecimal = decimalValue / (decimalValue + 1);
var positiveDecimalString = positiveDecimal.ToString("F");
var converted = Convert.ToDecimal(positiveDecimalString);
Assert.That(() => positiveDecimalString.Parse<decimal>(), Is.EqualTo(converted));
}
public void AverageOrDefault_OnNullIntSequence_WithDoubleFunc_WithDoubleValue_ReturnsDoubleValue()
{
IEnumerable<int> nullIntSequence = null;
var fixture = new RandomNumberFixture();
var doubleFunc = fixture.Create<Func<int, double>>();
var doubeValue = fixture.Create<double>();
Assert.That(() => nullIntSequence.AverageOrDefault(doubleFunc, doubeValue), Is.EqualTo(doubeValue));
}
public void AverageOrDefault_OnEmptyDecimalSequence_WithDecimalValue_ReturnsDecimalValue()
{
var fixture = new RandomNumberFixture();
var emtpyDecimalSequence = Enumerable.Empty<decimal>();
var decimalValue = fixture.Create<decimal>();
Assert.That(() => emtpyDecimalSequence.AverageOrDefault(decimalValue), Is.EqualTo(decimalValue));
}
public void AverageOrDefault_OnNullDecimalSequence_WithDecimalValue_ReturnsDecimalValue()
{
IEnumerable<decimal> nullDecimalSequence = null;
var fixture = new RandomNumberFixture();
var decimalValue = fixture.Create<decimal>();
Assert.That(() => nullDecimalSequence.AverageOrDefault(decimalValue), Is.EqualTo(decimalValue));
}
public void AverageOrDefault_OnEmptyNullableLongSequence_WithLongValue_ReturnsLongValue()
{
var fixture = new RandomNumberFixture();
var emptyNullableLongSequnce = Enumerable.Empty<long?>();
var longValue = fixture.Create<long>();
Assert.That(() => emptyNullableLongSequnce.AverageOrDefault(longValue), Is.EqualTo(longValue));
}
public void AverageOrDefault_OnEmptyNullableIntSequence_WithIntValue_ReturnsIntValue()
{
var fixture = new RandomNumberFixture();
var emptyNullableIntSequence = Enumerable.Empty<int?>();
var intValue = fixture.Create<int>();
Assert.That(() => emptyNullableIntSequence.AverageOrDefault(intValue), Is.EqualTo(intValue));
}
public void MaxOrDefault_OnEmptyIntSequence_WithNullableIntFunc_ReturnsDefaultInt()
{
var fixture = new RandomNumberFixture();
var emptyIntSequence = Enumerable.Empty<int>();
var nullableIntFunc = fixture.Create<Func<int, int?>>();
Assert.That(() => emptyIntSequence.MaxOrDefault(nullableIntFunc), Is.EqualTo(default(int)));
}
public void ToString_OnTestInteger_ReturnsTestIntegerString()
{
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
var intString = intValue.ToString();
Assert.That(() => intValue.To<string>(), Is.EqualTo(intString));
}
public void AverageOrDefault_OnEmptyIntSequence_WithNullableDuoubleFunc_WithDoubleValue_ReturnsDoubleValue()
{
var fixture = new RandomNumberFixture();
var emptyIntSequence = Enumerable.Empty<int>();
var nullableDoubleFunc = fixture.Create<Func<int, double?>>();
var doubleValue = fixture.Create<double>();
Assert.That(() => emptyIntSequence.AverageOrDefault(nullableDoubleFunc, doubleValue), Is.EqualTo(doubleValue));
}
public void AverageOrDefault_OnNullIntSequence_WithNullableLongFunc_WithLongValue_ReturnsLongValue()
{
IEnumerable<int> nullIntSequence = null;
var fixture = new RandomNumberFixture();
var nullableLongFunc = fixture.Create<Func<int, long?>>();
var longValue = fixture.Create<long>();
Assert.That(() => nullIntSequence.AverageOrDefault(nullableLongFunc, longValue), Is.EqualTo(longValue));
}
public void AverageOrDefault_OnNullIntSequence_WithNullableDecimalFunc_WithDecimalValue_ReturnsDecimalValue()
{
IEnumerable<int> nullIntSequence = null;
var fixture = new RandomNumberFixture();
