Enum FakeClockRequest

pub enum FakeClockRequest {
    Get {
        responder: FakeClockGetResponder,
    },
    RegisterEventInMonotonic {
        event: EventPair,
        time: MonotonicInstant,
        control_handle: FakeClockControlHandle,
    },
    RegisterEventInBoot {
        event: EventPair,
        time: BootInstant,
        control_handle: FakeClockControlHandle,
    },
    RescheduleEventInMonotonic {
        event: EventPair,
        time: MonotonicInstant,
        responder: FakeClockRescheduleEventInMonotonicResponder,
    },
    RescheduleEventInBoot {
        event: EventPair,
        time: BootInstant,
        responder: FakeClockRescheduleEventInBootResponder,
    },
    CancelEvent {
        event: EventPair,
        responder: FakeClockCancelEventResponder,
    },
    CreateNamedDeadlineInMonotonic {
        id: DeadlineId,
        duration: i64,
        responder: FakeClockCreateNamedDeadlineInMonotonicResponder,
    },
    CreateNamedDeadlineInBoot {
        id: DeadlineId,
        duration: i64,
        responder: FakeClockCreateNamedDeadlineInBootResponder,
    },
}

Allows access to fake clocks managed by FakeClockControl.

Variants

Get

Gets the current time.

Fields

responder: FakeClockGetResponder

RegisterEventInMonotonic

Registers the event handle event to be signaled with ZX_EVENTPAIR_SIGNALED when the provided time is reached by the fake monotonic clock. The FakeClock instance will retain this event (even after it’s fired) for as long as the client-side of the provided event pair event is open.

Fields

event: EventPair

time: MonotonicInstant

control_handle: FakeClockControlHandle

RegisterEventInBoot

Registers the event handle event to be signaled with ZX_EVENTPAIR_SIGNALED when the provided time is reached by the fake boot clock. The FakeClock instance will retain this event (even after it’s fired) for as long as the client-side of the provided event pair event is open.

Fields

event: EventPair

time: BootInstant

control_handle: FakeClockControlHandle

RescheduleEventInMonotonic

Reschedules an event to be signalled with ZX_EVENTPAIR_SIGNALED at the new deadline in time on the monotonic clock. event is a duplicate of the client-side of the event pair, and it’s used to retrieve the originally registered event through its kernel object identifier.

Fields

event: EventPair

time: MonotonicInstant

responder: FakeClockRescheduleEventInMonotonicResponder

RescheduleEventInBoot

Reschedules an event to be signalled with ZX_EVENTPAIR_SIGNALED at the new deadline in time on the boot clock. event is a duplicate of the client-side of the event pair, and it’s used to retrieve the originally registered event through its kernel object identifier.

Fields

event: EventPair

time: BootInstant

responder: FakeClockRescheduleEventInBootResponder

CancelEvent

Cancels a previously registered event. event is a duplicate of the client-side of the event pair, and it’s used to retrieve the originally registered event through its kernel object identifier.

Fields

event: EventPair

responder: FakeClockCancelEventResponder

CreateNamedDeadlineInMonotonic

Calculate and set a deadline associated with an id on the monotonic clock. The returned deadline is calculated as duration after the current fake time. FakeClock emits two events: A SET event immediately, and an EXPIRED event when the deadline expires. A test using FakeClockControl may reference events related to the deadline using a matching id. See FakeClockControl.SetStopPoint for information on how a test can wait for a deadline event.

Fields

id: DeadlineId

duration: i64

responder: FakeClockCreateNamedDeadlineInMonotonicResponder

CreateNamedDeadlineInBoot

Calculate and set a deadline associated with an id on the boot clock. The returned deadline is calculated as duration after the current fake time. FakeClock emits two events: A SET event immediately, and an EXPIRED event when the deadline expires. A test using FakeClockControl may reference events related to the deadline using a matching id. See FakeClockControl.SetStopPoint for information on how a test can wait for a deadline event.

Fields

id: DeadlineId

duration: i64

responder: FakeClockCreateNamedDeadlineInBootResponder

Implementations

impl FakeClockRequest

pub fn into_get(self) -> Option<FakeClockGetResponder>

pub fn into_register_event_in_monotonic( self, ) -> Option<(EventPair, MonotonicInstant, FakeClockControlHandle)>

pub fn into_register_event_in_boot( self, ) -> Option<(EventPair, BootInstant, FakeClockControlHandle)>

pub fn into_reschedule_event_in_monotonic( self, ) -> Option<(EventPair, MonotonicInstant, FakeClockRescheduleEventInMonotonicResponder)>

pub fn into_reschedule_event_in_boot( self, ) -> Option<(EventPair, BootInstant, FakeClockRescheduleEventInBootResponder)>

pub fn into_cancel_event( self, ) -> Option<(EventPair, FakeClockCancelEventResponder)>

pub fn into_create_named_deadline_in_monotonic( self, ) -> Option<(DeadlineId, i64, FakeClockCreateNamedDeadlineInMonotonicResponder)>

pub fn into_create_named_deadline_in_boot( self, ) -> Option<(DeadlineId, i64, FakeClockCreateNamedDeadlineInBootResponder)>

pub fn method_name(&self) -> &'static str

Name of the method defined in FIDL

Trait Implementations

impl Debug for FakeClockRequest

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.