The title should be descriptive enough to allow other users to search if they have a similar question.Ĥ) Posts must be directly related to and focused on an unofficial addon or addons for Kodi. Avoid titles such as "Problem with x", "Question about x" or "Need help with x". This text should give a brief overview of the post intent.Ģ) All add-on or content requests must be in the stickied thread.ģ) Please use a clear descriptive title when posting. Sub Introduction Post For beginners information, frequently asked questions and links to recommended addons in previous months, please see The sub Wiki.Īnnouncement Discussion Recommendation Request Review Solved Support How Kodi Works Posting Rulesġ) All posts must be accompanied by a body of text. Discussion of core Kodi functionality or addons from the Official Kodi Repository should go in /r/Kodi This clock is guaranteed to be monotonic, and continues to tick even when the CPU is in power saving modes, so is the recommend basis for general purpose interval timing.This sub is for discussion and links pertaining to unofficial addons for Kodi Media Center and is not endorsed by Team Kodi/XBMC nor their foundation. Most methods that accept a timestamp value currently expect the uptimeMillis() clock.ĮlapsedRealtime() and elapsedRealtimeNanos() return the time since the system was booted, and include deep sleep. This clock is guaranteed to be monotonic, and is suitable for interval timing when the interval does not span device sleep. This is the basis for most interval timing such as Thread.sleep(millls), Object.wait(millis), and System.nanoTime(). This clock stops when the system enters deep sleep (CPU off, display dark, device waiting for external input), but is not affected by clock scaling, idle, or other power saving mechanisms. UptimeMillis() is counted in milliseconds since the system was booted. If you are using System.currentTimeMillis(), consider listening to the ACTION_TIME_TICK, ACTION_TIME_CHANGED and ACTION_TIMEZONE_CHANGED Intent broadcasts to find out when the time changes. Interval or elapsed time measurements should use a different clock. This clock should only be used when correspondence with real-world dates and times is important, such as in a calendar or alarm clock application. The wall clock can be set by the user or the phone network (see setCurrentTimeMillis(long)), so the time may jump backwards or forwards unpredictably. System.currentTimeMillis() is the standard "wall" clock (time and date) expressing milliseconds since the epoch. See the docs at SystemClock, which specifically note: Three different clocks are available, and they should not be confused: That's an error - you should be using SystemClock.elapsedRealtime() for duration calculations. You state that you are using the value to get a duration. That frankly sounds like a device error.) (However that doesn't explain why you are seeing times suddenly in the 1980. Time as observed through other APIs may also jump around even more, for example due to changing time zones, or due to daylight saving. Yes, time returned by System.currentTimeMillis() can jump around, for example because the device clock may have drifted, and is being reset due to fetching an accurate time from the network
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