public void IsEnabled_WhenNewingupNewSpace_ShouldReturnTrue()
{
var sut = new MetricSpace("ss");
var result = sut.IsEnabled();
Assert.True(result);
}
public void IsEnabled_WhenDisabed_ShouldReturnFasle()
{
var sut = new MetricSpace("ss");
sut.Disable();
var result = sut.IsEnabled();
Assert.False(result);
}
public void MetricSpace_WhenCombiningKeys_ShouldMatchPattern()
{
var sut = new MetricSpace(Key1);
var metricInfo = new MetricInfo();
sut.Meter(Key2).Send(metricInfo);
var result = metricInfo.Key;
Assert.Equal($"{Key1}.{Key2}", result);
}
public void DataMeterActionConditionalTimeScope_WhenConditionIsFalse_ShouldNotSendExecutionTime()
{
var sut = new MetricSpace("s");
var metricReporter = Substitute.For <IMetricReporter>();
sut.AddReporter(metricReporter);
var meter = sut.DataMeter("x");
meter.Data.Add("some-value", "value");
meter.ConditionalTimeScope(() => { }, () => false, DurationKey);
metricReporter.DidNotReceive().Report(Arg.Any <MetricInfo>());
}
public void MetricSpace_WhenReplcingKeyFormater_ShouldMatchPattern()
{
var space = new MetricSpace(Key1);
space.Options.KeyFormater = new TestFormatter();
var sut = space.Space(Key2);
var metricInfo = new MetricInfo();
sut.Meter(Key3).Send(metricInfo);
var result = metricInfo.Key;
Assert.Equal(TestFormatter.Key, result);
}
public void MetricSpace_WhenUsingDifferntDelimiter_ShouldMatchPattern()
{
const string delimiter = ";";
var sut = new MetricSpace(Key1);
sut.Options.KeysDelimiter = delimiter;
var metricInfo = new MetricInfo();
sut.Meter(Key2).Send(metricInfo);
var result = metricInfo.Key;
Assert.Equal($"{Key1}{delimiter}{Key2}", result);
}
public void IsEnabled_WhenEnableAfterDisable_ShouldBeEnabled()
{
var sut = new MetricSpace("ss");
sut.IsEnabled();
AssertEnabled(sut);
sut.Disable();
AssertDisabled(sut);
sut.Enable();
AssertEnabled(sut);
}
public void DataMemberActionConditionalTimeScope_WhenConditionIsTrue_ShouldSendExecutionTime()
{
var sut = new MetricSpace("s");
var recorder = new ReportsRecorder();
sut.AddReporter(recorder);
var meter = sut.DataMeter("x");
meter.Data.Add("some-value", "value");
meter.ConditionalTimeScope(() => { }, () => true, DurationKey);
Assert.Contains(DurationKey, recorder.Last.Data.Keys);
Assert.IsType <double>(recorder.Last.Data[DurationKey]);
}
public void IsEnabled_WhenSuspended_ShouldReturnFasle()
{
var sut = new MetricSpace("ss");
var testClock = new TestClock();
sut.Options.SystemClock = testClock;
var currentTime = new DateTime(2000, 1, 1);
testClock.TestTime = currentTime;
sut.Suspend(TimeSpan.FromHours(1));
var result = sut.IsEnabled();
Assert.False(result);
}
public void DateMeterTimeScope_WhenUsingTimeScope_ShouldSendExecutionTime()
{
var sut = new MetricSpace("s");
var recorder = new ReportsRecorder();
sut.AddReporter(recorder);
var meter = sut.DataMeter("x");
meter.AddData("some-value", "value");
using (meter.TimeScope(DurationKey))
{
}
Assert.Contains(DurationKey, recorder.Last.Data.Keys);
Assert.IsType <double>(recorder.Last.Data[DurationKey]);
}
public void TimeScope_WhenUsingTimeScopeAction_ShouldSendExecutionTime()
{
var sut = new MetricSpace("s");
var recorder = new ReportsRecorder();
sut.AddReporter(recorder);
var meter = sut.Meter("x");
var info = new MetricInfo();
info.Data.Add("some-value", "value");
meter.TimeScope(info, () => { }, DurationKey);
Assert.Contains(DurationKey, recorder.Last.Data.Keys);
Assert.IsType <TimeSpan>(recorder.Last.Data[DurationKey]);
}
/// <summary>
/// Convert an enum MetricSpace to it's corresponding MetricConstraint.
/// </summary>
/// <param name="metric"></param>
/// <param name="settings"></param>
/// <returns></returns>
public static MetricConstraint.MetricConstraint Process(MetricSpace metric, CitySettings settings)
{
MetricConstraint.MetricConstraint m = null;
switch (metric)
{
case MetricSpace.EUCLIDEAN:
m = new EuclideanConstraint(settings);
break;
case MetricSpace.MANHATTAN:
m = new ManhattanConstraint(settings);
break;
case MetricSpace.GRID:
m = new GridConstraint(settings);
break;
}
return(m);
}
public void ConditionalTimeScope_WhenConditionIsTrue_ShouldSendExecutionTime()
{
var sut = new MetricSpace("s");
var recorder = new ReportsRecorder();
sut.AddReporter(recorder);
var meter = sut.Meter("x");
var info = new MetricInfo();
info.Data.Add("some-value", "value");
using (meter.ConditionalTimeScope(info, () => true, DurationKey))
{
}
Assert.Contains(DurationKey, recorder.Last.Data.Keys);
Assert.IsType <TimeSpan>(recorder.Last.Data[DurationKey]);
}
private void AssertDisabled(MetricSpace metricSpace)
{
var result = metricSpace.IsEnabled();
Assert.False(result);
}
private void AssertEnabled(MetricSpace metricSpace)
{
var result = metricSpace.IsEnabled();
Assert.True(result);
}