static void sRegisterFormatters()
{
	ONCELOCK {
		IntDoubleRegister(BOOL_V);
		IntDoubleRegister(INT_V);
		IntDoubleRegister(INT64_V);
		IntDoubleRegister(DOUBLE_V);

		RegisterStringFormatter("s", &StringFormatter);
		RegisterNullFormatter("", &DateFormatter);
		RegisterFormatter(DATE_V, "", &DateFormatter);
		RegisterFormatter(TIME_V, "", &TimeFormatter);

		RegisterNumberFormatter("n",  &RealFormatter);
		RegisterNumberFormatter("ne", &RealFormatter);
		RegisterNumberFormatter("nf", &RealFormatter);
		RegisterNumberFormatter("nl", &RealFormatter);
		RegisterNumberFormatter("nle", &RealFormatter);
		RegisterNumberFormatter("nlf", &RealFormatter);
		RegisterNumberFormatter("v",  &RealFormatter);
		RegisterNumberFormatter("ve", &RealFormatter);
		RegisterNumberFormatter("vf", &RealFormatter);
		RegisterNumberFormatter("vl", &RealFormatter);
		RegisterNumberFormatter("vle", &RealFormatter);
		RegisterNumberFormatter("vlf", &RealFormatter);

		// real number formats (n = fixed decimals, v = valid decimals)
		// ne, ve - force exponential notation; nf, vf - force fixed notation; nl, vl - language-based formatting
		// Options: [+][[-]<digits>][!][^[+]<expdig>]
		// + .. always prepend sign
		// [-]<digits> .. number of decimals to print (negative = left of decimal point, default = 6)
		// ! .. keep insignificant zeros
		// ^ .. exponent options:
		// + .. always prepend sign to exponent
		// <expdig> exponent padding width

		RegisterNumberFormatter("a", &IntLowerAlphaFormatter);
		RegisterNumberFormatter("A", &IntUpperAlphaFormatter);
		RegisterNumberFormatter("r", &IntLowerRomanFormatter);
		RegisterNumberFormatter("R", &IntUpperRomanFormatter);

		RegisterValueFormatter("vt", &StdFormatFormatter);
		RegisterValueFormatter("", &StdFormatFormatter);
	}
}

INITBLOCK {
	sRegisterFormatters();
}

String NFormat(int language, const char *s, const Vector<Value>& v)
{
	sRegisterFormatters();
	Formatting f;
	f.language = language;
	String result;
	int pos = 0;
	const char *b;