private void DoMetrics(LinuxEvent linuxEvent)
{
KeyValuePair <LinuxThreadState, LinuxEvent> sampleInfo;
if (EndingStates.TryGetValue(linuxEvent.ThreadID, out sampleInfo))
{
linuxEvent.Period = linuxEvent.TimeMSec - sampleInfo.Value.TimeMSec;
}
// This is check for completed scheduler events, ones that start with prev_comm and have
// corresponding next_comm.
if (linuxEvent.Kind == EventKind.Scheduler)
{
SchedulerEvent schedEvent = (SchedulerEvent)linuxEvent;
if (EndingStates.ContainsKey(schedEvent.Switch.PreviousThreadID) &&
EndingStates[schedEvent.Switch.PreviousThreadID].Key == LinuxThreadState.CPU_TIME) // Blocking
{
sampleInfo = EndingStates[schedEvent.Switch.PreviousThreadID];
EndingStates[schedEvent.Switch.PreviousThreadID] =
new KeyValuePair <LinuxThreadState, LinuxEvent>(LinuxThreadState.BLOCKED_TIME, linuxEvent);
linuxEvent.Period = linuxEvent.TimeMSec - sampleInfo.Value.TimeMSec;
}
if (EndingStates.TryGetValue(schedEvent.Switch.NextThreadID, out sampleInfo) &&
sampleInfo.Key == LinuxThreadState.BLOCKED_TIME) // Unblocking
{
EndingStates[schedEvent.Switch.NextThreadID] =
new KeyValuePair <LinuxThreadState, LinuxEvent>(LinuxThreadState.CPU_TIME, linuxEvent);
// sampleInfo.Value.Period = linuxEvent.Time - sampleInfo.Value.Time;
AddThreadPeriod(linuxEvent.ThreadID, sampleInfo.Value.TimeMSec, linuxEvent.TimeMSec);
}
}
else if (linuxEvent.Kind == EventKind.Cpu)
{
int threadid;
if (EndingCpuUsage.TryGetValue(linuxEvent.CpuNumber, out threadid) && threadid != linuxEvent.ThreadID) // Unblocking
{
if (EndingStates.TryGetValue(threadid, out sampleInfo))
{
EndingStates[threadid] =
new KeyValuePair <LinuxThreadState, LinuxEvent>(LinuxThreadState.CPU_TIME, linuxEvent);
sampleInfo.Value.Period = linuxEvent.TimeMSec - sampleInfo.Value.TimeMSec;
AddThreadPeriod(linuxEvent.ThreadID, sampleInfo.Value.TimeMSec, linuxEvent.TimeMSec);
}
}
}
EndingCpuUsage[linuxEvent.CpuNumber] = linuxEvent.ThreadID;
}
public bool IsThreadBlocked(int threadId)
{
return(EndingStates.ContainsKey(threadId) && EndingStates[threadId].Key == LinuxThreadState.BLOCKED_TIME);
}
private void DoMetrics(LinuxEvent linuxEvent)
{
KeyValuePair <LinuxThreadState, LinuxEvent> sampleInfo;
// This is check for completed scheduler events, ones that start with prev_comm and have
// corresponding next_comm.
if (linuxEvent.Kind == EventKind.Scheduler)
{
SchedulerEvent schedEvent = (SchedulerEvent)linuxEvent;
if (EndingStates.ContainsKey(schedEvent.Switch.PreviousThreadID) &&
EndingStates[schedEvent.Switch.PreviousThreadID].Key == LinuxThreadState.CPU_TIME) // Blocking
{
// PreviousThreadID is now blocking. linuxEvent contains its blocking stack, so save it here.
// When it unblocks (becomes NextThreadID below, we'll log a sample for it.)
