ProcessingToken

enum class MayaFlux::Vruta::ProcessingToken

strong

Enumerator
SAMPLE_ACCURATE	Coroutine is sample-accurate.
FRAME_ACCURATE	Coroutine is frame-accurate.
EVENT_DRIVEN	Event-driven execution - process when events arrive. Unlike FRAME_ACCURATE (which waits for vsync) or SAMPLE_ACCURATE (which waits for audio callback), EVENT_DRIVEN coroutines resume whenever their associated events fire. Used for input handling, UI interactions, or any sporadic/asynchronous processing.
MULTI_RATE	Coroutine can handle multiple sample rates. Picks the frame-accurate processing token by default.
ON_DEMAND	Coroutine is executed on demand, not scheduled.
CONDITIONAL	Condition-driven execution - resume when a caller-supplied predicate returns true. FreeRoutine coroutines carry this token. The scheduler owns a dedicated thread for this domain that loops continuously, calling try_resume() on each CONDITIONAL task. try_resume() evaluates the condition stored in the promise by the most recent ConditionAwaiter; if it returns true the coroutine is resumed on the scheduler thread. No clock is created for this domain.
CUSTOM

Definition at line 5 of file ProcessingTokens.hpp.

                           {
    SAMPLE_ACCURATE, ///< Coroutine is sample-accurate
    FRAME_ACCURATE, ///< Coroutine is frame-accurate
    /**
     * @brief Event-driven execution - process when events arrive
     *
     * Unlike FRAME_ACCURATE (which waits for vsync) or SAMPLE_ACCURATE
     * (which waits for audio callback), EVENT_DRIVEN coroutines resume
     * whenever their associated events fire. Used for input handling,
     * UI interactions, or any sporadic/asynchronous processing.
     */
    EVENT_DRIVEN,
    MULTI_RATE, ///< Coroutine can handle multiple sample rates. Picks the frame-accurate processing token by default
    ON_DEMAND, ///< Coroutine is executed on demand, not scheduled
    /**
     * @brief Condition-driven execution - resume when a caller-supplied predicate returns true.
     *
     * FreeRoutine coroutines carry this token. The scheduler owns a dedicated
     * thread for this domain that loops continuously, calling try_resume() on
     * each CONDITIONAL task. try_resume() evaluates the condition stored in the
     * promise by the most recent ConditionAwaiter; if it returns true the
     * coroutine is resumed on the scheduler thread. No clock is created for
     * this domain.
     */
    CONDITIONAL,
    CUSTOM
};