BybitClient.CopyTradingApi.Trading.GetPositionsAsync() invalid request

[ThaiCat]

If I call BybitClient.UsdPerpetualApi.Account.GetPositionAsync(Symbol)
and after that I call
BybitClient.CopyTradingApi.Trading.GetPositionsAsync()
it returns the following error:
{10002: invalid request, please check your server timestamp or recv_window param }

If I first call BybitClient.CopyTradingApi.Trading.GetPositionsAsync() and then call BybitClient.UsdPerpetualApi.Account.GetPositionAsync(Symbol) it returns similar error which looks like the following:
{10002: invalid request, please check your timestamp and recv_window param. req_timestamp: 1665531628720 server_timestamp: 1665531627702 recv_window: 5000 }

[JKorf]

Hi, I've fixed some things in the timestamping, could you try again with the latest version?

[ThaiCat]

behaviour is more consistent now, but if my local time is 1 second outdated, this does not work.

to test it i used following code

        [StructLayout(LayoutKind.Sequential)]
        public struct SYSTEMTIME
        {
            public short wYear;
            public short wMonth;
            public short wDayOfWeek;
            public short wDay;
            public short wHour;
            public short wMinute;
            public short wSecond;
            public short wMilliseconds;
        }
        [DllImport("kernel32.dll", SetLastError = true)]
        public static extern bool SetSystemTime(ref SYSTEMTIME st);

and before the api call

            SYSTEMTIME st = new SYSTEMTIME();
            st.wYear = (short) t.Year;
            st.wMonth = (short)t.Month ;
            st.wDay = (short)t.Day;
            st.wHour = (short)(t.Hour-0);
            st.wMinute = (short)(t.Minute-0);
            st.wSecond = (short)(t.Second + 1);

            SetSystemTime(ref st);

if my local time differs from timeserver time by more than 1 second, api calls return an error.
I probably dont get it, but shouldn't the 5000 ms recv_window let the api calls work up to 5 seconds time desync in at least one direction (assuming network delays are way below 1s)?