BloombergLP::bdlmt::EventScheduler::scheduleEvent

Synopses

Declared in <bdlmt_eventscheduler.h>

Schedule the specified callback to be dispatched at the specified epochTime truncated to microseconds. Load into the optionally specified event a handle that can be used to cancel the event (by invoking cancelEvent). The epochTime is an absolute time represented as an interval from some epoch, which is determined by the clock indicated at construction (see {Supported Clock Types} in the component documentation). This method guarantees that the event will occur at or after epochTime. epochTime may be in the past, in which case the event will be executed as soon as possible.

void
scheduleEvent(
    bsls::TimeInterval const& epochTime,
    bsl::function<void()> const& callback);

» more...

Schedule the specified callback to be dispatched at the specified epochTime truncated to microseconds. Load into the optionally specified event a handle that can be used to cancel the event (by invoking cancelEvent). The epochTime is an absolute time represented as an interval from some epoch, which is determined by the clock associated with the time point. This method guarantees that the event will occur at or after epochTime. epochTime may be in the past, in which case the event will be executed as soon as possible.

template<
    class t_CLOCK,
    class t_DURATION>
void
scheduleEvent(
    bsl::chrono::time_point<t_CLOCK, t_DURATION> const& epochTime,
    bsl::function<void()> const& callback);

» more...

Same as the preceding overload, loading a cancel handle into event.

void
scheduleEvent(
    EventHandle* event,
    bsls::TimeInterval const& epochTime,
    bsl::function<void()> const& callback);

» more...

Same as the preceding overload, loading a cancel handle into event.

template<
    class t_CLOCK,
    class t_DURATION>
void
scheduleEvent(
    EventHandle* event,
    bsl::chrono::time_point<t_CLOCK, t_DURATION> const& epochTime,
    bsl::function<void()> const& callback);

» more...