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The ti(namespace this_thread)hi(this_thread) is defined within the tt(std)
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namespace, and contains functions that uniquely identify the current thread of
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It offers the following members:
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ithtq(get_id)(thread::id get_id() noexcept)
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(returns an object of type tt(thread::id) that uniquely identifies the
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currently active thread of execution. For an active thread the
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returned tt(id)s is unique in that it 1:1 maps to the currently active
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thread, and is not returned for any other thread. A default tt(id) is
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returned when tt(get_id) is called for a thread that is currently not
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ithtq(yield)(void yield() noexcept)(
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the implementation may call tt(yield) to
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reschedule. Cf. tt(thread::yield) in section ref(THREAD).)
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(void sleep_for(chrono::duration<Rep, Period> const &relTime)
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(this function is defined as a function template, defining the
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template header tt(template <typename Rep, typename Period>). The template's
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types are derived from the actual tt(relTime) argument that is passed
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to the function, and should not explicitly be specified. This function
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could be called as, e.g.,
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sleep_for(seconds(5));
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Calling this function blocks the thread calling this function during the
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specified time interval, starting at the point in time the function is
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(void sleep_until(chrono::time_point<Clock, Duration> const &absTime)
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(this function is also defined as a function template, defining the
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template header tt(template <typename Clock, typename Duration>). The
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tt(Clock) and tt(Duration) types are derived from the actual
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tt(absTime) argument that is passed to the function, and should not
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explicitly be specified. This function could be called as, e.g.,
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sleep_until(system_clock::now() + seconds(5));
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Calling this function blocks the thread until the specified absolute
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removed
yo/stl/thisthread.yo
