private static void AddTreeElement(ref List <TracerLog> tempLog, List <CurrentTraceInfo> traceInfo, ref int i)
{
int j;
while (i < traceInfo.Count)
{
if (traceInfo[i].IsOpened)
{
j = i;
TracerLog x = new TracerLog();
x.Info = traceInfo[i];
x.TraceChilds = new List <TracerLog>();
i++;
AddTreeElement(ref x.TraceChilds, traceInfo, ref i);
x.Info.DeltaTime = (traceInfo[i - 1].TraceTime - traceInfo[j].TraceTime).TotalMilliseconds;
tempLog.Add(x);
}
else
{
i++;
return;
}
}
}
public static List <TracerLog> Stop()
{
Console.WriteLine("Stop");
lock (Locker)
{
_traceStackDict = new Dictionary <int, List <CurrentTraceInfo> >();
_traceStackCount = new Dictionary <int, TimeLaps>();
// выбираем все номера потоков
foreach (CurrentTraceInfo cti in _traceStack)
{
List <CurrentTraceInfo> obj;
if (!_traceStackDict.TryGetValue(cti.ThreadId, out obj))
{
_traceStackDict.Add(cti.ThreadId, new List <CurrentTraceInfo>());
_traceStackCount.Add(cti.ThreadId, new TimeLaps());
}
}
// считаем "операторные" скобки
foreach (CurrentTraceInfo cti in _traceStack)
{
_traceStackDict[cti.ThreadId].Add(cti);
if (cti.IsOpened)
{
TimeLaps tempTl = new TimeLaps
{
BeginCount = _traceStackCount[cti.ThreadId].BeginCount + 1,
EndCount = _traceStackCount[cti.ThreadId].EndCount
};
_traceStackCount[cti.ThreadId] = tempTl;
}
else
{
TimeLaps tempTl = new TimeLaps
{
BeginCount = _traceStackCount[cti.ThreadId].BeginCount,
EndCount = _traceStackCount[cti.ThreadId].EndCount + 1
};
_traceStackCount[cti.ThreadId] = tempTl;
}
}
// балансируем "скобки"
foreach (KeyValuePair <int, List <CurrentTraceInfo> > cti in _traceStackDict)
{
if (_traceStackCount[cti.Key].BeginCount != _traceStackCount[cti.Key].EndCount)
{
for (var i = 0; i < Math.Abs(_traceStackCount[cti.Key].EndCount - _traceStackCount[cti.Key].BeginCount); i++)
{
var temp = new CurrentTraceInfo {
IsOpened = false, ThreadId = Thread.CurrentThread.ManagedThreadId
};
_traceStackDict[cti.Key].Add(temp);
}
}
}
// собственно построение дерево
_traceLog = new List <TracerLog>();
foreach (KeyValuePair <int, List <CurrentTraceInfo> > kvp in _traceStackDict)
{
var j = 0;
var x = new TracerLog {
TraceChilds = new List <TracerLog>()
};
AddTreeElement(ref x.TraceChilds, kvp.Value, ref j);
_traceLog.Add(x);
}
_isStarted = false;
}
return(_traceLog);
}
public static List<TracerLog> Stop()
{
Console.WriteLine("Stop");
lock (Locker)
{
_traceStackDict = new Dictionary<int, List<CurrentTraceInfo>>();
_traceStackCount = new Dictionary<int, TimeLaps>();
// выбираем все номера потоков
foreach (CurrentTraceInfo cti in _traceStack)
{
List<CurrentTraceInfo> obj;
if (!_traceStackDict.TryGetValue(cti.ThreadId, out obj))
{
_traceStackDict.Add(cti.ThreadId, new List<CurrentTraceInfo>());
_traceStackCount.Add(cti.ThreadId, new TimeLaps());
}
}
// считаем "операторные" скобки
foreach (CurrentTraceInfo cti in _traceStack)
{
_traceStackDict[cti.ThreadId].Add(cti);
if (cti.IsOpened)
{
TimeLaps tempTl = new TimeLaps
{
BeginCount = _traceStackCount[cti.ThreadId].BeginCount + 1,
EndCount = _traceStackCount[cti.ThreadId].EndCount
};
_traceStackCount[cti.ThreadId] = tempTl;
