public void Verify_probe_na()
{
var knowledgeBaseProvider = _provider.GetService <IKnowledgeBaseProvider>();
var probe = new SocketDescriptorThrottlingProbe(null, knowledgeBaseProvider);
NodeSnapshot snapshot = new FakeNodeSnapshot1(10, 4, 4.2M);
var result = probe.Execute(snapshot);
result.Status.ShouldBe(ProbeResultStatus.NA);
result.KB.Id.ShouldBe(typeof(SocketDescriptorThrottlingProbe).GetIdentifier());
}
public void Verify_probe_healthy_condition()
{
var knowledgeBaseProvider = _provider.GetService <IKnowledgeBaseProvider>();
var config = _provider.GetService <HareDuConfig>();
var probe = new SocketDescriptorThrottlingProbe(config.Diagnostics, knowledgeBaseProvider);
NodeSnapshot snapshot = new FakeNodeSnapshot1(10, 4, 4.2M);
var result = probe.Execute(snapshot);
result.Status.ShouldBe(ProbeResultStatus.Healthy);
result.KB.Id.ShouldBe(typeof(SocketDescriptorThrottlingProbe).GetIdentifier());
}
public void Verify_probe_na()
{
var knowledgeBaseProvider = _services.GetService <IKnowledgeBaseProvider>();
var probe = new SocketDescriptorThrottlingProbe(null, knowledgeBaseProvider);
NodeSnapshot snapshot = new (){ OS = new () { SocketDescriptors = new () { Available = 10, Used = 4, UsageRate = 4.2M } } };
var result = probe.Execute(snapshot);
Assert.Multiple(() =>
{
Assert.AreEqual(ProbeResultStatus.NA, result.Status);
Assert.AreEqual(typeof(SocketDescriptorThrottlingProbe).GetIdentifier(), result.KB.Id);
});
}
}
public void Verify_probe_healthy_condition()
{
HareDuConfig config = new () { Diagnostics = new () { Probes = new () { SocketUsageThresholdCoefficient = 0.60M } } };
var knowledgeBaseProvider = _services.GetService <IKnowledgeBaseProvider>();
var probe = new SocketDescriptorThrottlingProbe(config.Diagnostics, knowledgeBaseProvider);
NodeSnapshot snapshot = new (){ OS = new () { SocketDescriptors = new () { Available = 10, Used = 4, UsageRate = 4.2M } } };
var result = probe.Execute(snapshot);
Assert.Multiple(() =>
{
Assert.AreEqual(ProbeResultStatus.Healthy, result.Status);
Assert.AreEqual(typeof(SocketDescriptorThrottlingProbe).GetIdentifier(), result.KB.Id);
});
}
[Test]
public void Verify_probe_warning_condition()
{
HareDuConfig config = new () { Diagnostics = new () { Probes = new () { SocketUsageThresholdCoefficient = 0.60M } } };
var knowledgeBaseProvider = _services.GetService <IKnowledgeBaseProvider>();
var probe = new SocketDescriptorThrottlingProbe(config.Diagnostics, knowledgeBaseProvider);
NodeSnapshot snapshot = new (){ OS = new () { SocketDescriptors = new () { Available = 10, Used = 9, UsageRate = 4.2M } } };
var result = probe.Execute(snapshot);
Assert.Multiple(() =>
{
Assert.AreEqual(ProbeResultStatus.Warning, result.Status);
Assert.AreEqual(typeof(SocketDescriptorThrottlingProbe).GetIdentifier(), result.KB.Id);
});
}
[Test(Description = "When sockets used >= calculated high watermark and calculated high watermark >= max sockets available")]
