public void SetSlowestDBDuration(string database, string server, SeriesValues vals)
{
SlowestDBQueryInfos.Add(new DBQueryInfo()
{
Database = database,
Server = server,
Values = vals
});
}
public void SetPageLatency(SeriesValues seriesValues, string runner)
{
switch (runner)
{
case ProbeOverview.HOME_PAGE_RUNNER_NAME:
HomePageLatency = seriesValues;
break;
case ProbeOverview.TEAM_SITE_HOME_PAGE_RUNNER_NAME:
TeamSiteLatency = seriesValues;
break;
case ProbeOverview.UPLOAD_DOC_RUNNER_NAME:
UploadDocLatency = seriesValues;
break;
}
}
public void SetMachineAvailability(SeriesValues seriesValues, string runner, string machine)
{
switch (runner)
{
case ProbeOverview.HOME_PAGE_RUNNER_NAME:
HomePageMachineValues.Add(machine, seriesValues);
break;
case ProbeOverview.TEAM_SITE_HOME_PAGE_RUNNER_NAME:
TeamSiteMachineValues.Add(machine, seriesValues);
break;
case ProbeOverview.UPLOAD_DOC_RUNNER_NAME:
UploadDocMachineValues.Add(machine, seriesValues);
break;
}
}
public void SetPageAvailability(SeriesValues seriesValues, string runner, int instanceNum)
{
switch (runner)
{
case ProbeOverview.HOME_PAGE_RUNNER_NAME:
HomePage[instanceNum - 1] = seriesValues;
break;
case ProbeOverview.ORG_ID_AUTH_RUNNER_NAME:
OrgIdAuth[instanceNum - 1] = seriesValues;
break;
case ProbeOverview.TEAM_SITE_HOME_PAGE_RUNNER_NAME:
TeamSite[instanceNum - 1] = seriesValues;
break;
case ProbeOverview.UPLOAD_DOC_RUNNER_NAME:
UploadDoc[instanceNum - 1] = seriesValues;
break;
}
}
public void SetProcessorTimeRequests(string machine, SeriesValues vals)
{
ProcessorTimeRequests.Add(machine, vals);
}
public void SetProcessorTimeCPU(string machine, SeriesValues vals)
{
ProcessorTimeCPU.Add(machine, vals);
}
public static USRandRPSPerfOverview Get(string farmLabel, long startMillisFromEpoch, long endMillisFromEpoch)
{
USRandRPSPerfOverview overview = new USRandRPSPerfOverview();
// USR Processor - % Processor Time for CPU
FarmPayload requestPayload = new FarmPayload()
{
Instance = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
"_Total"
}
},
DataCenter = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
Environment = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
FarmId = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
FarmLabel = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
farmLabel
}
},
FarmType = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
"Primary"
}
},
Machine = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
Network = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
Role = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
"USR"
}
},
};
// USR Processor - % Processor Time for CPU URL
string processorCPUTimeURL = BuildURL("%255CProcessor(*)%255C%2525%2520Processor%2520Time", "NullableAverage", startMillisFromEpoch, endMillisFromEpoch);
// Make Post
JarvisResponse response = JarvisRequester.PostRequest(processorCPUTimeURL, requestPayload);
startMillisFromEpoch = response.StartTimeUtc; // The jarvis site does some alignment w/ data (like gettin rid of milliseconds, etc.)
endMillisFromEpoch = response.EndTimeUtc;
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string machine = dimensions.Where(dim => dim.Key.Equals(Dimension.MACHINE)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetProcessorTimeCPU(machine, seriesValues);
}
// USR Processor - % Processor Time for Requests
requestPayload.Instance.Item2 = new string[0];
// USR Processor - % Processor Time for Requests
string processorTimeRequestsURL = BuildURL("%255CASP%252ENET%255CRequests%2520Current", "Max", startMillisFromEpoch, endMillisFromEpoch);
// Make Post
response = JarvisRequester.PostRequest(processorTimeRequestsURL, requestPayload);
startMillisFromEpoch = response.StartTimeUtc; // The jarvis site does some alignment w/ data (like gettin rid of milliseconds, etc.)
