private async Task <ChartData> GetCloudServiceMetrics(AMDCloudServiceRoleId serviceRoleId, TimeSpan history, string label, string regex, Func <string, string, string> formatSeriesLabel)
{
var client = new AzureCloudServicesClient(new AzureManagementRestClient(GetCredentials().GetCertificateCloudCredentials()), GetCredentials().GetCertificateCloudCredentials());
var instances = await client.ListInstancesForServiceRole(serviceRoleId);
var usages = await client.GetUsage(instances, history, MetricsFilter.FromRegexes(regex));
var usagesPartitioned = PartitionByInstanceNameAndMetric(usages);
return(new ChartData {
Name = string.Format("{0} {1} (Cloud Service)", serviceRoleId.DisplayName, label),
Series = usagesPartitioned.Keys.SelectMany(
instance => usagesPartitioned[instance].Keys.Select(metricName => new SeriesData {
Name = formatSeriesLabel(instance, metricName),
DataPoints = usagesPartitioned[instance][metricName].Select(uo => new DataPoint {
Timestamp = uo.Timestamp, Value = uo.Value
}).ToList()
})).ToList()
});
//usages.Select(_=> new SeriesData{
// Name = formatInstanceName(_.Key.InstanceName),
// DataPoints = _.Value.Select(uo=>new DataPoint { Timestamp = uo.Timestamp, Value = uo.Value }).ToList()
//}).ToList()
}
internal async Task<ICollection<CloudServiceInstanceId>> ListInstancesForServiceRole(AMDCloudServiceRoleId roleId) {
//serviceResourceId = /hostedservices/wge-win/deployments/wge-win/roles/wge-win
var instances = await _azureCloudServiceInfoClient.ListInstancesForServiceName(roleId.CloudServiceName);
return instances.Where(_=>_.RoleId.Equals(roleId)).ToList();
}
private Task <ChartData> GetCloudServiceDisk(AMDCloudServiceRoleId serviceRoleId, TimeSpan history)
{
return(GetCloudServiceMetrics(serviceRoleId, history,
label: "Disk performance",
regex: "Disk",
formatSeriesLabel: (instanceName, metricName) => string.Format("{0} {1}", instanceName, metricName)
));
}
private Task <ChartData> GetCloudServiceNetwork(AMDCloudServiceRoleId serviceRoleId, TimeSpan history)
{
return(GetCloudServiceMetrics(serviceRoleId, history,
label: "Network traffic",
regex: "Network",
formatSeriesLabel: (instanceName, metricName) => string.Format("{0} {1} bytes", instanceName, metricName)
));
}
private static ICollection<ChartInfo> GetCloudServiceCharts(string serviceName, AMDCloudServiceRoleId cs) {
Func<string,Uri,ChartInfo> buildChartInfo = (counter,uri)=>
new ChartInfo {
ResourceName = cs.DisplayName,
ResourceType = "cloud service",
ServiceName = serviceName,
ServiceType = "Azure Subscription",
Name = string.Format("{0} (cloud service) {1}", cs.DisplayName,counter),
Uri = uri.ToString()
};
return new ChartInfo[] {
buildChartInfo("CPU", cs.AppendToUri("/cpu")),
buildChartInfo("Network", cs.AppendToUri("/network")),
buildChartInfo("Disk Performance", cs.AppendToUri("/disk"))
};
}
private Task <ChartData> GetCloudServiceChartData(TimeSpan interval)
{
var serviceId = AMDCloudServiceRoleId.FromUri(_uri);
var counter = _path[_path.Length - 1];
switch (counter)
{
case "cpu":
return(GetCloudServiceCPU(serviceId, interval));
case "disk":
return(GetCloudServiceDisk(serviceId, interval));
case "network":
return(GetCloudServiceNetwork(serviceId, interval));
default:
throw new ArgumentException("don't now how to get " + counter);
}
}
