holoscan::ClockTriggerPlanRecord

Beta

Preserve one fixed-phase, constant-work OnClock schedule.

#include <holoscan/temporal_plan.hpp>

Member variables

Name	Type	Description
`owner`	`OperatorRef`	Plan-bound owning Operator and schedule generation.
`clock`	`ClockId`	Frozen readable schedule/reference clock.
`period_ns`	`std::int64_t`	Positive representable period.
`phase_origin`	`ClockPhaseOrigin`
`explicit_phase`	`std::optional< TimePoint >`	Absolute phase exactly when explicitly authored.
`phase_conversion_id`	`std::uint64_t`	Direct conversion to clock, or zero for same-clock.
`tick_policy`	`ClockTickPolicy`	Closed baseline policy.
`initial_tick_index`	`std::uint64_t`	First schedule index, always zero.
`initial_handled_index`	`std::optional< std::uint64_t >`	Empty before the first frozen tick.
`coalesced_range_capacity`	`std::uint32_t`	One fixed first/last/count evidence record.
`global_start_barrier`	`bool`	Compute waits for every successful start.
`omitted_phase_index_zero_immediate`	`bool`	Captured index zero is immediately eligible.
`exact_now_eligible`	`bool`	`tick(n)` == now is due.
`greatest_due_constant_time`	`bool`	Selection performs no per-period loop.
`one_candidate_per_observation`	`bool`	Late work creates at most one candidate.
`skipped_indices_have_no_candidate`	`bool`	Skipped ticks create no candidate or start gate.
`scheduled_tick_is_reference`	`bool`	Delay never changes the source coordinate.
`checked_terminal_no_wrap`	`bool`	Arithmetic/index exhaustion is terminal.
`omitted_phase_recaptured_on_restart`	`bool`	Successful restart captures a new phase.
`explicit_phase_preserved_on_restart`	`bool`	Absolute phase survives restart.
`failed_rollback_restores_watermark`	`bool`	Failed restart preserves old schedule state.
`stop_blocks_future_freeze`	`bool`	A stop fence prevents new candidates.
`epoch_discontinuity`	`ClockEpochDiscontinuityDisposition`
`coalesced_range_identity`	`std::string`
`arithmetic_failure_identity`	`std::string`
`stale_anchor_identity`	`std::string`