public void Increment_AfterPeriodExceeded_ResetsBeforeIncrementing()
{
const long periodMillis = 1000;
var clock = new ManualTestClock();
var bucket = new ResettingNumbersBucket(clock, new TransientConfigurableValue <long>(periodMillis));
bucket.Increment(CounterMetric.CommandSuccess);
clock.AddMilliseconds(periodMillis + 1);
Assert.Equal(1, bucket.GetCount(CounterMetric.CommandSuccess));
bucket.Increment(CounterMetric.CommandSuccess); // Should reset and then count one.
Assert.Equal(1, bucket.GetCount(CounterMetric.CommandSuccess)); // Should be 1, not 2.
}
public void Increment_AfterPeriodExceeded_ResetsBeforeIncrementing()
{
const long periodMillis = 1000;
var mockConfig = new Mock <IFailurePercentageCircuitBreakerConfig>(MockBehavior.Strict);
mockConfig.Setup(m => m.GetWindowMillis(It.IsAny <GroupKey>())).Returns(periodMillis);
var clock = new ManualTestClock();
var bucket = new ResettingNumbersBucket(AnyGroupKey, clock, mockConfig.Object, new DefaultMjolnirLogFactory());
bucket.Increment(CounterMetric.CommandSuccess);
clock.AddMilliseconds(periodMillis + 1);
Assert.Equal(1, bucket.GetCount(CounterMetric.CommandSuccess));
bucket.Increment(CounterMetric.CommandSuccess); // Should reset and then count one.
Assert.Equal(1, bucket.GetCount(CounterMetric.CommandSuccess)); // Should be 1, not 2.
}
