public void HexFloat()
{
const string value = "0x71b5b5af";
string convertedValue = FloatRadixConversionHelper.TryConvertToFloatFromNumberString(
value, new Lazy <int>(() => 4));
Assert.That(convertedValue, Is.EqualTo("1.79956572E+30"));
}
public void Octal()
{
const string value = "0771053764433052146430";
string convertedValue = FloatRadixConversionHelper.TryConvertToFloatFromNumberString(
value, DoubleSize);
Assert.That(convertedValue, Is.EqualTo("1.7995656645221401E+300"));
}
public void UpperHex()
{
const string value = "0X7E457F48D8A8CD18";
string convertedValue = FloatRadixConversionHelper.TryConvertToFloatFromNumberString(
value, DoubleSize);
Assert.That(convertedValue, Is.EqualTo("1.7995656645221401E+300"));
}
public void HexDouble()
{
const string value = "0x7e457f48d8a8cd18";
string convertedValue = FloatRadixConversionHelper.TryConvertToFloatFromNumberString(
value, DoubleSize);
Assert.That(convertedValue, Is.EqualTo("1.7995656645221401E+300"));
}
public void NegativeInfinity()
{
const string value = "0xfff0000000000000";
string convertedValue = FloatRadixConversionHelper.TryConvertToFloatFromNumberString(
value, DoubleSize);
Assert.That(ParseRatio(convertedValue), Is.EqualTo(double.NegativeInfinity));
}
public void WrongFormat()
{
const string value = "0xwrong";
string convertedValue = FloatRadixConversionHelper.TryConvertToFloatFromNumberString(
value, DoubleSize);
Assert.That(convertedValue, Is.EqualTo(value));
}
public void Binary()
{
const string value =
"0b111111001000101011111110100100011011000101010001100110100011000";
string convertedValue = FloatRadixConversionHelper.TryConvertToFloatFromNumberString(
value, DoubleSize);
Assert.That(convertedValue, Is.EqualTo("1.7995656645221401E+300"));
}
