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#include "Timer.h"
#include "..\Context.h"
namespace star
	Timer::Timer()
		:m_TargetTime(1.0f)
		,m_CurrentTime(0)
		,m_CountingDown(false)
		,m_Looping(false)
		,m_Paused(false)
		,m_Infinite(false)
		,m_ExcecutingFunction(nullptr)
	Timer::Timer(	float64 targetTime, bool countingDown,
					bool loop, std::function<void ()> func,
					bool paused) 
		:m_TargetTime(targetTime)
		,m_CurrentTime(countingDown?targetTime:0)
		,m_CountingDown(countingDown)
		,m_Looping(loop)
		,m_Paused(paused)
		,m_Infinite(targetTime == 0 ? true : false)
		,m_ExcecutingFunction(func)
	Timer::~Timer()
	Timer::Timer(const Timer& yRef)
		:m_TargetTime(yRef.m_TargetTime)
		,m_CurrentTime(yRef.m_CurrentTime)
		,m_CountingDown(yRef.m_CountingDown)
		,m_Looping(yRef.m_Looping)
		,m_Paused(yRef.m_Paused)
		,m_Infinite(yRef.m_Infinite)
		,m_ExcecutingFunction(yRef.m_ExcecutingFunction)
	Timer::Timer(Timer&& yRef)
		:m_TargetTime(std::move(yRef.m_TargetTime))
		,m_CurrentTime(std::move(yRef.m_CurrentTime))
		,m_CountingDown(std::move(yRef.m_CountingDown))
		,m_Looping(std::move(yRef.m_Looping))
		,m_Paused(std::move(yRef.m_Paused))
		,m_Infinite(std::move(yRef.m_Infinite))
		,m_ExcecutingFunction(std::move(yRef.m_ExcecutingFunction))
	Timer& Timer::operator=(const Timer& yRef)
		m_TargetTime = yRef.m_TargetTime;
		m_CurrentTime = yRef.m_CurrentTime;
		m_CountingDown = yRef.m_CountingDown;
		m_Looping = yRef.m_Looping;
		m_Paused = yRef.m_Paused;
		m_Infinite = yRef.m_Infinite;
		m_ExcecutingFunction = yRef.m_ExcecutingFunction;
		return *this;
	Timer& Timer::operator=(Timer&& yRef)
		m_TargetTime = std::move(yRef.m_TargetTime);
		m_CurrentTime = std::move(yRef.m_CurrentTime);
		m_CountingDown = std::move(yRef.m_CountingDown);
		m_Looping = std::move(yRef.m_Looping);
		m_Paused = std::move(yRef.m_Paused);
		m_Infinite = std::move(yRef.m_Infinite);
		m_ExcecutingFunction = std::move(yRef.m_ExcecutingFunction);
		return *this;
	bool Timer::Update(const Context& context)
		if(m_Paused)
			return false;
		if(m_CountingDown && m_CurrentTime >= 0)
			m_CurrentTime -= context.time->DeltaTime().GetSeconds();
			if(m_CurrentTime < 0)
				m_ExcecutingFunction();
				if(m_Looping)
					Reset(false);
					return false;
				return true;
			return false;
		else if(!m_CountingDown && m_CurrentTime <= m_TargetTime)
			m_CurrentTime += context.time->DeltaTime().GetSeconds();
			if(m_CurrentTime > m_TargetTime)
				m_ExcecutingFunction();
				if(m_Looping)
					Reset(false);
					return false;
				return true;
			return false;
		return true;
	void Timer::SetPaused(bool paused)
		m_Paused = paused;
	void Timer::SetCountingDown(bool countingDown)
		m_CountingDown = countingDown;
	void Timer::SetLoop(bool looping)
		m_Looping = looping;
	void Timer::Reset(bool paused)
		m_CurrentTime = m_CountingDown ? m_TargetTime : 0;
		SetPaused(paused);
	void Timer::SetTargetTime(float64 targetTime, const bool reset, const bool paused)
		m_TargetTime = targetTime;
		if(reset)
			Reset(paused);
	void Timer::SetFunction(const std::function<void ()> & func)
		m_ExcecutingFunction = func;
	int32 Timer::GetCurrentMinutes() const
		int32 currentTime(0);
		currentTime = (int32)m_CurrentTime;
		return currentTime / 60;
	int32 Timer::GetCurrentSeconds() const
		int32 currentTime(0);
		currentTime = (int32)m_CurrentTime;
		return currentTime % 60;
	int32 Timer::GetCurrentTotalSeconds() const
		int32 currentTime(0);
		currentTime = (int32)m_CurrentTime;
		return currentTime;
	float64 Timer::GetTargetTime() const
		return m_TargetTime;
	float64 Timer::GetCurrentAccurateTime() const
		return m_CurrentTime;
	float64 Timer::ForceEnd()
		float64 rest(m_CurrentTime);
		if(!m_CountingDown)
			rest = m_TargetTime - rest;
		m_CurrentTime = m_CountingDown ? 0 : m_TargetTime;
		return rest;
	void Timer::Forward(float64 time)
		if(m_CountingDown)
			m_CurrentTime -= time;
			m_CurrentTime += time;

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