public static int getCharacterCountDecimal(long integerValue, int scale)
    {
        boolean isNeg = integerValue < 0;

        // Work out how many digits will be needed for the number, adding space for the minus sign, the decimal
        // point and leading zeros if needed.
        int totalDigits = BitHackUtils.getCharacterCountInt64(integerValue);
        int totalLength = totalDigits;

        if (isNeg)
        {
            totalDigits--; // Minus sign already accounted for.
        }

        if (scale > 0)
        {
            totalLength++; // For the decimal point.

            if (scale >= totalDigits)
            {
                // For the leading zeros (+ 1 for the zero before decimal point).
                totalLength += (scale - totalDigits) + 1;
            }
        }
        else
        {
            // Add a zero for each negative point in scale
            totalLength -= scale;
        }

        return totalLength;
    }
public static int getCharacterCountDecimal(long integerValue, int scale)
    {
        boolean isNeg = integerValue < 0;

        
        
        int totalDigits = BitHackUtils.getCharacterCountInt64(integerValue);
        int totalLength = totalDigits;

        if (isNeg)
        {
            totalDigits--; 
        }

        if (scale > 0)
        {
            totalLength++; 

            if (scale >= totalDigits)
            {
                
                totalLength += (scale - totalDigits) + 1;
            }
        }
        else
        {
            
            totalLength -= scale;
        }

        return totalLength;
    }
public static int getCharacterCountDecimal ( long integerValue , int scale ) { boolean isNeg = integerValue < 0 ; // Work out how many digits will be needed for the number, adding space for the minus sign, the decimal // point and leading zeros if needed. int totalDigits = BitHackUtils . getCharacterCountInt64 ( integerValue ) ; int totalLength = totalDigits ; if ( isNeg ) { totalDigits -- ; // Minus sign already accounted for. } if ( scale > 0 ) { totalLength ++ ; // For the decimal point. if ( scale >= totalDigits ) { // For the leading zeros (+ 1 for the zero before decimal point). totalLength += ( scale - totalDigits ) + 1 ; } } else { // Add a zero for each negative point in scale totalLength -= scale ; } return totalLength ; }
Calculates the number of ASCII characters that will be needed to represent a specified signed decimal number.

@param  integerValue The integer component of the decimal number.
@param  scale        The scale component of the decimal number.

@return The number of ASCII character need to represent a signed decimal number.
Calculates the number of ASCII characters that will be needed to represent a specified signed decimal number .