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template <typename ChronoClock>
inline ClockBase<ChronoClock>::ClockBase(TimePoint const &timePoint)
:
d_timePoint(timePoint)
{}
template <typename ChronoClock>
template <typename ClockTp>
inline ClockBase<ChronoClock>::ClockBase(ClockBase<ClockTp> const &clock)
:
d_timePoint(clock.timePoint())
{}
template <typename ChronoClock>
inline ClockBase<ChronoClock>::Duration ClockBase<ChronoClock>::elapsed() const
{
return d_timePoint.time_since_epoch();
}
template <typename ChronoClock>
inline long int ClockBase<ChronoClock>::count() const
{
return elapsed().count();
}
template <typename ChronoClock>
inline ChronoClock::time_point const &ClockBase<ChronoClock>::timePoint() const
{
return d_timePoint;
}
template <typename ChronoClock>
inline std::ostream &operator<<(std::ostream &out,
ClockBase<ChronoClock> const &clock)
{
return out << clock.d_timePoint;
}
template <typename ChronoClock>
ClockBase<ChronoClock> &ClockBase<ChronoClock>::operator+=(int amount)
{
d_timePoint += std::chrono::seconds{ amount };
return *this;
}
template <typename ChronoClock>
template <typename Ratio>
ClockBase<ChronoClock> &ClockBase<ChronoClock>::operator+=(
std::chrono::duration<int64_t, Ratio> const &amount)
{
d_timePoint += amount;
return *this;
}
template <typename ChronoClock, typename Ratio>
inline ClockBase<ChronoClock> operator+(
ClockBase<ChronoClock> const &lhs,
std::chrono::duration<int64_t, Ratio> const &amount)
{
return ClockBase<ChronoClock>{ lhs } += amount;
}
template <typename ChronoClock, typename Ratio>
inline ClockBase<ChronoClock> operator+(
std::chrono::duration<int64_t, Ratio> const &amount,
ClockBase<ChronoClock> const &rhs)
{
return ClockBase<ChronoClock>{ rhs } += amount;
}
template <typename ChronoClock>
inline ClockBase<ChronoClock> operator+(ClockBase<ChronoClock> const &lhs,
int amount)
{
return ClockBase<ChronoClock>{ lhs } += amount;
}
template <typename ChronoClock>
inline ClockBase<ChronoClock> operator+(int amount,
ClockBase<ChronoClock> const &rhs)
{
return ClockBase<ChronoClock>{ rhs } += amount;
}
template <typename ChronoClock>
ClockBase<ChronoClock> &ClockBase<ChronoClock>::operator-=(int amount)
{
d_timePoint -= std::chrono::seconds{ amount };
return *this;
}
template <typename ChronoClock>
template <typename Ratio>
ClockBase<ChronoClock> &ClockBase<ChronoClock>::operator-=(
std::chrono::duration<int64_t, Ratio> const &amount)
{
d_timePoint -= amount;
return *this;
}
template <typename ChronoClock, typename Ratio>
inline ClockBase<ChronoClock> operator-(
ClockBase<ChronoClock> const &lhs,
std::chrono::duration<int64_t, Ratio> const &amount)
{
return ClockBase<ChronoClock>{ lhs } -= amount;
}
template <typename ChronoClock, typename Ratio>
inline ClockBase<ChronoClock> operator-(ClockBase<ChronoClock> const &lhs,
int amount)
{
return ClockBase<ChronoClock>{ lhs } -= amount;
}
// static
template <typename ChronoClock>
inline ClockBase<ChronoClock>::TimePoint ClockBase<ChronoClock>::now()
{
return ChronoClock::now();
}
// static
template <typename ChronoClock>
inline ClockBase<ChronoClock>::TimePoint ClockBase<ChronoClock>::min()
{
return TimePoint::min();
}
// static
template <typename ChronoClock>
inline ClockBase<ChronoClock>::TimePoint ClockBase<ChronoClock>::max()
{
return TimePoint::max();
}
template <typename ChronoClock>
template <typename Dest>
inline double ClockBase<ChronoClock>::toDouble() const
{
return FBB::toDouble<Dest>(elapsed());
}
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