public void Should_classify_without_settings()
{
var classifier = new ResponseCodeClassifier();
classifier.Classify("service", ResponseCode.Ok, 1.Seconds()).Should().Be(ResponseCodeClass.Success);
classifier.Classify("service", ResponseCode.Conflict, 1.Seconds()).Should().Be(ResponseCodeClass.Warning);
classifier.Classify("service", ResponseCode.InternalServerError, 1.Seconds()).Should().Be(ResponseCodeClass.Error);
}
public void Should_classify_using_timeout_error_classification_threshold_setting(string service, int secondsLatency, ResponseCodeClass expected)
{
var serviceSettings = new ResponseCodeClassifierServiceSettings
{
TimeoutErrorClassificationThreshold = 5.Seconds()
};
var settings = new ResponseCodeClassifierSettings
{
TimeoutErrorClassificationThreshold = 10.Seconds(),
PerServiceSettings = new Dictionary <string, ResponseCodeClassifierServiceSettings>
{
["service"] = serviceSettings
}
};
var classifier = new ResponseCodeClassifier(() => settings);
classifier.Classify(service, ResponseCode.RequestTimeout, secondsLatency.Seconds()).Should().Be(expected);
}
public void Should_classify_using_codes_from_settings(string service, ResponseCode code, ResponseCodeClass expected)
{
var serviceSettings = new ResponseCodeClassifierServiceSettings
{
SuccessCodes = new HashSet <ResponseCode> {
ResponseCode.InternalServerError
},
WarningCodes = new HashSet <ResponseCode> {
ResponseCode.Created
},
ErrorCodes = new HashSet <ResponseCode> {
ResponseCode.Ok
}
};
var settings = new ResponseCodeClassifierSettings
{
SuccessCodes = new HashSet <ResponseCode> {
ResponseCode.NotImplemented
},
WarningCodes = new HashSet <ResponseCode> {
ResponseCode.Accepted
},
ErrorCodes = new HashSet <ResponseCode> {
ResponseCode.NoContent
},
PerServiceSettings = new Dictionary <string, ResponseCodeClassifierServiceSettings>
{
["service"] = serviceSettings
}
};
var classifier = new ResponseCodeClassifier(() => settings);
classifier.Classify(service, code, 1.Seconds()).Should().Be(expected);
}