bool Scheduler::updateSchedules(Pricing& pricing, NodeInfo& nodeInfo)
{
if (!isMaster())
{
Master::schedule(&nodeInfo);
return true;
}
unsigned long now = Clock::getUnixTime();
bool changed = false;
for (auto &schedule : nodeInfo.schedules)
{
// we already have a designated time or interval expired, so we can get next time
if (schedule.repeatEvery > 0
&& ((schedule.designatedTime > schedule.startTime && schedule.designatedTime < schedule.startTime + schedule.interval)
|| schedule.startTime + schedule.interval < now))
{
schedule.startTime += schedule.repeatEvery * ceil(float(now - schedule.interval - schedule.startTime) / float(schedule.repeatEvery));
changed = true;
}
#if DEBUG_SCHEDULER
Serial.print("lastRun");
Serial.println(schedule.lastRun);
Serial.print("designatedtime");
Serial.println(schedule.designatedTime);
Serial.print("duration");
Serial.println(schedule.duration);
Serial.print("startime");
Serial.println(schedule.startTime);
Serial.print("now");
Serial.println(now);
Serial.print("startime");
Serial.println(schedule.startTime);
Serial.print("startime-now");
Serial.println(long(schedule.startTime - now));
#endif
// It has already run or the designated time expiered
if ((schedule.lastRun >= schedule.designatedTime || schedule.designatedTime + schedule.duration > now)
// and we have a new plan to schedule
&& schedule.startTime > schedule.designatedTime
// and there are only 30 minutes left to ensure we have data for the interval
&& long(schedule.startTime - now) < 1800)
{
if (isMaster())
schedule.designatedTime = pricing.getBestTime(schedule);
else
{} //ask master for best time
changed = true;
}
}
if (changed)
nodeInfo.save();
return changed;
}
void PricingTest::testBestTime()
{
// Lowest price of the day
Schedule schedule;
schedule.duration = 4*3600; // 1h
schedule.startTime = Clock::getDayInSeconds() + 9*3600 + 60*30;
schedule.interval = 6*3600 + 0*60*50;
Pricing pricing;
Serial.println(Clock::getHumanDateTime(pricing.getBestTime(schedule)));
Serial.println("===========================");
}
