pub struct MonotonicDeleteEvent {
pub event_key: PointRange,
pub new_epoch: HummockEpoch,
}
Expand description
Assume that watermark1 is 5, watermark2 is 7, watermark3 is 11, delete ranges
{ [0, wmk1) in epoch1, [wmk1, wmk2) in epoch2, [wmk2, wmk3) in epoch3 }
can be transformed into events below:
{ <0, +epoch1> <wmk1, -epoch1> <wmk1, +epoch2> <wmk2, -epoch2> <wmk2, +epoch3> <wmk3, -epoch3> }
Then we can get monotonic events (they are in order by user key) as below:
{ <0, epoch1>, <wmk1, epoch2>, <wmk2, epoch3>, <wmk3, +inf> }
which means that delete range of [0, wmk1) is epoch1, delete range of [wmk1, wmk2) if epoch2,
etc. In this example, at the event key wmk1 (5), delete range changes from epoch1 to epoch2,
thus the new epoch
is epoch2. epoch2 will be used from the event key wmk1 (5) and till the
next event key wmk2 (7) (not inclusive).
If there is no range deletes between current event key and next event key, new_epoch
will be
HummockEpoch::MAX
.
Fields§
§event_key: PointRange
§new_epoch: HummockEpoch
Implementations§
Trait Implementations§
Source§impl Clone for MonotonicDeleteEvent
impl Clone for MonotonicDeleteEvent
Source§fn clone(&self) -> MonotonicDeleteEvent
fn clone(&self) -> MonotonicDeleteEvent
1.0.0 · Source§fn clone_from(&mut self, source: &Self)
fn clone_from(&mut self, source: &Self)
source
. Read moreSource§impl Debug for MonotonicDeleteEvent
impl Debug for MonotonicDeleteEvent
Source§impl<'de> Deserialize<'de> for MonotonicDeleteEvent
impl<'de> Deserialize<'de> for MonotonicDeleteEvent
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Source§impl PartialEq for MonotonicDeleteEvent
impl PartialEq for MonotonicDeleteEvent
Source§impl Serialize for MonotonicDeleteEvent
impl Serialize for MonotonicDeleteEvent
impl Eq for MonotonicDeleteEvent
impl StructuralPartialEq for MonotonicDeleteEvent
Auto Trait Implementations§
impl Freeze for MonotonicDeleteEvent
impl RefUnwindSafe for MonotonicDeleteEvent
impl Send for MonotonicDeleteEvent
impl Sync for MonotonicDeleteEvent
impl Unpin for MonotonicDeleteEvent
impl UnwindSafe for MonotonicDeleteEvent
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