endMillisFromEpoch = response.EndTimeUtc;
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string machine = dimensions.Where(dim => dim.Key.Equals(Dimension.MACHINE)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetProcessorTimeRequests(machine, seriesValues);
}
return(overview);
}
public static SQLPerfOverview Get(string farmLabel, long startMillisFromEpoch, long endMillisFromEpoch)
{
SQLPerfOverview overview = new SQLPerfOverview();
// SQL Processor Utilization Payload
FarmPayload requestPayload = new FarmPayload()
{
Instance = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
DataCenter = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
Environment = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
FarmId = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
FarmLabel = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
farmLabel
}
},
FarmType = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
"Primary"
}
},
Machine = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
Network = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
},
Role = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
"SQL"
}
},
};
// SQL Processor Utilization URL
string sqlProcUtilURL = BuildURL("PerfCounters", "%255CProcessor(*)%255C%2525%2520Processor%2520Time", "Max", startMillisFromEpoch, endMillisFromEpoch, 40, "Automatic", false);
// Make Post
JarvisResponse response = JarvisRequester.PostRequest(sqlProcUtilURL, requestPayload);
startMillisFromEpoch = response.StartTimeUtc;
endMillisFromEpoch = response.EndTimeUtc;
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string machine = dimensions.Where(dim => dim.Key.Equals(Dimension.MACHINE)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetProcessorUtilization(machine, seriesValues);
}
// SQL Thread Utilization Payload
requestPayload.Instance.Item2 = new string[1] {
"sqlservr"
};
// SQL Thread Utilization URL
string sqlThreadUtilURL = BuildURL("PerfCounters", "%255CProcess(*)%255CThread%2520Count", "NullableAverage", startMillisFromEpoch, endMillisFromEpoch, 40, "Automatic", false);
// Make Post
response = JarvisRequester.PostRequest(sqlThreadUtilURL, requestPayload);
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string machine = dimensions.Where(dim => dim.Key.Equals(Dimension.MACHINE)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetThreadUtilization(machine, seriesValues);
}
// Slowest SQL Connection Time Payload
requestPayload.Instance = null;
requestPayload.Machine = null;
requestPayload.Role.Item2[0] = "USR";
requestPayload.ContentDatabase = new PayloadItem()
{
Item1 = true, Item2 = new string[1] {
"<null>"
}
};
requestPayload.IsContentAppPool = new PayloadItem()
{
Item1 = false, Item2 = new string[1] {
"true"
}
};
// Slowest SQL Connection Time URL
string slowestSQLConnectionTimeURL = BuildURL("RequestUsage", "TotalSqlConnectionDuration", "Sum", startMillisFromEpoch, endMillisFromEpoch, 40, "None", true);
// Make Post
response = JarvisRequester.PostRequest(slowestSQLConnectionTimeURL, requestPayload);
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string database = dimensions.Where(dim => dim.Key.Equals(Dimension.CONTENT_DATABASE)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetSlowestSQLConnectionTime(database, seriesValues);
}
// Slowest SQL Server Query Durations Payload
requestPayload.Role = null;
requestPayload.ContentDatabase = null;
requestPayload.IsContentAppPool = null;
requestPayload.SlowestQueryServer = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
};
// Slowest SQL Server Query Durations URL
string slowestSQLQueryURL = BuildURL("RequestUsage", "TotalSlowQueryDuration", "Sum", startMillisFromEpoch, endMillisFromEpoch, 40, "None", true);
// Make Post
response = JarvisRequester.PostRequest(slowestSQLQueryURL, requestPayload);
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string server = dimensions.Where(dim => dim.Key.Equals(Dimension.SLOWEST_QUERY_SERVER)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetSlowestSQLDuration(server, seriesValues);
