public void ToString_Unit_Test(long length, ByteSizeUnit unit, string expectedValue)
{
var byteSize = new ByteSize(length);
var formattedValue = byteSize.ToString(unit, CultureInfo.InvariantCulture);
Assert.Equal(expectedValue, formattedValue);
}
/// <summary>
/// Gets the <see cref="double" /> value that represents the value of this instance in accordance to the <paramref name="unit" /> parameter.
/// </summary>
/// <param name="unit">The <see cref="ByteSizeUnit" /> to convert the value of this instance to.</param>
/// <returns>
/// A <see cref="double" /> value representing the value of this instance in accordance to the <paramref name="unit" /> parameter.
/// </returns>
public double GetNumberForUnit(ByteSizeUnit unit)
{
return(unit switch
{
ByteSizeUnit.Byte => Bytes,
ByteSizeUnit.KiloByte => KiloBytes,
ByteSizeUnit.MegaByte => MegaBytes,
ByteSizeUnit.GigaByte => GigaBytes,
ByteSizeUnit.TeraByte => TeraBytes,
ByteSizeUnit.PetaByte => PetaBytes,
ByteSizeUnit.ExaByte => ExaBytes,
_ => throw Throw.InvalidEnumArgument(nameof(unit), unit)
});
private static void GenerateUnit(int count, ByteSizeUnit unit, bool isUpper, StringBuilder output)
{
var text = s_unitText[unit];
switch (count)
{
case 1: output.Append(isUpper ? text.UpperText1 : text.LowerText1); break;
case 2: output.Append(isUpper ? text.UpperText2 : text.LowerText2); break;
case 3: output.Append(isUpper ? text.UpperText3 : text.LowerText3); break;
}
;
}
public string ToString(ByteSizeUnit unit, IFormatProvider?formatProvider) => GetValue(unit).ToString(formatProvider) + UnitToString(unit);
public string ToString(ByteSizeUnit unit) => ToString(unit, formatProvider: null);
