MetricDatum to_sdk_metric_datum(Metric m, int numBuckets)
{
var a = m.Accumulator();
StatisticSet ss = new StatisticSet();
ss.Sum = a.sum(numBuckets);
ss.Minimum = a.min(numBuckets);
ss.Maximum = a.max(numBuckets);
ss.SampleCount = a.count(numBuckets);
MetricDatum d = new MetricDatum();
d.StatisticValues = ss;
foreach (var p in m.All_dimensions())
{
if (p.Key == "MetricName")
{
d.MetricName = p.Value;
}
else
{
d.Dimensions.Add(new Amazon.CloudWatch.Model.Dimension()
{
Name = p.Key, Value = p.Value
});
}
}
d.Unit = MetricsConstant.unit(d.MetricName);
d.Timestamp = DateTime.Now;
return(d);
}
string generate_query_args(Metric m, int idx, DateTime tp)
{
string prefix = "MetricData.member.";
prefix += idx;
prefix += ".";
string metric_name = "";
StringBuilder ss = new StringBuilder();
{
int i = 1;
foreach (var p in m.All_dimensions())
{
if (p.Key != "MetricName")
{
string dim_prefix = "Dimensions.member.";
dim_prefix += i++;
dim_prefix += ".";
ss.Append(prefix).Append(dim_prefix).Append("Name=").Append(escape(p.Key)).Append("&")
.Append(prefix).Append(dim_prefix).Append("Value=").Append(escape(p.Value)).Append("&");
}
else
{
ss.Append(prefix).Append("MetricName=").Append(p.Value).Append("&");
metric_name = p.Value;
}
}
}
{
var a = m.Accumulator();
var count = a.count(kNumBuckets);
if (count == 0)
{
return(null);
}
string stat_prefix = prefix;
stat_prefix += "StatisticValues.";
ss.Append(stat_prefix).Append("Maximum=").Append(escape(a.max(kNumBuckets))).Append("&")
.Append(stat_prefix).Append("Minimum=").Append(escape(a.min(kNumBuckets))).Append("&")
.Append(stat_prefix).Append("Sum=").Append(escape(a.sum(kNumBuckets))).Append("&")
.Append(stat_prefix).Append("SampleCount=").Append(escape(count)).Append("&");
}
ss.Append(prefix).Append("Unit=").Append(MetricsConstant.unit(metric_name)).Append("&");
ss.Append(prefix).Append("Timestamp=").Append(escape(KPLNETInterface.Utils.format_ptime(tp))).Append("&");
return(ss.ToString());
}
void upload()
{
List <Metric> uploads = new List <Metric>();
foreach (var m in metrics_index.get_all())
{
if (MetricsConstant.filter(m.All_dimensions(), level, granularity) && m.Accumulator().count(kNumBuckets) > 0)
{
uploads.Add(m);
}
}
// Sort in reverse order to create a stack we can pop in unreversed order.
uploads.Sort
(
(a, b) =>
{
var v1 = a.All_dimensions();
var v2 = b.All_dimensions();
if (v1.Count != v2.Count)
{
return(v1.Count < v2.Count ? -1 : 1);
}
for (int i = 0; i < v1.Count; i++)
{
if (v1[i].Key != v2[i].Key || v1[i].Value != v2[i].Value)
{
return(v1[i].Key.CompareTo(v2[i].Key));
}
}
return(1);
}
);
if (config_.clientType == KPLNETInterface.ClientType.SocketClient)
{
uploadHTTP(uploads);
}
else
{
uploadClient(uploads);
}
}