public String Get()
{
string reply = GetOtherTelemetry("", "", "", "query", "query=exceptions | where timestamp > ago(30d) | summarize count() by bin(timestamp, 1d)");
ReplyData parsed = JsonConvert.DeserializeObject <ReplyData>(reply);
ChartData charted = new ChartData();
charted.chartData = new List <DataPair>();
foreach (List <object> item in parsed.tables.ElementAt(0).rows)
{
DataPair temp = new DataPair();
temp.label = ((DateTime)item.ElementAt(0)).ToString();
temp.except_count = (long)item.ElementAt(1);
charted.chartData.Add(temp);
}
charted.chartData = charted.chartData.OrderBy(c => c.label).ToList();
ChartDataWrapper sorted = new ChartDataWrapper();
sorted.chartData = new PostSortData();
sorted.chartData.labels = new List <string>();
sorted.chartData.except_count = new List <long>();
foreach (DataPair item in charted.chartData)
{
sorted.chartData.labels.Add(item.label);
sorted.chartData.except_count.Add(item.except_count);
}
string chartified = JsonConvert.SerializeObject(sorted);
return(chartified);
}
public String Get([FromQuery] string name)
{
string reply = "";
/*
* The possible options for name are:
* All
* Regression Cornerstone Group
* Communicator Test
* QA CIS BATCH TEST
* Other Partners
*/
// If the option selected is "All", then use data from all partners
if (name.CompareTo("\"All\"") == 0)
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" | summarize avg(duration) | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" | summarize avg(duration) by bin(timestamp,1h) | extend a = \"b\") on a" +
"| project timestamp, avg_duration1");
}
// If the option selected is "Other Partners", only use data from the groups not specified by name
else if (name.CompareTo("\"Other Partners\"") == 0)
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\"" +
" and customDimensions.GroupName != \"All\" and customDimensions.GroupName != \"Regression Cornerstone Group\"" +
" and customDimensions.GroupName != \"Communicator Test\" and customDimensions.GroupName != \"QA CIS BATCH TEST\"" +
"| summarize avg(duration) | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\"" +
" and customDimensions.GroupName != \"All\" and customDimensions.GroupName != \"Regression Cornerstone Group\"" +
" and customDimensions.GroupName != \"Communicator Test\" and customDimensions.GroupName != \"QA CIS BATCH TEST\"" +
"| summarize avg(duration) by bin(timestamp,1h) | extend a = \"b\") on a" +
"| project timestamp, avg_duration1");
}
// If the option selected is not "All" nor "Other Partners", make a query for the specified partner group
else
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" and customDimensions.GroupName == " + name + " " +
"| summarize avg(duration) | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" and customDimensions.GroupName == " + name + " " +
"| summarize avg(duration) by bin(timestamp,1h) | extend a = \"b\") on a" +
"| project timestamp, avg_duration1");
}
ReplyData parsed = JsonConvert.DeserializeObject <ReplyData>(reply);
ChartData charted = new ChartData();
charted.chartData = new List <DataPair>();
foreach (List <object> item in parsed.tables.ElementAt(0).rows)
{
DataPair temp = new DataPair();
temp.hour = (DateTime)item.ElementAt(0);
temp.label = ((DateTime)item.ElementAt(0)).ToString();
temp.avg_duration = (double)item.ElementAt(1);
charted.chartData.Add(temp);
}
charted.chartData = charted.chartData.OrderBy(c => c.hour).ToList();
ChartDataWrapper sorted = new ChartDataWrapper();
sorted.chartData = new PostSortData();
sorted.chartData.labels = new List <string>();
sorted.chartData.avg_duration = new List <double>();
foreach (DataPair item in charted.chartData)
{
sorted.chartData.labels.Add(item.label);
sorted.chartData.avg_duration.Add(item.avg_duration);
}
string chartified = JsonConvert.SerializeObject(sorted);
return(chartified);
}
public String Get([FromQuery] string name)
{
string reply = "";
//string reply = GetOtherTelemetry("", "", "", "query",
// "query=requests | where name contains \"Patient\" | where customDimensions.Controller contains \"\" | where timestamp > ago(24h) " +