private static ICollection <ChartInfo> GetCloudServiceCharts(string serviceName, AMDCloudServiceRoleId cs)
{
Func <string, Uri, ChartInfo> buildChartInfo = (counter, uri) =>
new ChartInfo {
ResourceName = cs.DisplayName,
ResourceType = "cloud service",
ServiceName = serviceName,
ServiceType = "Azure Subscription",
Name = string.Format("{0} (cloud service) {1}", cs.DisplayName, counter),
Uri = uri.ToString()
};
return(new ChartInfo[] {
buildChartInfo("CPU", cs.AppendToUri("/cpu")),
buildChartInfo("Network", cs.AppendToUri("/network")),
buildChartInfo("Disk Performance", cs.AppendToUri("/disk"))
});
}
private Task <ChartData> GetCloudServiceCPU(AMDCloudServiceRoleId serviceRoleId, TimeSpan history)
{
return(GetCloudServiceMetrics(serviceRoleId, history, label: "CPU", regex: "CPU", formatSeriesLabel: (instanceName, metricname) => instanceName));
}
internal async Task <ICollection <CloudServiceInstanceId> > ListInstancesForServiceRole(AMDCloudServiceRoleId roleId)
{
//serviceResourceId = /hostedservices/wge-win/deployments/wge-win/roles/wge-win
var instances = await _azureCloudServiceInfoClient.ListInstancesForServiceName(roleId.CloudServiceName);
return(instances.Where(_ => _.RoleId.Equals(roleId)).ToList());
}
private async Task<ChartData> GetCloudServiceMetrics(AMDCloudServiceRoleId serviceRoleId, TimeSpan history, string label,string regex,Func<string,string,string> formatSeriesLabel) {
var client = new AzureCloudServicesClient(new AzureManagementRestClient(GetCredentials().GetCertificateCloudCredentials()),GetCredentials().GetCertificateCloudCredentials());
var instances = await client.ListInstancesForServiceRole(serviceRoleId);
var usages = await client.GetUsage(instances,history,MetricsFilter.FromRegexes(regex));
var usagesPartitioned = PartitionByInstanceNameAndMetric(usages);
return new ChartData {
Name = string.Format("{0} {1} (Cloud Service)", serviceRoleId.DisplayName,label),
Series = usagesPartitioned.Keys.SelectMany(
instance=>usagesPartitioned[instance].Keys.Select(metricName=>new SeriesData {
Name = formatSeriesLabel(instance,metricName),
DataPoints = usagesPartitioned[instance][metricName].Select(uo=>new DataPoint { Timestamp = uo.Timestamp, Value = uo.Value }).ToList()
})).ToList()
};
//usages.Select(_=> new SeriesData{
// Name = formatInstanceName(_.Key.InstanceName),
// DataPoints = _.Value.Select(uo=>new DataPoint { Timestamp = uo.Timestamp, Value = uo.Value }).ToList()
//}).ToList()
}
private Task<ChartData> GetCloudServiceCPU(AMDCloudServiceRoleId serviceRoleId, TimeSpan history) {
return GetCloudServiceMetrics(serviceRoleId,history, label: "CPU",regex:"CPU",formatSeriesLabel:(instanceName,metricname)=>instanceName);
}
private Task<ChartData> GetCloudServiceDisk(AMDCloudServiceRoleId serviceRoleId,TimeSpan history) {
return GetCloudServiceMetrics(serviceRoleId,history,
label: "Disk performance",
regex:"Disk",
formatSeriesLabel:(instanceName,metricName)=>string.Format("{0} {1}", instanceName, metricName)
);
}
private Task<ChartData> GetCloudServiceNetwork(AMDCloudServiceRoleId serviceRoleId,TimeSpan history) {
return GetCloudServiceMetrics(serviceRoleId,history,
label: "Network traffic",
regex:"Network",
formatSeriesLabel:(instanceName,metricName)=>string.Format("{0} {1} bytes", instanceName, metricName)
);
}