public void Should_NotBeEqual_WhenCustomMetricEqualsNodeMetric()
{
var nodeMetric = new NodeMetric(NodeMetric.Counters.AuthenticationErrors.Name);
IMetric nodeMetricBase = nodeMetric;
IMetric nodeMetricBase2 = nodeMetric;
var testMetric = new TestMetric {
Name = NodeMetric.Counters.AuthenticationErrors.Name
};
IMetric testMetricBase = testMetric;
IMetric testMetricBase2 = testMetric;
Assert.IsFalse(testMetric.Equals(nodeMetric));
Assert.IsFalse(nodeMetric.Equals(testMetric));
Assert.IsFalse(testMetric.Equals(nodeMetricBase));
Assert.IsFalse(nodeMetricBase.Equals(testMetric));
Assert.IsFalse(testMetric.Equals(nodeMetricBase2));
Assert.IsFalse(nodeMetricBase2.Equals(testMetric));
Assert.IsFalse(testMetricBase.Equals(nodeMetric));
Assert.IsFalse(nodeMetric.Equals(testMetricBase));
Assert.IsFalse(testMetricBase.Equals(nodeMetricBase));
Assert.IsFalse(nodeMetricBase.Equals(testMetricBase));
Assert.IsFalse(testMetricBase.Equals(nodeMetricBase2));
Assert.IsFalse(nodeMetricBase2.Equals(testMetricBase));
Assert.IsFalse(testMetricBase2.Equals(nodeMetric));
Assert.IsFalse(nodeMetric.Equals(testMetricBase2));
Assert.IsFalse(testMetricBase2.Equals(nodeMetricBase));
Assert.IsFalse(nodeMetricBase.Equals(testMetricBase2));
Assert.IsFalse(testMetricBase2.Equals(nodeMetricBase2));
Assert.IsFalse(nodeMetricBase2.Equals(testMetricBase2));
}
/// <inheritdoc />
public TMetricType GetNodeMetric <TMetricType>(Host host, NodeMetric nodeMetric) where TMetricType : class, IDriverMetric
{
if (!_nodeMetricsCollection.TryGetValue(host, out var nodeMetrics))
{
throw new ArgumentException("Could not retrieve metrics for this host: " + host.Address);
}
var metric = nodeMetrics.MetricsRegistry.GetMetric(nodeMetric);
if (metric == null)
{
throw new ArgumentException("Could not find the provided metric: ", nodeMetric.Name);
}
if (!(metric is TMetricType typedMetric))
{
throw new ArgumentException(
$"Node Metric {nodeMetric.Name} is not of type {typeof(TMetricType).Name}. Its type is {metric.GetType().Name}.");
}
return(typedMetric);
}
/// <summary>
/// Utility method that wraps a call to <see cref="IDriverMetrics.GetNodeMetric{TMetricType}"/> with the appropriate AppMetrics based timer type
/// as the type parameter. For more information see the API docs of <see cref="IDriverMetrics.GetNodeMetric{TMetricType}"/>.
/// </summary>
public static IAppMetricsTimer GetNodeTimer(this IDriverMetrics driverMetrics, Host host, NodeMetric nodeMetric)
{
MetricsExtensions.ThrowIfNull(driverMetrics, host, nodeMetric);
return(driverMetrics.GetNodeMetric <IAppMetricsTimer>(host, nodeMetric));
}
private static void ThrowIfNull(IDriverMetrics driverMetrics, Host host, NodeMetric nodeMetric)
{
MetricsExtensions.ThrowIfNull(driverMetrics, nameof(driverMetrics));
MetricsExtensions.ThrowIfNull(host, nameof(host));
MetricsExtensions.ThrowIfNull(nodeMetric, nameof(nodeMetric));
}
protected virtual void Setup(SukiSchemaInfo info)
{
_id = info._id;
name = info.SchemaName;
resolution = info.SchemaResolution;
device = info.SchemaDevice;
metric = info.SchemaMetric;
if (null != info.CalculationInfo)
{
SetCalculationFunction(info.CalculationInfo.calculationOperator, info.CalculationInfo.vectorOperand);
}
if (null != info.ReductionInfo)
{
SetReductionFunction(info.ReductionInfo.reductionOperator, info.ReductionInfo.vectorOperand);
}
if (null != info.ConditionInfo)
{
SetConditionFunction(info.ConditionInfo.conditionOperator, info.ConditionInfo.scalarOperand, info.ConditionInfo.extentPercentage);
}
if (null != info.FloatBoundsInfo)
{
SetFloatBoundsFunction(info.FloatBoundsInfo.lowBounds, info.FloatBoundsInfo.highBounds, info.FloatBoundsInfo.useExtents, info.FloatBoundsInfo.reverse);
}
if (null != info.Vector2BoundsInfo)
{
SetVector2BoundsFunction(info.Vector2BoundsInfo.lowBounds, info.Vector2BoundsInfo.highBounds, info.Vector2BoundsInfo.useExtents, info.Vector2BoundsInfo.reverse);
}
if (null != info.Vector3BoundsInfo)
{
SetVector3BoundsFunction(info.Vector3BoundsInfo.lowBounds, info.Vector3BoundsInfo.highBounds);
}
switch (info.SchemaResolution)
{
case InputResolution.Trigger:
data.CreateTrigger(name, false);
break;
case InputResolution.Signal:
data.CreateSignal(name, false);
break;
case InputResolution.Range:
data.CreateRange(name, 0.5f);
break;
case InputResolution.Location2D:
data.CreateLocation2D(name, Vector2.zero);
break;
case InputResolution.Location3D:
data.CreateLocation3D(name, Vector3.zero);
break;
default:
throw new System.Exception("Invalid Schema Resolution");
}
GetSchemaExtentsFromServer();
}