public void UptimeScoring_UptimeScoreFromUptimePercentage(double uptimePercentage, double expectedResult)
{
// Act
var logic = new UptimeScoringLogic(uptimeRatingsRepository.Object, maintenanceWindowRepository.Object, logger.Object);
var result = logic.UptimeScoreFromUptimePercentage(Convert.ToDecimal(uptimePercentage));
// Assert
Assert.That(Math.Round(result, 4), Is.EqualTo(Convert.ToDecimal(expectedResult)));
}
public void UptimeScoring_GetUptimePercentage(double?webUptimeScore, double?agentUptimeScore, double expectedResult)
{
// Act
var logic = new UptimeScoringLogic(uptimeRatingsRepository.Object, maintenanceWindowRepository.Object, logger.Object);
var web = webUptimeScore.HasValue ? Convert.ToDecimal(webUptimeScore) : (decimal?)null;
var agent = agentUptimeScore.HasValue ? Convert.ToDecimal(agentUptimeScore) : (decimal?)null;
var result = logic.GetUptimePercentage(web, agent);
// Assert
Assert.That(Math.Round(result, 4), Is.EqualTo(Convert.ToDecimal(expectedResult)));
}
public void UptimeScoring_ScoreMetricsAsync_NoMetricDatas()
{
// Arrange
var metricDatas = new List <MetricData>();
var categoryScore = new CategoryScore();
// Act & Assert
var logic = new UptimeScoringLogic(uptimeRatingsRepository.Object, maintenanceWindowRepository.Object, logger.Object);
Assert.ThrowsAsync <Exception>(() => logic.ScoreMetrics(categoryScore, metricDatas), "Cannot score empty list of metric data.");
}
public async Task UptimeScoring_ScoreMetricsAsync(double?webUptimeScore, double?agentUptimeScore, bool useWebUptimeMetricData, bool useAgentUptimeMetricData, double expectedResult, bool inMaintenanceWindow)
{
// Arrange
var hour = DateTime.Now;
var webUptime = webUptimeScore.HasValue ? Convert.ToDecimal(webUptimeScore.Value) : (decimal?)null;
var agentUptime = agentUptimeScore.HasValue ? Convert.ToDecimal(agentUptimeScore.Value) : (decimal?)null;
var webUptimeMetricData = new MetricData {
Score = webUptime, Metric = new Metric {
MetricType = MetricType.WebUptime, Hour = new Hour {
HourTimeStamp = hour
}
}
};
var agentUptimeMetricData = new MetricData {
Score = agentUptime, Metric = new Metric {
MetricType = MetricType.AgentUptime, Hour = new Hour {
HourTimeStamp = hour
}
}
};
var metricDatas = new List <MetricData>();
if (useWebUptimeMetricData)
{
metricDatas.Add(webUptimeMetricData);
}
if (useAgentUptimeMetricData)
{
metricDatas.Add(agentUptimeMetricData);
}
this.uptimeRatingsRepository.Setup(r => r.Create(It.IsAny <decimal>(), hour, It.IsAny <bool>(), inMaintenanceWindow)).Returns(Task.Delay(10));
this.uptimeRatingsRepository.Setup(r => r.UpdateWeeklyScores()).Returns(Task.Delay(10));
this.uptimeRatingsRepository.Setup(r => r.UpdateQuartlyScores(hour)).Returns(Task.Delay(10));
if (metricDatas.Count > 0)
{
this.maintenanceWindowRepository.Setup(r => r.HourIsInMaintenanceWindowAsync(metricDatas[0].Metric.Hour)).ReturnsAsync(inMaintenanceWindow);
}
var categoryScore = new CategoryScore();
// Act
var logic = new UptimeScoringLogic(uptimeRatingsRepository.Object, maintenanceWindowRepository.Object, logger.Object);
var result = await logic.ScoreMetrics(categoryScore, metricDatas);
// Assert
Assert.That(Math.Round(result, 3), Is.EqualTo(Convert.ToDecimal(expectedResult)));
this.uptimeRatingsRepository.Verify(r => r.Create(It.IsAny <decimal>(), hour, It.IsAny <bool>(), inMaintenanceWindow));
}
public async Task UptimeScoring_ScoreMetricsAsync_WebDowntime(double?webUptimeScore, double?agentUptimeScore, bool expectedWebDowntimeResult)
{
// Arrange
var hour = DateTime.Now;
var webUptime = webUptimeScore.HasValue ? Convert.ToDecimal(webUptimeScore.Value) : (decimal?)null;
var agentUptime = agentUptimeScore.HasValue ? Convert.ToDecimal(agentUptimeScore.Value) : (decimal?)null;
var webUptimeMetricData = new MetricData {
Score = webUptime, Metric = new Metric {
MetricType = MetricType.WebUptime, Hour = new Hour {
HourTimeStamp = hour
}
}
};
var agentUptimeMetricData = new MetricData {
Score = agentUptime, Metric = new Metric {
MetricType = MetricType.AgentUptime, Hour = new Hour {
HourTimeStamp = hour
}
}
};
var metricDatas = new List <MetricData> {
agentUptimeMetricData, webUptimeMetricData
};
this.uptimeRatingsRepository.Setup(r => r.Create(It.IsAny <decimal>(), hour, expectedWebDowntimeResult, false)).Returns(Task.Delay(1));
this.uptimeRatingsRepository.Setup(r => r.UpdateWeeklyScores()).Returns(Task.Delay(1));
this.uptimeRatingsRepository.Setup(r => r.UpdateQuartlyScores(hour)).Returns(Task.Delay(1));
if (metricDatas.Count > 0)
{
this.maintenanceWindowRepository.Setup(r => r.HourIsInMaintenanceWindowAsync(metricDatas[0].Metric.Hour)).ReturnsAsync(false);
}
var categoryScore = new CategoryScore();
// Act
var logic = new UptimeScoringLogic(uptimeRatingsRepository.Object, maintenanceWindowRepository.Object, logger.Object);
var result = logic.ScoreMetrics(categoryScore, metricDatas);
await result;
// Assert
this.uptimeRatingsRepository.Verify(r => r.Create(It.IsAny <decimal>(), hour, expectedWebDowntimeResult, false));
}
public async Task UptimeScoring_ScoreMetricsAsync_NoUptimes()
{
// Arrange
var someOtherMetricData = new MetricData {
Metric = new Metric {
MetricType = MetricType.Ram
}
};
var metricDatas = new List <MetricData>()
{
someOtherMetricData
};
var categoryScore = new CategoryScore();
// Act
var logic = new UptimeScoringLogic(uptimeRatingsRepository.Object, maintenanceWindowRepository.Object, logger.Object);
var result = await logic.ScoreMetrics(categoryScore, metricDatas);
// Assert
Assert.That(result, Is.EqualTo(100m));
}