EndingStates[schedEvent.Switch.PreviousThreadID] =
new KeyValuePair <LinuxThreadState, LinuxEvent>(LinuxThreadState.BLOCKED_TIME, linuxEvent);
}
if (EndingStates.TryGetValue(schedEvent.Switch.NextThreadID, out sampleInfo) &&
sampleInfo.Key == LinuxThreadState.BLOCKED_TIME) // Unblocking
{
sampleInfo.Value.Period = linuxEvent.TimeMSec - sampleInfo.Value.TimeMSec;
AddThreadPeriod(sampleInfo.Value.ThreadID, sampleInfo.Value.TimeMSec, linuxEvent.TimeMSec);
StackSource.AddSample(StackSource.CreateSampleFor(sampleInfo.Value, this));
EndingStates[schedEvent.Switch.NextThreadID] =
new KeyValuePair <LinuxThreadState, LinuxEvent>(LinuxThreadState.CPU_TIME, linuxEvent);
}
}
else if (linuxEvent.Kind == EventKind.ThreadExit)
{
ThreadExitEvent exitEvent = (ThreadExitEvent)linuxEvent;
if (EndingStates.TryGetValue(exitEvent.Exit.ThreadID, out sampleInfo))
{
if (sampleInfo.Key == LinuxThreadState.BLOCKED_TIME) // Blocked on exit
{
sampleInfo.Value.Period = linuxEvent.TimeMSec - sampleInfo.Value.TimeMSec;
AddThreadPeriod(sampleInfo.Value.ThreadID, sampleInfo.Value.TimeMSec, linuxEvent.TimeMSec);
StackSource.AddSample(StackSource.CreateSampleFor(sampleInfo.Value, this));
}
else // Unblocked on exit
{
linuxEvent.Period = linuxEvent.TimeMSec - sampleInfo.Value.TimeMSec;
StackSource.AddSample(StackSource.CreateSampleFor(linuxEvent, this));
}
// Remove the thread so that any events that might come after the exit are ignored.
EndingStates.Remove(exitEvent.Exit.ThreadID);
}
}
else if (linuxEvent.Kind == EventKind.Cpu)
{
// Keep track of the last CPU sample for each CPU, and use its timestamp
// to determine how much weight to give the sample.
if (LastCpuUsage.TryGetValue(linuxEvent.CpuNumber, out LinuxEvent lastCpuEvent))
{
lastCpuEvent.Period = linuxEvent.TimeMSec - lastCpuEvent.TimeMSec;
StackSource.AddSample(StackSource.CreateSampleFor(lastCpuEvent, this));
}
LastCpuUsage[linuxEvent.CpuNumber] = linuxEvent;
}
}
private void UpdateObjects()
{
switch (this.playerObj.Type)
{
case ObjectType.Human:
if (this.playerObj.Y > 230f)
{
this.playerObj.Y = 230f;
}
if (this.dragonObj.Y > 230f)
{
this.dragonObj.Y = 230f;
}
this.playerObj.Update(null, PointF.Empty, true);
this.dragonObj.Update(null, PointF.Empty, true);
if (this.pState < 2)
{
this.playerObj.X += this.grassLayer.ScrollSpeed;
}
if (this.pState == 1)
{
this.dragonObj.X += this.grassLayer.ScrollSpeed;
this.dragonBehavior.Walk(-0.1f);
}
if ((this.pState == 0) && (this.playerObj.X < 150f))
{
this.pState = 1;
this.playerBehavior.DoJump();
return;
}
if ((this.pState == 1) && (this.playerObj.YSpeed.CurrentSpeed > 0f))
{
this.pState = 2;
this.playerObj.CurrentAnimation = AnimType.Attacking;
this.playerObj.XSpeed.SetSpeed((float) 0f);
this.playerObj.YSpeed.SetSpeed((float) 0f);
this.dragonObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.YSpeed.SetSpeed((float) 0f);
return;
}
if (this.pState != 2)
{
break;
}
if (this.state == EndingStates.Scrolling)
{
this.nextState = EndingStates.Expanding;
}
this.dragonObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.YSpeed.SetSpeed((float) 0f);
this.dragonObj.CurrentAnimation = AnimType.Attacking;
this.playerObj.CurrentAnimation = AnimType.Attacking;
if (this.playerObj.X > 50f)
{
this.playerObj.X--;
}
if (this.dragonObj.Y > 200f)
{
this.dragonObj.Y--;
}
if (this.dragonObj.X >= 260f)
{
break;
}
this.dragonObj.X++;
return;
case ObjectType.Lizard:
if (this.playerObj.Y > 230f)
{
