public void PowerAboveCapacityTest()
{
var mockLogger = new Mock <ILogger <PowerLogObserver> >();
var mockListener = new Mock <IMinerLogListener>();
var options = new PowerLogObserver.Settings()
{
StatHistorySize = 2
};
var objectUnderTest =
new PowerLogObserver(mockLogger.Object, Options.Create(options), mockListener.Object);
const int power1 = 100;
const int power2 = 202;
const int power3 = 921;
var mean = Convert.ToInt32(Math.Ceiling((power2 + power3) / 2.0));
objectUnderTest.ReceiveLogMessage(this, new LogMessage()
{
Message = "GPU #0: EVGA RTX 3080 - 85.34 MH/s, [T:66C, P:" + power1 + "W, F:84%, E:341kH/W], 335/335 R:0%"
});
objectUnderTest.ReceiveLogMessage(this, new LogMessage()
{
Message = "GPU #0: EVGA RTX 3080 - 32.11 MH/s, [T:66C, P:" + power2 + "W, F:84%, E:341kH/W], 335/335 R:0%"
});
objectUnderTest.ReceiveLogMessage(this, new LogMessage()
{
Message = "GPU #0: EVGA RTX 3080 - 32.11 MH/s, [T:66C, P:" + power3 + "W, F:84%, E:341kH/W], 335/335 R:0%"
});
objectUnderTest.AveragePower.Should().Be(mean, "the first hash rate should be pushed out of the queue");
objectUnderTest.LastPower.Should().Be(power3, "This was the last rate we logged.");
}
public void PowerBelowCapacityTest()
{
var mockLogger = new Mock <ILogger <PowerLogObserver> >();
var mockListener = new Mock <IMinerLogListener>();
var options = new PowerLogObserver.Settings()
{
StatHistorySize = 2
};
var objectUnderTest =
new PowerLogObserver(mockLogger.Object, Options.Create(options), mockListener.Object);
const int power1 = 100;
const int power2 = 202;
var mean = (power1 + power2) / 2;
objectUnderTest.ReceiveLogMessage(this, new LogMessage()
{
Message = "GPU #0: EVGA RTX 3080 - 85.34 MH/s, [T:66C, P:" + power1 + "W, F:84%, E:341kH/W], 335/335 R:0%"
});
objectUnderTest.ReceiveLogMessage(this, new LogMessage()
{
Message = "GPU #0: EVGA RTX 3080 - 32.11 MH/s, [T:66C, P:" + power2 + "W, F:84%, E:341kH/W], 335/335 R:0%"
});
objectUnderTest.AveragePower.Should().Be(mean, "this is how you calculate the mean");
}
public void PowerNoEntryIsZero()
{
var mockLogger = new Mock <ILogger <PowerLogObserver> >();
var mockListener = new Mock <IMinerLogListener>();
var options = new PowerLogObserver.Settings()
{
StatHistorySize = 2
};
var objectUnderTest =
new PowerLogObserver(mockLogger.Object, Options.Create(options), mockListener.Object);
objectUnderTest.AveragePower.Should().Be(0, "we have no data");
}
public void PowerEventsAreBroadcast()
{
var mockLogger = new Mock <ILogger <PowerLogObserver> >();
var mockListener = new Mock <IMinerLogListener>();
var options = new PowerLogObserver.Settings()
{
StatHistorySize = 2
};
var objectUnderTest =
new PowerLogObserver(mockLogger.Object, Options.Create(options), mockListener.Object);
var receivedAverage = false;
var receivedLast = false;
const int power1 = 100;
objectUnderTest.MiningInformationChanged += ((sender, info) =>
{
if (info.Name.Equals("AveragePower"))
{
receivedAverage = true;
}
if (info.Name.Equals("LastPower"))
{
receivedLast = true;
}
info.Value.Should().Be(power1.ToString(),
"the event value should be equal to the log value since there was only one log message sent.");
});
objectUnderTest.ReceiveLogMessage(this, new LogMessage()
{
Message = "GPU #0: EVGA RTX 3080 - 85.34 MH/s, [T:66C, P:" + power1 + "W, F:84%, E:341kH/W], 335/335 R:0%"
});
receivedAverage.Should().Be(true, "we should have broadcast an event.");
receivedLast.Should().Be(true, "we should have broadcast an event.");
}