// "| summarize endpointcount = count() by bin(timestamp, 26h), tostring(customDimensions.Controller)");
/*
* The possible options for name are:
* All
* Regression Cornerstone Group
* Communicator Test
* QA CIS BATCH TEST
* Other Partners
*/
// If the option selected is "All", then use data from all partners
if (name.CompareTo("\"All\"") == 0)
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" " + "and customDimensions contains \"Controller\"" +
"| summarize endpoint = count() | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" " + "and customDimensions contains \"Controller\"" +
"| summarize endpoint = count() by bin(timestamp,2d), tostring(customDimensions.Controller) | extend a = \"b\") on a" +
"| project timestamp, customDimensions_Controller, endpoint1" +
"| top 5 by endpoint1 desc");
}
// If the option selected is "Other Partners", only use data from the groups not specified by name
else if (name.CompareTo("\"Other Partners\"") == 0)
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\"" + "and customDimensions contains \"Controller\"" +
" and customDimensions.GroupName != \"All\" and customDimensions.GroupName != \"Regression Cornerstone Group\"" +
" and customDimensions.GroupName != \"Communicator Test\" and customDimensions.GroupName != \"QA CIS BATCH TEST\"" +
"| summarize endpoint = count() | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\"" + "and customDimensions contains \"Controller\"" +
" and customDimensions.GroupName != \"All\" and customDimensions.GroupName != \"Regression Cornerstone Group\"" +
" and customDimensions.GroupName != \"Communicator Test\" and customDimensions.GroupName != \"QA CIS BATCH TEST\"" +
"| summarize endpoint = count() by bin(timestamp,2d), tostring(customDimensions.Controller) | extend a = \"b\") on a" +
"| project timestamp, customDimensions_Controller, endpoint1" +
"| top 5 by endpoint1 desc");
}
// If the option selected is not "All" nor "Other Partners", make a query for the specified partner group
else
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" and customDimensions.GroupName == " + name + " " +
"and customDimensions contains \"Controller\"" +
"| summarize endpoint = count() | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" and customDimensions.GroupName == " + name + " " +
"and customDimensions contains \"Controller\"" +
"| summarize endpoint = count() by bin(timestamp,2d), tostring(customDimensions.Controller) | extend a = \"b\") on a" +
"| project timestamp, customDimensions_Controller, endpoint1" +
"| top 5 by endpoint1 desc");
}
ReplyData parsed = JsonConvert.DeserializeObject <ReplyData>(reply);
ChartData charted = new ChartData();
charted.chartData = new List <DataPair>();
foreach (List <object> item in parsed.tables.ElementAt(0).rows)
{
DataPair temp = new DataPair();
temp.label = "";
temp.hour = (DateTime)item.ElementAt(0);
temp.except_type = (item.ElementAt(1).ToString());
temp.except_count = (long)item.ElementAt(2);
charted.chartData.Add(temp);
}
charted.chartData = charted.chartData.OrderBy(c => c.except_count).ToList();
ChartDataWrapper sorted = new ChartDataWrapper();
sorted.chartData = new PostSortData();
sorted.chartData.labels = new List <string>();
sorted.chartData.except_type = new List <string>();
sorted.chartData.except_count = new List <long>();
foreach (DataPair item in charted.chartData)
{
sorted.chartData.labels.Add(item.label);
sorted.chartData.except_type.Add(item.except_type);
sorted.chartData.except_count.Add(item.except_count);
}
string chartified = JsonConvert.SerializeObject(sorted);
return(chartified);
}
public String Get([FromQuery] string name)
{
// Retrieve percentage of requests by resultCode over the past 24 hours
string reply = "";
/*
* The possible options for name are:
* All
* Regression Cornerstone Group
* Communicator Test
* QA CIS BATCH TEST
* Other Partners
*/
// If the option selected is "All", then use data from all partners
if (name.CompareTo("\"All\"") == 0)
