NtpClient::NtpClient(String reqServer, int reqIntervalSeconds, NtpTimeResultDelegate delegateFunction /* = NULL */)
{
// init timer but do not start, correct interval set later below.
autoUpdateTimer.initializeMs(NTP_DEFAULT_QUERY_INTERVAL_SECONDS * 1000,
TimerDelegate(&NtpClient::requestTime, this));
timeoutTimer.initializeMs(NTP_RESPONSE_TIMEOUT_MS,
TimerDelegate(&NtpClient::requestTime, this));
this->server = reqServer;
this->delegateCompleted = delegateFunction;
if (!delegateFunction)
{
autoUpdateSystemClock = true;
}
if (reqIntervalSeconds == 0)
{
setAutoQuery(false);
}
else
{
setAutoQueryInterval(reqIntervalSeconds);
setAutoQuery(true);
requestTime();
}
}
NtpClient::NtpClient(String reqServer, int reqIntervalSeconds, NtpTimeResultCallback onTimeReceivedCb)
// : NtpClient(reqServer, reqIntervalSeconds, NtpClientResultCallback (onTimeReceivedCb))
{
autoUpdateTimer.initializeMs(NTP_DEFAULT_AUTO_UPDATE_INTERVAL, Delegate<void()>(&NtpClient::requestTime, this));
this->server = reqServer;
this->onCompleted = onTimeReceivedCb;
if (!onTimeReceivedCb)
{
autoUpdateSystemClock = true;
}
if (reqIntervalSeconds == 0)
{
setAutoQuery(false);
}
else
{
setAutoQueryInterval(reqIntervalSeconds);
setAutoQuery(true);
requestTime();
}
}
NtpClient::NtpClient(String reqServer, int reqIntervalSeconds, NtpClientResultCallback delegateFunction /* = NULL */)
{
autoUpdateTimer.initializeMs(NTP_DEFAULT_AUTO_UPDATE_INTERVAL, Delegate<void()>(&NtpClient::requestTime, this));
this->server = reqServer;
this->delegateCompleted = delegateFunction;
if (!delegateFunction)
{
autoUpdateSystemClock = true;
}
if (reqIntervalSeconds == 0)
{
setAutoQuery(false);
}
else
{
setAutoQueryInterval(reqIntervalSeconds);
setAutoQuery(true);
requestTime();
}
}
