Class ManualClock
- Defined in File manual_clock.hpp 
Base Type
- public holoscan::Clock(Class Clock)
- 
class ManualClock : public holoscan::Clock
- Manual clock class. - The manual clock compresses time intervals, rather than waiting for specified durations (e.g. via PeriodicCondition). It is used mainly for testing applications. - Public Functions - 
template<typename ArgT, typename ...ArgsT, typename = std::enable_if_t<!std::is_base_of_v<Resource, std::decay_t<ArgT>> && (std::is_same_v<Arg, std::decay_t<ArgT>> || std::is_same_v<ArgList, std::decay_t<ArgT>>)>>
 inline ManualClock(ArgT &&arg, ArgsT&&... args)
 - ManualClock() = default
 - ManualClock(const std::string &name, nvidia::gxf::ManualClock *component)
 - inline virtual const char *gxf_typename() const override
 - The underlying GXF component’s name. - 
virtual void setup(ComponentSpec &spec)
- Define the resource specification. - Parameters
 - spec – The reference to the component specification. 
 - virtual double time() const override
 - The current time of the clock. Time is measured in seconds. - virtual int64_t timestamp() const override
 - The current timestamp of the clock. Timestamps are measured in nanoseconds. - virtual void sleep_for(int64_t duration_ns) override
 - Waits until the given duration has elapsed on the clock. - virtual void sleep_until(int64_t target_time_ns) override
 - Waits until the given target time. - nvidia::gxf::ManualClock *get() const
 
- 
template<typename ArgT, typename ...ArgsT, typename = std::enable_if_t<!std::is_base_of_v<Resource, std::decay_t<ArgT>> && (std::is_same_v<Arg, std::decay_t<ArgT>> || std::is_same_v<ArgList, std::decay_t<ArgT>>)>>