/// <summary> /// Retrieves the current hardware time. If this is not possible, /// this method returns false. /// </summary> public static bool GetHardwareTime(Time time) { bool result = false; ulong ct = 0; if (time == null) { throw new ArgumentNullException("time"); } time.Calendar = CalendarManager.GetCalendar(Calendar); result = RTC.Read(out time.Year, out time.Month, out time.Day, out time.Hour, out time.Minute, out time.Second); time.DayOfWeek = time.Calendar.GetDayOfWeek(time); time.Calendar.AddStrings(time); ct = time.Ticks; if (HardwareIsUTC && Timezone != 0) { ct = SharpOS.Kernel.Foundation.Timezone.Localize(ct, Timezone); time.Set(ct); } return(result); }
/// <summary> /// Retrieves the system boot time. /// </summary> public unsafe static void GetBootTime(Time time) { if (currentTime == null) { throw new Exception("Clock has not been setup yet"); } if (time == null) { throw new ArgumentNullException("time"); } time.Set(bootTime); }
/// <summary> /// Retrieves the current hardware time. If this is not possible, /// this method returns false. /// </summary> public static bool GetHardwareTime (Time time) { bool result = false; ulong ct = 0; if (time == null) throw new ArgumentNullException ("time"); time.Calendar = CalendarManager.GetCalendar (Calendar); result = RTC.Read (out time.Year, out time.Month, out time.Day, out time.Hour, out time.Minute, out time.Second); time.DayOfWeek = time.Calendar.GetDayOfWeek (time); time.Calendar.AddStrings (time); ct = time.Ticks; if (HardwareIsUTC && Timezone != 0) { ct = SharpOS.Kernel.Foundation.Timezone.Localize (ct, Timezone); time.Set (ct); } return result; }
/// <summary> /// Retrieves the system boot time. /// </summary> public unsafe static void GetBootTime (Time time) { if (currentTime == null) throw new Exception ("Clock has not been setup yet"); if (time == null) throw new ArgumentNullException ("time"); time.Set (bootTime); }