void format_date(char **dest, uint16 value)
{
uint16 args[] = { date_get_month(value), date_get_year(value) + 1 };
uint16 *argsRef = args;
format_string_part(dest, 2736, (char**)&argsRef);
(*dest)--;
}
void format_string_code(unsigned char format_code, char **dest, char **args)
{
int value;
switch (format_code) {
case FORMAT_COMMA32:
// Pop argument
value = *((sint32*)*args);
*args += 4;
format_comma_separated_integer(dest, value);
break;
case FORMAT_INT32:
// Pop argument
value = *((sint32*)*args);
*args += 4;
format_integer(dest, value);
break;
case FORMAT_COMMA2DP32:
// Pop argument
value = *((sint32*)*args);
*args += 4;
format_comma_separated_fixed_2dp(dest, value);
break;
case FORMAT_COMMA16:
// Pop argument
value = *((sint16*)*args);
*args += 2;
format_comma_separated_integer(dest, value);
break;
case FORMAT_UINT16:
// Pop argument
value = *((uint16*)*args);
*args += 2;
format_integer(dest, value);
break;
case FORMAT_CURRENCY2DP:
// Pop argument
value = *((sint32*)*args);
*args += 4;
format_currency_2dp(dest, value);
break;
case FORMAT_CURRENCY:
// Pop argument
value = *((sint32*)*args);
*args += 4;
format_currency(dest, value);
break;
case FORMAT_STRINGID:
case FORMAT_STRINGID2:
// Pop argument
value = *((uint16*)*args);
*args += 2;
format_string_part(dest, value, args);
(*dest)--;
break;
case FORMAT_STRING:
// Pop argument
value = *((uint32*)*args);
*args += 4;
strcpy(*dest, (char*)value);
*dest += strlen(*dest);
break;
case FORMAT_MONTHYEAR:
// Pop argument
value = *((uint16*)*args);
*args += 2;
uint16 dateArgs[] = { date_get_month(value), date_get_year(value) + 1 };
uint16 *dateArgs2 = dateArgs;
char formatString[] = "?, Year ?";
formatString[0] = FORMAT_MONTH;
formatString[8] = FORMAT_COMMA16;
format_string_part_from_raw(dest, formatString, (char**)&dateArgs2);
(*dest)--;
break;
case FORMAT_MONTH:
// Pop argument
value = *((uint16*)*args);
*args += 2;
strcpy(*dest, get_string(STR_MONTH_MARCH + date_get_month(value)));
*dest += strlen(*dest);
break;
case FORMAT_VELOCITY:
// Pop argument
value = *((sint16*)*args);
*args += 2;
if (RCT2_GLOBAL(RCT2_ADDRESS_CONFIG_METRIC, uint8)) {
format_comma_separated_integer(dest, mph_to_kmph(value));
strcat(*dest, "kmh");
*dest += strlen(*dest);
} else {
format_comma_separated_integer(dest, value);
strcat(*dest, "mph");
*dest += strlen(*dest);
}
break;
case FORMAT_POP16:
*args += 2;
break;
case FORMAT_PUSH16:
*args -= 2;
break;
case FORMAT_DURATION:
// Pop argument
value = *((uint16*)*args);
*args += 2;
if (value / 60 > 0) {
format_integer(dest, value / 60);
strcpy(*dest, value / 60 == 1 ? "min:" : "mins:");
*dest += strlen(*dest);
}
format_integer(dest, value % 60);
strcpy(*dest, value % 60 == 1 ? "sec:" : "secs:");
*dest += strlen(*dest);
break;
case FORMAT_REALTIME:
// Pop argument
value = *((uint16*)*args);
*args += 2;
if (value / 60 > 0) {
format_integer(dest, value / 60);
strcpy(*dest, value / 60 == 1 ? "hour:" : "hours:");
*dest += strlen(*dest);
}
format_integer(dest, value % 60);
strcpy(*dest, value % 60 == 1 ? "min:" : "mins:");
*dest += strlen(*dest);
break;
case FORMAT_LENGTH:
// Pop argument
value = *((sint16*)*args);
*args += 2;
if (RCT2_GLOBAL(RCT2_ADDRESS_CONFIG_METRIC, uint8)) {
format_comma_separated_integer(dest, value);
strcat(*dest, "m");
*dest += strlen(*dest);
} else {
format_comma_separated_integer(dest, metres_to_feet(value));
strcat(*dest, "ft");
*dest += strlen(*dest);
}
break;
case FORMAT_SPRITE:
// Pop argument
value = *((uint32*)*args);
*args += 4;
*(*dest)++ = 23;
*((uint32*)(*dest)) = value;
*dest += 4;
break;
}
}
