canMinimize = false
			}
			result := fuzzResult{
				limit:         input.limit,
				count:         resp.Count,
				totalDuration: resp.TotalDuration,
				entryDuration: resp.InterestingDuration,
				entry:         entry,
				crasherMsg:    resp.Err,
				coverageData:  resp.CoverageData,
				canMinimize:   canMinimize,
			}

	// to test. 0 if there was no limit.
	limit int64

	// count is the number of values the worker actually tested.
	count int64

	// totalDuration is the time the worker spent testing inputs.
	totalDuration time.Duration

	// entryDuration is the time the worker spent execution an interesting result
	entryDuration time.Duration
}

type fuzzMinimizeInput struct {

totalStats[key]+=value;totalDuration+=value;}}
if(!(SCHEDULING_STATE.RUNNING in totalStats)||totalDuration===0||totalDuration-totalStats[SCHEDULING_STATE.RUNNING]<3){return;}