

#Android alarm clock multiple times android
input_datetime:Įntity_id: sensor.moto_g_5_plus_next_alarmĮntity_id: sensor. Create your timers with optional alarms and start/pause/stop them simultaneously or sequentially. Alarm Clock Pro turns your android into a beautiful digital clock with gorgeous themes and an alarm clock that sings your favorite tunes. Elapsed real time uses the time since system boot as a. The input_datetime entity can be used directly with platform: time and condition: time starting with version 0.115. There are two general clock types for alarms: elapsed real time and real time clock (RTC). The solution I have come up with is following: Use an automation to copy valid alarm data (seconds are truncated) into an input_datetime and hold the value for 30 seconds after a state change to prevent the data from being lost. However if the android clock is running a little fast, or the HA clock a little slow the android app can fire alarm and clear the next_alarm sensor before the clock on the HA machine reaches minute and 0 seconds causing the automation using the next_alarm value to never trigger. Everything works when hardware clocks of the android phone and the machine home assistant is running on are in sync and home assistant can evaluate the trigger as true before next_alarm changes causing the automation to trigger. If requestCode is the same, then the new alarm will overwrite the old one. Many alarm clocks have radio receivers that can be set to start playing at specified times, and are known as clock radios. The amount of time it takes is about 1 second dependent entirely on the amount of latency it takes for the state change to occur leaving a narrow window of time for the automation to trigger. If you want to set multiple alarms (repeating or single), then you just need to create their PendingIntents with different requestCode.

It will immediately will relay the change the home assistant and home assistant will change the value of the sensor. With my phone as soon as the android alarm app fires the alarm it immediately changes value of the next_alarm to a different value. I have discovered that using the next_alarm sensor data directly may not be 100% reliable.
