static Tracer()
{
_Root = new MethodCallRecord(null, "root_frame");
Current = _Root;
TotalTime = new Stopwatch();
TotalTime.Reset();
TotalTime.Start();
}
internal static void Pop_MethodCallrecord(long ElapsedTicks)
{
Debug.Assert(InstrumentationSwitch == true);
Debug.Assert(!object.ReferenceEquals(Current, _Root), "root frame cannot be popped");
Tracer.Current.m_TicksSpentInMethod += ElapsedTicks;
Tracer.Current = Tracer.Current.ParrentCall;
}
/// <summary>
/// creates an report for this method;
/// </summary>
public MiniReport GetMiniReport(MethodCallRecord altRoot = null)
{
if (altRoot == null)
{
altRoot = this.Root;
}
return(new MiniReport()
{
M = this,
RelativeRoot = altRoot
});
}
/// <summary>
/// Adds a new entry to <see cref="Calls"/> (if <paramref name="_name"/> does not exist), otherwise
/// the existing entry is modified.
/// </summary>
public MethodCallRecord AddSubCall(string _name, long ElapsedTicks)
{
MethodCallRecord mcr;
if (!this.Calls.TryGetValue(_name, out mcr))
{
mcr = new MethodCallRecord(this, _name);
this.Calls.Add(_name, mcr);
}
mcr.CallCount++;
mcr.m_TicksSpentInMethod += ElapsedTicks;
return(mcr);
}
internal static MethodCallRecord LogDummyblock(long ticks, string _name)
{
Debug.Assert(InstrumentationSwitch == true);
MethodCallRecord mcr;
if (!Tracer.Current.Calls.TryGetValue(_name, out mcr))
{
mcr = new MethodCallRecord(Tracer.Current, _name);
//mcr.IgnoreForExclusive = true;
Tracer.Current.Calls.Add(_name, mcr);
}
mcr.CallCount++;
//Debug.Assert(mcr.IgnoreForExclusive == true);
mcr.m_TicksSpentInMethod += ticks;
return(mcr);
}
/// <summary>
/// Sets the time spend in respective method (see <see cref="TicksSpentInMethod"/>) and all child calls to zero.
/// </summary>
public void ResetRecursive(bool EliminateKilledTimeFromParrent = true)
{
if (EliminateKilledTimeFromParrent)
{
long toRemove = this.TicksSpentInMethod;
for (MethodCallRecord p = this.ParrentCall; p != null; p = p.ParrentCall)
{
p.m_TicksSpentInMethod -= toRemove;
}
}
this.m_TicksSpentInMethod = 0;
foreach (var c in Calls.Values)
{
c.ResetRecursive();
}
}
internal static void Push_MethodCallRecord(string _name)
{
Debug.Assert(InstrumentationSwitch == true);
//if (Tracer.Current != null) {
MethodCallRecord mcr;
if (!Tracer.Current.Calls.TryGetValue(_name, out mcr))
{
mcr = new MethodCallRecord(Tracer.Current, _name);
Tracer.Current.Calls.Add(_name, mcr);
}
Tracer.Current = mcr;
mcr.CallCount++;
//} else {
// Debug.Assert(Tracer.Root == null);
// var mcr = new MethodCallRecord(Tracer.Current, _name);
// Tracer.Root = mcr;
// Tracer.Current = mcr;
//}
}
/// <summary>
/// Sets the time spend in respective method (see <see cref="TicksSpentInMethod"/>) and in all child calls to zero. Can be configured to reset call count as well.
/// </summary>
public void ResetRecursive(bool EliminateKilledTimeFromParrent = true, bool EliminateCallcount = false)
{
if (EliminateKilledTimeFromParrent)
{
long toRemove = this.TicksExclusive;
for (MethodCallRecord p = this.ParrentCall; p != null; p = p.ParrentCall)
{
p.m_TicksSpentInMethod -= toRemove;
}
}
this.m_TicksSpentInMethod -= this.TicksExclusive;
foreach (var c in Calls.Values)
{
c.ResetRecursive(EliminateCallcount: EliminateCallcount);
}
if (EliminateCallcount)
{
this.CallCount = 0;
}
}
/// <summary>
/// ctor.
/// </summary>
public MethodCallRecord(MethodCallRecord parrent, string n)
{
ParrentCall = parrent;
this.Name = n;
}