this.playerObj.Y = 230f;
}
if (this.dragonObj.Y > 230f)
{
this.dragonObj.Y = 230f;
}
this.playerObj.Update(null, PointF.Empty, true);
this.dragonObj.Update(null, PointF.Empty, true);
if (this.pState == 0)
{
this.dragonObj.YSpeed.SetSpeed((float) 0f);
this.dragonObj.XSpeed.SetSpeed((float) 1.5f);
this.playerObj.XSpeed.SetSpeed((float) 0f);
this.playerObj.CurrentDirection = Direction.Left;
if (this.dragonObj.X > 64f)
{
this.pState = 1;
return;
}
break;
}
if (this.pState == 1)
{
this.dragonObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.YSpeed.SetSpeed((float) 0f);
this.playerObj.X += this.grassLayer.ScrollSpeed;
if (this.playerObj.X < 260f)
{
this.pState = 2;
return;
}
break;
}
if (this.pState == 2)
{
this.nextState = EndingStates.Expanding;
this.pState = 3;
this.playerObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.XSpeed.SetSpeed((float) 0f);
return;
}
if (this.pState != 3)
{
break;
}
this.playerObj.YSpeed.SetSpeed((float) 0f);
this.playerObj.CurrentAnimation = AnimType.Attacking;
return;
case ObjectType.Mouse:
this.playerObj.Update(null, PointF.Empty, true);
this.dragonObj.Update(null, PointF.Empty, true);
if (this.pState == 0)
{
this.playerObj.YSpeed.SetSpeed((float) -4f);
this.playerObj.X += this.grassLayer.ScrollSpeed;
this.dragonObj.XSpeed.SetSpeed((float) 7f);
this.dragonObj.YSpeed.SetSpeed((float) 0f);
if (this.playerObj.Y <= 64f)
{
this.pState = 1;
}
}
if (this.pState == 1)
{
this.playerObj.X += this.grassLayer.ScrollSpeed;
this.playerObj.YSpeed.SetSpeed((float) 0f);
this.dragonObj.YSpeed.SetSpeed((float) -2f);
if (this.dragonObj.X >= 240f)
{
this.dragonObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.YSpeed.SetSpeed((float) -4f);
this.dragonObj.CurrentAnimation = AnimType.Attacking;
this.dragonObj.CurrentDirection = Direction.Left;
}
if (this.playerObj.X <= 64f)
{
this.nextState = EndingStates.Expanding;
this.pState = 2;
}
}
if (this.pState != 2)
{
break;
}
this.playerObj.CurrentAnimation = AnimType.Attacking;
this.dragonObj.CurrentAnimation = AnimType.Attacking;
this.playerObj.XSpeed.SetSpeed((float) 0f);
this.playerObj.YSpeed.SetSpeed((float) 0f);
this.dragonObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.YSpeed.SetSpeed((float) 0f);
return;
case ObjectType.Piranha:
this.playerObj.Update(null, PointF.Empty, true);
this.dragonObj.Update(null, PointF.Empty, true);
if (this.pState != 0)
{
if (this.pState == 1)
{
this.dragonObj.X += this.grassLayer.ScrollSpeed;
if (this.playerObj.X > 250f)
{
this.nextState = EndingStates.Expanding;
this.pState = 2;
return;
}
break;
}
if (this.pState != 2)
{
break;
}
this.playerObj.XSpeed.SetSpeed((float) 0f);
this.playerObj.YSpeed.SetSpeed((float) 0f);
this.playerObj.CurrentAnimation = AnimType.Attacking;
return;
}
if (this.playerObj.YSpeed.CurrentSpeed > -2f)
{
this.dragonObj.X += this.grassLayer.ScrollSpeed;
}
if (this.playerObj.YSpeed.CurrentSpeed <= 0f)
{
break;
}
this.pState = 1;
return;
case ObjectType.Tiger:
this.playerObj.Update(null, PointF.Empty, true);
this.dragonObj.Update(null, PointF.Empty, true);
if (this.playerObj.Y > 230f)
{
this.playerObj.Y = 230f;
}
if (this.dragonObj.Y > 230f)
{
this.dragonObj.Y = 230f;
}
if (this.pState == 0)
{
this.dragonObj.X += this.grassLayer.ScrollSpeed;
if (this.dragonObj.X < 270f)
{
this.pState = 1;
return;
}
break;
}
if (this.pState == 1)
{
this.dragonObj.X += this.grassLayer.ScrollSpeed;
this.playerObj.X += this.grassLayer.ScrollSpeed;