}
else
{
TimeLaps tempTl = new TimeLaps
{
BeginCount = _traceStackCount[cti.ThreadId].BeginCount,
EndCount = _traceStackCount[cti.ThreadId].EndCount + 1
};
_traceStackCount[cti.ThreadId] = tempTl;
}
}
// балансируем "скобки"
foreach (KeyValuePair<int, List<CurrentTraceInfo>> cti in _traceStackDict)
{
if (_traceStackCount[cti.Key].BeginCount != _traceStackCount[cti.Key].EndCount)
{
for (var i = 0; i < Math.Abs(_traceStackCount[cti.Key].EndCount - _traceStackCount[cti.Key].BeginCount); i++)
{
var temp = new CurrentTraceInfo {IsOpened = false, ThreadId = Thread.CurrentThread.ManagedThreadId};
_traceStackDict[cti.Key].Add(temp);
}
}
}
// собственно построение дерево
_traceLog = new List<TracerLog>();
foreach (KeyValuePair<int, List<CurrentTraceInfo>> kvp in _traceStackDict)
{
var j = 0;
var x = new TracerLog {TraceChilds = new List<TracerLog>()};
AddTreeElement(ref x.TraceChilds, kvp.Value, ref j);
_traceLog.Add(x);
}
_isStarted = false;
}
return _traceLog;
}
public static List <TracerLog> Stop()
{
lock (Locker)
{
traceStackDict = new Dictionary <int, List <CurrentTraceInfo> >();
traceStackCount = new Dictionary <int, TimeLaps>();
foreach (CurrentTraceInfo cti in traceStack)
{
List <CurrentTraceInfo> obj;
if (!traceStackDict.TryGetValue(cti.ThreadId, out obj))
{
traceStackDict.Add(cti.ThreadId, new List <CurrentTraceInfo>());
traceStackCount.Add(cti.ThreadId, new TimeLaps());
}
}
foreach (CurrentTraceInfo cti in traceStack)
{
traceStackDict[cti.ThreadId].Add(cti);
if (cti.IsOpened)
{
TimeLaps tempTl = new TimeLaps
{
BeginCount = traceStackCount[cti.ThreadId].BeginCount + 1,
EndCount = traceStackCount[cti.ThreadId].EndCount
};
traceStackCount[cti.ThreadId] = tempTl;
}
else
{
TimeLaps tempTl = new TimeLaps
{
BeginCount = traceStackCount[cti.ThreadId].BeginCount,
EndCount = traceStackCount[cti.ThreadId].EndCount + 1
};
traceStackCount[cti.ThreadId] = tempTl;
}
}
foreach (KeyValuePair <int, List <CurrentTraceInfo> > cti in traceStackDict)
{
if (traceStackCount[cti.Key].BeginCount != traceStackCount[cti.Key].EndCount)
{
for (var i = 0; i < Math.Abs(traceStackCount[cti.Key].EndCount - traceStackCount[cti.Key].BeginCount); i++)
{
var temp = new CurrentTraceInfo {
IsOpened = false, ThreadId = Thread.CurrentThread.ManagedThreadId
};
traceStackDict[cti.Key].Add(temp);
}
}
}
//построения дерева
traceLog = new List <TracerLog>();
foreach (KeyValuePair <int, List <CurrentTraceInfo> > kvp in traceStackDict)
{
var j = 0;
var x = new TracerLog {
TraceChilds = new List <TracerLog>()
};
AddTreeElement(ref x.TraceChilds, kvp.Value, ref j);
traceLog.Add(x);
}
isStarted = false;
}
return(traceLog);
}
private static void AddTreeElement(ref List<TracerLog> tempLog, List<CurrentTraceInfo> traceInfo, ref int i)
{
int j;
while (i < traceInfo.Count)
{
if (traceInfo[i].IsOpened)
{
j = i;
TracerLog x = new TracerLog();
x.Info = traceInfo[i];
x.TraceChilds = new List<TracerLog>();
i++;
AddTreeElement(ref x.TraceChilds, traceInfo, ref i);
x.Info.DeltaTime = (traceInfo[i-1].TraceTime - traceInfo[j].TraceTime).TotalMilliseconds;
tempLog.Add(x);
}
else
{
i++;
return;
}
}
}
