public DataSize(long size)
{
BaseBValue = size;
Value = size;
_unit = SizeUnitEnum.B;
while (Value >= ConversionFactor)
{
Value /= ConversionFactor;
_unit++;
}
}
public CompressionThreshold(string value)
{
if (value.Contains(SizeUnitEnum.Byte.ToString()))
{
Size = Convert.ToInt64(value.Replace(SizeUnitEnum.Byte.ToString(), ""));
Unit = SizeUnitEnum.Byte;
}
else if (value.Contains(SizeUnitEnum.Kilobyte.ToString()))
{
Size = Convert.ToInt64(value.Replace(SizeUnitEnum.Kilobyte.ToString(), ""));
Unit = SizeUnitEnum.Kilobyte;
}
else
{
throw new ArgumentException("String cannot be converted into compression threshold.");
}
}
public DataSize(double size, SizeUnitEnum sizeUnit = SizeUnitEnum.B)
{
var temp = size;
for (int i = 0; i < sizeUnit - SizeUnitEnum.B; i++)
{
temp *= ConversionFactor;
}
BaseBValue = (long)temp;
while (size >= ConversionFactor && sizeUnit < SizeUnitEnum.P)
{
size /= ConversionFactor;
sizeUnit++;
}
Value = size;
_unit = sizeUnit;
}
public CompressionThreshold(Int64 size, SizeUnitEnum unit)
{
this.Size = size;
this.Unit = unit;
}
