public static unsafe int DoubleToUnicode(double value, char[] chars, int offset, int precision)
{
fixed(char *charptr = chars)
{
return(CharConverter.DoubleToUnicode(value, charptr, chars.Length, offset, precision));
}
}
public static unsafe int UlongToUnicode(ulong value, char[] chars, int offset)
{
fixed(char *charptr = chars)
{
return(CharConverter.UlongToUnicode(value, charptr, chars.Length, offset));
}
}
public unsafe static int DoubleToUnicode(double value, Span <char> chars, int precision)
{
fixed(char *ptr = chars)
{
return(CharConverter.DoubleToUnicode(value, ptr, chars.Length, 0, precision));
}
}
public static int UintToUnicode(uint value, Span <char> chars)
{
unsafe
{
fixed(char *ptr = chars)
{
return(CharConverter.UintToUnicode(value, ptr, chars.Length, 0));
}
}
}
public static unsafe int LongToUnicode(long value, char *chars, int length, int offset)
{
if (value < 0)
{
int written = CharConverter.UlongToUnicode((ulong)-value, chars, length, offset + 1);
// Add the minus afterwards to avoid modifying the char array incase of out of bounds.
chars[offset] = '-';
return(++written);
}
else
{
return(CharConverter.UlongToUnicode((ulong)value, chars, length, offset));
}
}
public static int IntToUnicode(int value, char[] chars, int offset)
{
if (value < 0)
{
int written = CharConverter.UintToUnicode((uint)-value, chars, offset + 1);
// Add the minus afterwards to avoid modifying the char array incase of out of bounds.
chars[offset] = '-';
return(++written);
}
else
{
return(CharConverter.UintToUnicode((uint)value, chars, offset));
}
}
public static unsafe int FloatToUnicode(float value, char *chars, int length, int offset, int precision) => CharConverter.DoubleToUnicode(value, chars, length, offset, precision);
public static int FloatToUnicode(float value, char[] chars, int offset, int precision) => CharConverter.DoubleToUnicode(value, chars, offset, precision);
public static int FloatToUnicode(float value, Span <char> chars, int precision) => CharConverter.DoubleToUnicode(value, chars, precision);
public static void WriteInt(this IWriteBuffer <char> buffer, int value)
{
Span <char> valueBuffer = stackalloc char[20];
var written = CharConverter.IntToUnicode(value, valueBuffer);
buffer.Write(valueBuffer[0..written]);
