StartTiming新增一个可选参数控制计时单位

Author: Ebola-Chan-bot

README.md

@@ -69,9 +69,9 @@ void RepeatAfter(uint16_t IntervalMilliseconds);
 template <uint8_t TimerCode, uint16_t IntervalMilliseconds, void (*DoTask)(), void (*DoneCallback)() = nullptr>
 void RepeatAfter(int32_t RepeatTimes);
 
-//将当前时刻设为0，计量经过的毫秒数。读取MillisecondsElapsed变量来获得经过的毫秒数。
+//将当前时刻设为0，计量经过的毫秒数。读取MillisecondsElapsed变量来获得经过的毫秒数。可选设置MillisecondsPerTick，控制计时单位是多少毫秒
 //Set the time now as 0 and start to record time elapsed. Read MillisecondsElapsed variable to get the time elapsed.
-template <uint8_t TimerCode>
+template <uint8_t TimerCode, uint16_t MillisecondsPerTick = 1>
 void StartTiming();
 //获取自上次调用StartTiming以来所经过的毫秒数。
 //Get MillisecondsElapsed after the last call of StartTiming.

library.properties

@@ -1,5 +1,5 @@
 name=TimersOneForAll
-version=1.4.2
+version=1.5.0
 author=EbolaChan <[email protected]>
 maintainer=EbolaChan <[email protected]>
 sentence=Make full use of all your hardware timers on your Arduino board. 充分利用你开发板上所有的硬件计时器

src/Internal/Timing.h

@@ -10,18 +10,18 @@ namespace TimersOneForAll
 	volatile uint32_t MillisecondsElapsed;
 	namespace Internal
 	{
-		template <uint8_t TimerCode>
+		template <uint8_t TimerCode, uint16_t MillsecondsPerTick>
 		void MEAdd()
 		{
 			if (Running<TimerCode>)
-				MillisecondsElapsed<TimerCode> ++;
+				MillisecondsElapsed<TimerCode> += MillsecondsPerTick;
 		}
 	}
 	//设置当前为零时刻进行计时。从MillisecondsElapsed变量读取经过的毫秒数
-	template <uint8_t TimerCode>
+	template <uint8_t TimerCode, uint16_t MillisecondsPerTick = 1>
 	void StartTiming()
 	{
-		RepeatAfter<TimerCode, 1, Internal::MEAdd<TimerCode>>();
+		RepeatAfter<TimerCode, MillisecondsPerTick, Internal::MEAdd<TimerCode, MillisecondsPerTick>>();
 		MillisecondsElapsed<TimerCode> = 0;
 		Running<TimerCode> = true;
 	}