private static MetricValue GetConvertedMetric(MetricValueBlob m)
{
// If count is not supplied, we assume 1, so the total / average relation works.
var metricValue = new MetricValue
{
Count = m.count == 0 ? 1 : m.count,
Maximum = m.maximum,
Minimum = m.minimum,
Timestamp = m.time,
};
// In case the RP doesn't populate average, we calculate average from total / count.
if (m.average == 0 && m.total != 0)
{
metricValue.Average = m.total / metricValue.Count;
}
else
{
metricValue.Average = m.average;
}
// In case the RP doesn't populate total, we calculate total from the average * count.
if (m.total == 0 && m.average != 0)
{
metricValue.Total = m.average * metricValue.Count;
}
else
{
metricValue.Total = m.total;
}
return(metricValue);
}
private static void Aggregate(MetricValue lastSeen, MetricValueBlob m)
{
// If count is not supplied, we assume 1, so the total / average relation works.
lastSeen.Count += m.count == 0 ? 1 : m.count;
// In case the RP doesn't populate total, we calculate total from the average * count.
if (m.total == 0 && m.average != 0)
{
lastSeen.Total += m.average * lastSeen.Count;
}
else
{
lastSeen.Total += m.total;
}
if (m.maximum > lastSeen.Maximum)
{
lastSeen.Maximum = m.maximum;
}
if (m.minimum < lastSeen.Minimum)
{
lastSeen.Minimum = m.minimum;
}
}
private static MetricValue GetConvertedMetric(MetricValueBlob m)
{
return(new MetricValue
{
Average = m.average,
Count = m.count,
Maximum = m.maximum,
Minimum = m.minimum,
Timestamp = m.time,
Total = m.total
});
}
private static void Aggregate(MetricValue lastSeen, MetricValueBlob m)
{
lastSeen.Average += m.total;
lastSeen.Total += m.total;
lastSeen.Count += m.count;
if (m.maximum > lastSeen.Maximum)
{
lastSeen.Maximum = m.maximum;
}
if (m.minimum < lastSeen.Minimum)
{
lastSeen.Minimum = m.minimum;
}
}
private static MetricValue GetConvertedMetric(MetricValueBlob m)
{
// If count is not supplied, we assume 1, so the total / average relation works.
var metricValue = new MetricValue
{
Count = m.count == 0 ? 1 : m.count,
Maximum = m.maximum,
Minimum = m.minimum,
Timestamp = m.time,
};
// In case the RP doesn't populate average, we calculate average from total / count.
if (m.average == 0 && m.total != 0)
{
metricValue.Average = m.total / metricValue.Count;
}
else
{
metricValue.Average = m.average;
}
// In case the RP doesn't populate total, we calculate total from the average * count.
if (m.total == 0 && m.average != 0)
{
metricValue.Total = m.average * metricValue.Count;
}
else
{
metricValue.Total = m.total;
}
return metricValue;
}
private static void Aggregate(MetricValue lastSeen, MetricValueBlob m)
{
// If count is not supplied, we assume 1, so the total / average relation works.
lastSeen.Count += m.count == 0 ? 1 : m.count;
// In case the RP doesn't populate total, we calculate total from the average * count.
if (m.total == 0 && m.average != 0)
{
lastSeen.Total += m.average * lastSeen.Count;
}
else
{
lastSeen.Total += m.total;
}
if (m.maximum > lastSeen.Maximum)
{
lastSeen.Maximum = m.maximum;
}
if (m.minimum < lastSeen.Minimum)
{
lastSeen.Minimum = m.minimum;
}
}
private int CompareMetrics(MetricValueBlob a, MetricValueBlob b)
{
return a.time.CompareTo(b.time);
}
private int CompareMetrics(MetricValueBlob a, MetricValueBlob b)
{
return(a.time.CompareTo(b.time));
}
private static MetricValue GetConvertedMetric(MetricValueBlob m)
{
return new MetricValue
{
Average = m.average,
Count = m.count,
Maximum = m.maximum,
Minimum = m.minimum,
Timestamp = m.time,
Total = m.total
};
}
private static void Aggregate(MetricValue lastSeen, MetricValueBlob m)
{
lastSeen.Average += m.total;
lastSeen.Total += m.total;
lastSeen.Count += m.count;
if (m.maximum > lastSeen.Maximum)
{
lastSeen.Maximum = m.maximum;
}
if (m.minimum < lastSeen.Minimum)
{
lastSeen.Minimum = m.minimum;
}
}
