public void CheckScaleEvery(QueuePriority priority, byte expected)
{
var s = new QueueThroughput();
var data = s.CheckScaleEvery(priority);
Assert.AreEqual(expected, data);
}
public void MaximumScale(QueuePriority priority, byte expected)
{
var s = new QueueThroughput();
var data = s.Scale(priority);
Assert.AreEqual(expected, data.Maximum);
}
public void MinimumFrequency(QueuePriority priority, byte expected)
{
var s = new QueueThroughput();
var data = s.Frequency(priority);
Assert.AreEqual(expected, data.Minimum);
}
public void MessagesPerScaleUnit(QueuePriority priority, ushort expected)
{
var s = new QueueThroughput();
var data = s.MessagesPerScaleUnit(priority);
Assert.AreEqual(expected, data);
}
public void RunnerLow()
{
var runs = Substitute.For <IDynamicRuns>();
runs.MinimumPeriodInSeconds.Returns(10);
var s = new QueueThroughput();
var scalable = s.Runner(runs, QueuePriority.Low);
Assert.IsNotNull(runs);
Assert.IsNotNull(scalable as AdaptiveRunner);
}
public void RunnerRunsNull()
{
var s = new QueueThroughput();
Assert.That(() => s.Runner(null, QueuePriority.High), Throws.TypeOf <ArgumentNullException>());
}