this.playerBehavior.Walk(-4f);
if (this.playerObj.X <= (this.dragonObj.X + 32f))
{
this.dragonObj.CurrentAnimation = AnimType.Attacking;
this.playerObj.CurrentAnimation = AnimType.Attacking;
this.playerBehavior.DoJump();
this.pState = 2;
return;
}
break;
}
if (this.pState == 2)
{
this.dragonObj.X += this.grassLayer.ScrollSpeed;
this.playerObj.XSpeed.SetSpeed((float) 1f);
if (this.dragonObj.X <= 64f)
{
this.nextState = EndingStates.Expanding;
this.pState = 3;
return;
}
break;
}
if (this.pState != 3)
{
break;
}
this.dragonObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.YSpeed.SetSpeed((float) 0f);
this.playerObj.XSpeed.SetSpeed((float) 0f);
this.playerObj.YSpeed.SetSpeed((float) 0f);
return;
case ObjectType.Hawk:
this.playerObj.Update(null, PointF.Empty, true);
this.dragonObj.Update(null, PointF.Empty, true);
if (this.pState != 0)
{
if (this.pState == 1)
{
this.dragonObj.XSpeed.SetSpeed((float) 0f);
this.dragonObj.CurrentDirection = Direction.Left;
this.playerObj.CurrentAnimation = AnimType.Attacking;
}
break;
}
this.playerObj.YSpeed.SetSpeed((float) 0f);
this.playerObj.CurrentAnimation = AnimType.Special;
this.playerObj.X += this.grassLayer.ScrollSpeed;
this.dragonObj.XSpeed.SetSpeed((float) 5.5f);
if (this.playerObj.X >= 64f)
{
break;
}
this.nextState = EndingStates.Expanding;
this.pState = 1;
return;
default:
return;
}
}
public override void Update(bool inFade)
{
if (this.nextState != EndingStates.None)
{
this.state = this.nextState;
this.nextState = EndingStates.None;
}
switch (this.state)
{
case EndingStates.Scrolling:
this.cloudLayer.Update(null, PointF.Empty, false);
this.castleLayer.Update(null, PointF.Empty, false);
foreach (ScrollLayer layer in this.waterLayer)
{
layer.Update(null, PointF.Empty, false);
}
this.grassLayer.Update(null, PointF.Empty, false);
if ((this.playerObj == null) && this.stateTimer.Update())
{
this.PlaceObjects();
}
if (this.playerObj != null)
{
this.UpdateObjects();
}
return;
case EndingStates.Expanding:
this.UpdateObjects();
this.ExpandRectangle(ref this.blackRec[0], Direction.Left);
if (this.ExpandRectangle(ref this.blackRec[1], Direction.Right))
{
this.stateTimer.Max = 120;
this.stateTimer.Timer = this.stateTimer.Max;
this.nextState = EndingStates.ShowingNames;
}
return;
case EndingStates.ShowingNames:
this.UpdateObjects();
if (this.playerObj.X <= this.dragonObj.X)
{
this.playerName.CenterText(this.blackRec[0].Left, this.blackRec[0].Width);
this.bossNameTop.CenterText(this.blackRec[1].Left, this.blackRec[1].Width);
this.bossNameBottom.CenterText(this.blackRec[1].Left, this.blackRec[1].Width);
break;
}
this.playerName.CenterText(this.blackRec[1].Left, this.blackRec[1].Width);
this.bossNameTop.CenterText(this.blackRec[0].Left, this.blackRec[0].Width);
this.bossNameBottom.CenterText(this.blackRec[0].Left, this.blackRec[0].Width);
break;
case EndingStates.Contracting:
this.ContractRectangle(ref this.blackRec[0]);
if (this.ContractRectangle(ref this.blackRec[1]))
{
if (this.transform <= ObjectType.Hawk)
{
this.nextState = EndingStates.Scrolling;
this.stateTimer.Max = 120;
this.stateTimer.Timer = this.stateTimer.Max;
return;
}
GameEngine.Game.GotoSpecialScene(SpecialScenes.Credits);
}
return;
default:
return;
}
if (this.stateTimer.Update())
{
this.nextState = EndingStates.Contracting;
this.playerObj = null;
}
}
public override void InitScene()
{
GameEngine.Framework.PlayMusic(Songs.Credits);
this.state = EndingStates.Scrolling;
}
