private RequestAnalyzeModel CalculateNodeTimeSteps(DateTime from, TimeSpan span, IEnumerable <RequestAnalyzeModel> requests)
{
DateTime toTime = from + span;
RequestAnalyzeModel result = new RequestAnalyzeModel();
var requestsInTime = requests.Where(x => x.FromTime >= from && x.ToTime <= toTime).ToList();
result.FromTime = from;
result.ToTime = toTime;
result.Request100Count = requestsInTime.Sum(x => x.Request100Count);
result.Request200Count = requestsInTime.Sum(x => x.Request200Count);
result.Request300Count = requestsInTime.Sum(x => x.Request300Count);
result.Request400Count = requestsInTime.Sum(x => x.Request400Count);
result.Request500Count = requestsInTime.Sum(x => x.Request500Count);
result.Request900Count = requestsInTime.Sum(x => x.Request900Count);
result.RequestCount = requestsInTime.Sum(x => x.RequestCount);
result.SlowestRequests = requestsInTime.SelectMany(x => x.SlowestRequests).OrderByDescending(x => x.End - x.Start).Take(10).ToList();
result.ErrorRequests = requestsInTime.SelectMany(x => x.ErrorRequests).Take(5).ToList();
return(result);
}
private RequestAnalyzeModel CalculateLeaveTimeSteps(DateTime from, TimeSpan span, List <WebRequest> webRequests)
{
DateTime toTime = from + span;
var requestsInTime = webRequests.Where(x => x.Start >= from && x.Start <= toTime);
RequestAnalyzeModel result = new RequestAnalyzeModel
{
FromTime = @from,
ToTime = toTime,
Request100Count = requestsInTime.Count(x => x.StatusCode >= 0 && x.StatusCode <= 199),
Request200Count = requestsInTime.Count(x => x.StatusCode >= 200 && x.StatusCode <= 299),
Request300Count = requestsInTime.Count(x => x.StatusCode >= 300 && x.StatusCode <= 399),
Request400Count = requestsInTime.Count(x => x.StatusCode >= 400 && x.StatusCode <= 499),
Request500Count = requestsInTime.Count(x => x.StatusCode >= 500 && x.StatusCode <= 599),
Request900Count = requestsInTime.Count(x => x.StatusCode >= 600),
RequestCount = requestsInTime.Count(),
ErrorRequests = requestsInTime.Where(x => !x.IsStatusCodeSucceded).Take(10).ToList(),
SlowestRequests = requestsInTime.OrderByDescending(x => x.End - x.Start).Take(10).ToList(),
};
return(result);
}