var nullableDecimalFunc = fixture.Create<Func<int, decimal?>>();
var decimalValue = fixture.Create<decimal>();
Assert.That(() => nullIntSequence.AverageOrDefault(nullableDecimalFunc, decimalValue), Is.EqualTo(decimalValue));
}
public void AverageOrDefault_OnNullIntSequence_WithIntValue_ReturnsIntValue()
{
IEnumerable<int> nullIntSequence = null;
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
Assert.That(() => nullIntSequence.AverageOrDefault(intValue), Is.EqualTo(intValue));
}
public void MaxOrDefault_OnEmptyIntSequence_WithNullableDecimalFunc_WithDecimalValue_ReturnsDecimalValue()
{
var fixture = new RandomNumberFixture();
var emptyIntSequence = Enumerable.Empty<int>();
var nullableDecimalFunc = fixture.Create<Func<int, decimal?>>();
var decimalValue = fixture.Create<decimal>();
Assert.That(() => emptyIntSequence.MaxOrDefault(nullableDecimalFunc, decimalValue), Is.EqualTo(decimalValue));
}
public void AverageOrDefault_OnNullIntSequence_WithFloatFunc_WithFloatValue_ReturnsFloatValue()
{
IEnumerable<int> nullIntSequence = null;
var fixture = new RandomNumberFixture();
var floatFunc = fixture.Create<Func<int, float>>();
var floatValue = fixture.Create<float>();
Assert.That(() => nullIntSequence.AverageOrDefault(floatFunc, floatValue), Is.EqualTo(floatValue));
}
public void AverageOrDefault_OnEmptyIntSequence_WithNullableFloatFunc_WithFloatValue_ReturnsFloatValue()
{
var fixture = new RandomNumberFixture();
var emptyIntSequence = Enumerable.Empty<int>();
var nullableFloatFunc = fixture.Create<Func<int, float?>>();
var floatValue = fixture.Create<float>();
Assert.That(() => emptyIntSequence.AverageOrDefault(nullableFloatFunc, floatValue), Is.EqualTo(floatValue));
}
public void ToNullableInt_OnIntegerString_ReturnsInteger()
{
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
var intString = intValue.ToString();
Assert.That(() => intString.To<int?>(), Is.EqualTo(intValue));
}
public void AverageOrDefault_OnEmptyNullableDoubleSequence_WithDoubleValue_ReturnsDoubleValue()
{
var fixture = new RandomNumberFixture();
var emptyNullableDoubleSequence = Enumerable.Empty<double?>();
var doubleValue = fixture.Create<double>();
Assert.That(() => emptyNullableDoubleSequence.AverageOrDefault(doubleValue), Is.EqualTo(doubleValue));
}
public void AverageOrDefault_OnNullLongSequence_WithLongValue_ReturnsLongValue()
{
IEnumerable<long> nullLongSequence = null;
var fixture = new RandomNumberFixture();
var longValue = fixture.Create<long>();
Assert.That(() => nullLongSequence.AverageOrDefault(longValue), Is.EqualTo(longValue));
}
public void MaxOrDefault_OnEmptyIntSequence_WithNullableLongFunc_WithLongValue_ReturnsLongValue()
{
var fixture = new RandomNumberFixture();
var emptyIntSequence = Enumerable.Empty<int>();
var nullableLongFunc = fixture.Create<Func<int, long?>>();
var longValue = fixture.Create<long>();
Assert.That(() => emptyIntSequence.MaxOrDefault(nullableLongFunc, longValue), Is.EqualTo(longValue));
}
public void ToInteger_OnNonNullNullableInteger_ReturnsTestInteger()
{
var fixture = new RandomNumberFixture();
var intValue = fixture.Create<int>();
int? nonNullNullableInt = intValue;
Assert.That(() => nonNullNullableInt.To<int>(), Is.EqualTo(intValue));
}
public void AverageOrDefault_OnEmptyFloatSequence_WithFloatValue_ReturnsFloatvalue()
{
var fixture = new RandomNumberFixture();
var emptyFloatSequence = Enumerable.Empty<float>();
var floatValue = fixture.Create<float>();
Assert.That(() => emptyFloatSequence.AverageOrDefault(floatValue), Is.EqualTo(floatValue));
}
