private StpIsolationThreadPool CreateAndStartPool(int threadCount, int queueLength)
{
var pool = new StpIsolationThreadPool(
GroupKey.Named("Test"),
new TransientConfigurableValue<int>(threadCount),
new TransientConfigurableValue<int>(queueLength),
new IgnoringStats());
pool.Start();
return pool;
}
private StpIsolationThreadPool CreateAndStartPool(int threadCount, int queueLength)
{
var pool = new StpIsolationThreadPool(
GroupKey.Named("Test"),
new TransientConfigurableValue <int>(threadCount),
new TransientConfigurableValue <int>(queueLength),
new IgnoringStats());
pool.Start();
return(pool);
}
public void Start_Elapsed()
{
var mockStats = new Mock <IStats>();
var pool = new StpIsolationThreadPool(
GroupKey.Named("Test"),
new TransientConfigurableValue <int>(10),
new TransientConfigurableValue <int>(20),
mockStats.Object);
pool.Start();
mockStats.Verify(m => m.Elapsed("mjolnir pool Test Start", null, It.IsAny <TimeSpan>()), Times.Once);
}
public void Start_Elapsed()
{
var mockStats = new Mock<IStats>();
var pool = new StpIsolationThreadPool(
GroupKey.Named("Test"),
new TransientConfigurableValue<int>(10),
new TransientConfigurableValue<int>(20),
mockStats.Object);
pool.Start();
mockStats.Verify(m => m.Elapsed("mjolnir pool Test Start", null, It.IsAny<TimeSpan>()), Times.Once);
}
public void Enqueue_Elapsed()
{
var mockStats = new Mock<IStats>();
var mockMetricEvents = new Mock<IMetricEvents>();
var pool = new StpIsolationThreadPool(
GroupKey.Named("Test"),
new TransientConfigurableValue<int>(10),
new TransientConfigurableValue<int>(20),
mockStats.Object,
mockMetricEvents.Object);
pool.Start();
pool.Enqueue<object>(() => new { });
mockStats.Verify(m => m.Elapsed("mjolnir pool Test Enqueue", "Enqueued", It.IsAny<TimeSpan>()), Times.Once);
}
public async Task Construct_CreatesGauges()
{
const long gaugeIntervalMillis = 50;
var mockStats = new Mock <IStats>();
var pool = new StpIsolationThreadPool(
GroupKey.Named("Test"),
new TransientConfigurableValue <int>(10),
new TransientConfigurableValue <int>(20),
mockStats.Object,
new TransientConfigurableValue <long>(gaugeIntervalMillis));
await Task.Delay(TimeSpan.FromMilliseconds(gaugeIntervalMillis + 50));
mockStats.Verify(m => m.Gauge("mjolnir pool Test activeThreads", null, It.IsAny <long>()), Times.AtLeastOnce);
mockStats.Verify(m => m.Gauge("mjolnir pool Test inUseThreads", null, It.IsAny <long>()), Times.AtLeastOnce);
mockStats.Verify(m => m.Gauge("mjolnir pool Test pendingCompletion", null, It.IsAny <long>()), Times.AtLeastOnce);
}
public async Task Construct_CreatesGauges()
{
const long gaugeIntervalMillis = 50;
var mockStats = new Mock<IStats>();
var pool = new StpIsolationThreadPool(
GroupKey.Named("Test"),
new TransientConfigurableValue<int>(10),
new TransientConfigurableValue<int>(20),
mockStats.Object,
new TransientConfigurableValue<long>(gaugeIntervalMillis));
await Task.Delay(TimeSpan.FromMilliseconds(gaugeIntervalMillis + 50));
mockStats.Verify(m => m.Gauge("mjolnir pool Test activeThreads", null, It.IsAny<long>()), Times.AtLeastOnce);
mockStats.Verify(m => m.Gauge("mjolnir pool Test inUseThreads", null, It.IsAny<long>()), Times.AtLeastOnce);
mockStats.Verify(m => m.Gauge("mjolnir pool Test pendingCompletion", null, It.IsAny<long>()), Times.AtLeastOnce);
}