}
// Slowest SQL DB Query Durations Payload
requestPayload.SlowestQueryDB = new PayloadItem()
{
Item1 = false, Item2 = new string[0]
};
// Slowest SQL Server Query Durations URL
string slowestDBQueryURL = BuildURL("RequestUsage", "TotalSlowQueryDuration", "Sum", startMillisFromEpoch, endMillisFromEpoch, 200, "None", true);
// Make Post
response = JarvisRequester.PostRequest(slowestDBQueryURL, requestPayload);
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string server = dimensions.Where(dim => dim.Key.Equals(Dimension.SLOWEST_QUERY_DATABASE)).Single().Value;
string database = dimensions.Where(dim => dim.Key.Equals(Dimension.SLOWEST_QUERY_SERVER)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetSlowestDBDuration(database, server, seriesValues);
}
return(overview);
}
public void SetSlowestSQLConnectionTime(string database, SeriesValues vals)
{
SlowestSQLConnectionTime.Add(database, vals);
}
public void SetSlowestSQLDuration(string server, SeriesValues vals)
{
SlowestSQLDurations.Add(server, vals);
}
public void SetThreadUtilization(string machine, SeriesValues vals)
{
ThreadUtilization.Add(machine, vals);
}
public void SetProcessorUtilization(string machine, SeriesValues vals)
{
ProcessorUtilization.Add(machine, vals);
}
public static ProbeOverview Get(string farmLabel, long startMillisFromEpoch, long endMillisFromEpoch)
{
ProbeOverview overview = new ProbeOverview();
// Availability Payload
FarmPayload requestPayload = new FarmPayload
{
InstanceNum = new PayloadItem {
Item1 = false, Item2 = new string[0]
},
RunnerName = new PayloadItem {
Item1 = false, Item2 = new string[] { "homepage", "uploaddoc", "teamsitehomepage" }
},
FarmLabel = new PayloadItem {
Item1 = false, Item2 = new string[1] {
farmLabel
}
},
FarmType = new PayloadItem {
Item1 = false, Item2 = new string[1] {
"Primary"
}
}
};
// Availability URL
string availabilityURL = BuildURL("Availability", "Success%20Rate", startMillisFromEpoch, endMillisFromEpoch);
// Availability
JarvisResponse response = JarvisRequester.PostRequest(availabilityURL, requestPayload);
startMillisFromEpoch = response.StartTimeUtc;
endMillisFromEpoch = response.EndTimeUtc;
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string runnerName = dimensions.Where(dim => dim.Key.Equals(Dimension.RUNNER_NAME)).Single().Value;
int instanceNum = Convert.ToInt32(dimensions.Where(dim => dim.Key.Equals(Dimension.INSTANCE_NUM)).Single().Value);
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetPageAvailability(seriesValues, runnerName, instanceNum);
}
requestPayload.InstanceNum = null;
requestPayload.Environment = new PayloadItem()
{
Item1 = false,
Item2 = new string[0]
};
requestPayload.Machine = new PayloadItem
{
Item1 = false,
Item2 = new string[0]
};
// Availability By Machine
response = JarvisRequester.PostRequest(availabilityURL, requestPayload);
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string runnerName = dimensions.Where(dim => dim.Key.Equals(Dimension.RUNNER_NAME)).Single().Value;
string machine = dimensions.Where(dim => dim.Key.Equals(Dimension.MACHINE)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetMachineAvailability(seriesValues, runnerName, machine);
}
// Latency Payload
requestPayload.Environment = null;
requestPayload.Machine = null;
// Latency URL
string latencyURL = BuildURL("Latency", "Average", startMillisFromEpoch, endMillisFromEpoch);
// Latency
response = JarvisRequester.PostRequest(availabilityURL, requestPayload);
foreach (EvaluatedResult eval in response.Results.Values)
{
List <Dimension> dimensions = eval.DimensionList.Values;
string runnerName = dimensions.Where(dim => dim.Key.Equals(Dimension.RUNNER_NAME)).Single().Value;
SeriesValues seriesValues = new SeriesValues()
{
StartTimeMillisUtc = startMillisFromEpoch,
EndTimeMillisUtc = endMillisFromEpoch,
TimeResolutionInMillis = response.TimeResolutionInMilliseconds,
Values = eval.Scores.ToArray()
};
overview.SetPageLatency(seriesValues, runnerName);
}
return(overview);
}
