Change:
}, // TODO: Figure out the correct value for the buffer size. incoming:              make(chan watchCacheEvent, 100), <del> dispatchTimeoutBudget: newTimeBudget(stopCh), </del> <ins> dispatchTimeoutBudget: newTimeBudget(), </ins> // We need to (potentially) stop both: // - wait.Until go-routine // - reflector.ListAndWatch

Discussion:
Instead of relying on the clock: we should do something similar to the golang rate-limitter is doing:
/sig api-machinery /priority important-longterm
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Hi, I would like to help on this.
/assign Thanks! /triage accepted
can you please provide more context or some guidance on how to proceed?
Sorry for delayed response. - what we should do is to basically: instead of having an additional go-routine that every 1s refreshes the budget change it roughly to: (a) keep the value of budget and the last time when we were refreshing it (b) on takeAvailable method: first recompute takeAvailable, which will be "min(current budget + time elapsed since last refresh * refreshValue, maxAllowedBudget) update last refresh time to now return that value [We also would need to update the existing tests to match the new logic.] - would you be willing to work on it?
-- I can take this up. One question I had was should the method rely on or the current time should be passed on by the caller like in the following: Having the caller pass the time completely removes the dependency on the clock at least for the implementation.
/assign
Let's may be start with: passing on budget creation to it relying on
-- thank you for the thoughts. I drafted a rough implementation in which still depends on . I will make the change as you suggested and rely solely on a instance passed on initialization. I have to rethink the testing strategy a bit, possibly using a .
Yes - FakeClock is the way to test this.
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Reopening - this didn't happen.