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" | summarize count() | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" | summarize count() by resultCode | extend a = \"b\") on a" +
"| project resultCode, percentage = (todouble(count_1) * 100 / todouble(count_))");
}
// If the option selected is "Other Partners", only use data from the groups not specified by name
else if (name.CompareTo("\"Other Partners\"") == 0)
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\"" +
" and customDimensions.GroupName != \"All\" and customDimensions.GroupName != \"Regression Cornerstone Group\"" +
" and customDimensions.GroupName != \"Communicator Test\" and customDimensions.GroupName != \"QA CIS BATCH TEST\"" +
"| summarize count() | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\"" +
" and customDimensions.GroupName != \"All\" and customDimensions.GroupName != \"Regression Cornerstone Group\"" +
" and customDimensions.GroupName != \"Communicator Test\" and customDimensions.GroupName != \"QA CIS BATCH TEST\"" +
"| summarize count() by resultCode | extend a = \"b\") on a" +
"| project resultCode, percentage = (todouble(count_1) * 100 / todouble(count_))");
}
// If the option selected is not "All" nor "Other Partners", make a query for the specified partner group
else
{
reply = GetOtherTelemetry("", "", "", "query", "query=requests" +
"| where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" and customDimensions.GroupName == " + name + " " +
"| summarize count() | extend a = \"b\" | join" +
"(requests | where timestamp > ago(1d) " + "and customDimensions contains \"GroupName\" and customDimensions.GroupName == " + name + " " +
"| summarize count() by resultCode | extend a = \"b\") on a" +
"| project resultCode, percentage = (todouble(count_1) * 100 / todouble(count_))");
}
ReplyData parsed = JsonConvert.DeserializeObject <ReplyData>(reply);
ChartData charted = new ChartData();
charted.chartData = new List <DataPair>();
int lessThan2 = 0;
foreach (List <object> item in parsed.tables.ElementAt(0).rows)
{
DataPair temp = new DataPair();
string itemLabel = (item.ElementAt(0)).ToString();
// Remove "(see exception telemetries)" from the labels
if (itemLabel.Contains("("))
{
itemLabel = itemLabel.Substring(0, itemLabel.IndexOf("(") - 1);
itemLabel += "]";
}
temp.label = itemLabel;
// If the percentage is an integer, convert the percentage to a double
if (item.ElementAt(1) is Int64 @int)
{
temp.percent_responses = @int * 1.0;
}
else
{
temp.percent_responses = (double)item.ElementAt(1);
}
// Count the number of categories with a percentage lower than 1%
if (temp.percent_responses < 1)
{
lessThan2++;
}
charted.chartData.Add(temp);
}
charted.chartData = charted.chartData.OrderBy(c => c.label).ToList();
ChartDataWrapper sorted = new ChartDataWrapper();
sorted.chartData = new PostSortData();
sorted.chartData.labels = new List <string>();
sorted.chartData.percent_responses = new List <double>();
// If there is more than one category with a percentage that is lower than 1%,
// combine all categories with percentage lower than 1% into one category
if (lessThan2 > 1)
{
DataPair otherPair = new DataPair();
otherPair.label = "Other (";
otherPair.percent_responses = 0;
foreach (DataPair item in charted.chartData)
{
double percent = item.percent_responses;
if (percent < 1)
{
if (otherPair.percent_responses > 0)
{
otherPair.label += ", ";
}
otherPair.label = otherPair.label + item.label;
otherPair.percent_responses += percent;
}
else
{
sorted.chartData.labels.Add(item.label);
sorted.chartData.percent_responses.Add(Math.Round(percent, 2));
}
}
otherPair.label += ")";
sorted.chartData.labels.Add(otherPair.label);
sorted.chartData.percent_responses.Add(Math.Round(otherPair.percent_responses, 2));
}
// When there is one or less categories with a percentage lower than 1%, leave the list alone
else
{
foreach (DataPair item in charted.chartData)
{
sorted.chartData.labels.Add(item.label);
sorted.chartData.percent_responses.Add(Math.Round(item.percent_responses, 2));
}
}
string chartified = JsonConvert.SerializeObject(sorted);
return(chartified);
}