// based on default .NET ToString implementation (write the full name of data type).
static void DefaultWriter(T Value, char *Buffer, ref int BufferLength)
{
if (s_TypeName == null)
{
var Type = typeof(T);
s_TypeName = Type.Name;
s_TypeNamesspace = Type.Namespace;
}
if (!string.IsNullOrEmpty(s_TypeNamesspace))
{
StringStream.Write(s_TypeNamesspace, Buffer, ref BufferLength);
Buffer[BufferLength++] = '.';
}
StringStream.Write(s_TypeName, Buffer, ref BufferLength);
}
public static void WriteFracPart(float FracPart, char *Buffer, ref int BufferLength, int MinDecimalDigits = 0, int MaxDecimalDigits = int.MaxValue)
{
var NumberFormat = CultureInfo.CurrentCulture.NumberFormat;
int DecimalDigtis = 0;
if (FracPart > 0)
{
StringStream.Write(NumberFormat.NumberDecimalSeparator, Buffer, ref BufferLength);
int DecimalSeparatorIndex = BufferLength;
int Exponent = 10;
float TmpFracPart = FracPart;
while (TmpFracPart > 0)
{
DecimalDigtis++;
if (DecimalDigtis > MaxDecimalDigits)
{
return;
}
TmpFracPart = Modf(FracPart * Exponent, out int IntPart);
Buffer[BufferLength++] = (char)((IntPart % 10) + '0');
Exponent *= 10;
}
}
while (DecimalDigtis < MinDecimalDigits)
{
DecimalDigtis++;
Buffer[BufferLength++] = '0';
}
}
public static void WriteNegativeSign(char *Buffer, ref int BufferLength)
{
var NumberFormat = CultureInfo.CurrentCulture.NumberFormat;
StringStream.Write(NumberFormat.NegativeSign, Buffer, ref BufferLength);
}
public void Write(char *Buffer, ref int BufferLength)
{
StringStream.Write(Field, Buffer, ref BufferLength);
}