public async Task <string> GetPerformanceChart(PerformanceFilterIOption option)
{
if (option.Service.IsEmpty() || option.Service == "ALL")
{
option.Service = "";
}
if (option.Instance.IsEmpty() || option.Instance == "ALL")
{
option.Instance = "";
}
List <Performance> performances = new List <Performance>();
if (option.Start > option.End)
{
return(Json(new HttpResultEntity(-1, _lang.TimeRangeFormatError, null)));
}
int Times = ((option.End - option.Start).TotalSeconds.ToInt() / option.TimeFormat);
if (Times >= 60)
{
Times = 60;
}
var list = await _storage.GetPerformances(option);
for (int i = 0; i < Times; i++)
{
var items = list.Where(x => x.CreateTime >= option.End.AddSeconds(-(i + 1) * option.TimeFormat) && x.CreateTime < option.End.AddSeconds(-i * option.TimeFormat));
if (!items.Any())
{
continue;
}
performances.Insert(0, new Performance {
Id = option.End.AddSeconds(-i * option.TimeFormat).ToString("mm:ss"),
GCGen0 = items.Average(x => x.GCGen0).ToInt(),
GCGen1 = items.Average(x => x.GCGen1).ToInt(),
GCGen2 = items.Average(x => x.GCGen2).ToInt(),
HeapMemory = items.Average(x => x.HeapMemory).ToString().ToDouble(2),
ProcessCPU = items.Average(x => x.ProcessCPU).ToString().ToDouble(2),
ProcessMemory = items.Average(x => x.ProcessMemory).ToString().ToDouble(2),
ThreadCount = items.Average(x => x.ThreadCount).ToInt(),
PendingThreadCount = items.Average(x => x.PendingThreadCount).ToInt()
});
}
return(Json(new HttpResultEntity(1, "ok", performances)));
}
public async Task <string> GetPerformanceChart(PerformanceFilterIOption option)
{
if (option.Start > option.End)
{
return(Json(new HttpResultEntity(-1, _lang.TimeRangeFormatError, null)));
}
if (option.TimeFormat == 10)
{
if (option.Start <= option.End.AddSeconds(-10 * 60))
{
option.Start = option.End.AddSeconds(-10 * 60);
}
}
var list = await _storage.GetPerformances(option);
return(Json(new HttpResultEntity(1, "ok", list)));
}