public void TryParseDouble_FromFloatAndNullableFloat()
{
#region float - full method
var success = ConvertibleFloatValue.TryParseDouble(DefaultValue);
Assert.AreEqual(success.ToString("n2"), ConvertibleDoubleValue.ToString("n2"), "Error converting float to double");
#endregion
#region float - without DefaultValue param
success = ConvertibleFloatValue.TryParseDouble();
Assert.AreEqual(success.ToString("n2"), ConvertibleDoubleValue.ToString("n2"), "Error converting float to double");
#endregion
#region float? - full method
success = ConvertibleNullableFloatValue.TryParseDouble(DefaultValue);
var invalid1 = ((float?)null).TryParseDouble(DefaultValue);
Assert.AreEqual(success.ToString("n2"), ConvertibleDoubleValue.ToString("n2"), "Error converting float? to double");
Assert.AreEqual(invalid1, DefaultValue, "Error converting float? to double");
#endregion
#region float? - without DefaultValue param
success = ConvertibleNullableFloatValue.TryParseDouble();
invalid1 = ((float?)null).TryParseDouble();
Assert.AreEqual(success.ToString("n2"), ConvertibleDoubleValue.ToString("n2"), "Error converting float? to double");
Assert.AreEqual(invalid1, BasePrimitivesExtensions.GetDefaultDoubleConversionValue(), "Error converting float? to double");
#endregion
}
public void TryParseShort_FromFloatAndNullableFloat()
{
const float invalidValue1 = float.MaxValue;
float? nullableInvalidValue1 = float.MaxValue;
const float invalidValue2 = float.MinValue;
float? nullableInvalidValue2 = float.MinValue;
#region float - full method
var success = ConvertibleFloatValue.TryParseShort(DefaultValue);
var invalid1 = invalidValue1.TryParseShort(DefaultValue);
var invalid2 = invalidValue2.TryParseShort(DefaultValue);
Assert.AreEqual(success, ConvertibleShortValue, "Error converting float to short");
Assert.AreEqual(invalid1, DefaultValue, "Error converting float to short");
Assert.AreEqual(invalid2, DefaultValue, "Error converting float to short");
#endregion
#region float - without DefaultValue param
success = ConvertibleFloatValue.TryParseShort();
invalid1 = invalidValue1.TryParseShort();
invalid2 = invalidValue2.TryParseShort();
Assert.AreEqual(success, ConvertibleShortValue, "Error converting float to short");
Assert.AreEqual(invalid1, BasePrimitivesExtensions.GetDefaultShortConversionValue(), "Error converting float to short");
Assert.AreEqual(invalid2, BasePrimitivesExtensions.GetDefaultShortConversionValue(), "Error converting float to short");
#endregion
#region float? - full method
success = ConvertibleNullableFloatValue.TryParseShort(DefaultValue);
invalid1 = nullableInvalidValue1.TryParseShort(DefaultValue);
invalid2 = nullableInvalidValue2.TryParseShort(DefaultValue);
Assert.AreEqual(success, ConvertibleShortValue, "Error converting float? to short");
Assert.AreEqual(invalid1, DefaultValue, "Error converting float? to short");
Assert.AreEqual(invalid2, DefaultValue, "Error converting float? to short");
#endregion
#region float? - without DefaultValue param
success = ConvertibleNullableFloatValue.TryParseShort();
invalid1 = nullableInvalidValue1.TryParseShort();
invalid2 = nullableInvalidValue2.TryParseShort();
Assert.AreEqual(success, ConvertibleShortValue, "Error converting float? to short");
Assert.AreEqual(invalid1, BasePrimitivesExtensions.GetDefaultShortConversionValue(), "Error converting float? to short");
Assert.AreEqual(invalid2, BasePrimitivesExtensions.GetDefaultShortConversionValue(), "Error converting float? to short");
#endregion
}