static ETWEvent FromTraceEvent(TraceEvent item, Dictionary<string,string> additionalProperties)
{
var data = new Dictionary<string, object>();
for (var i = 0; i < item.PayloadNames.Length; i++)
data.Add(item.PayloadNames[i], item.PayloadValue(i));
if (additionalProperties != null)
{
foreach (var property in additionalProperties)
{
if (!data.ContainsKey(property.Key))
data.Add(property.Key, property.Value);
}
}
return new ETWEvent
{
Provider = item.ProviderName,
EventName = item.EventName,
EventId = (ushort)item.ID,
Message = item.FormattedMessage ?? "none",
Level = item.Level.ToString(),
ActivityId = item.ActivityID,
Timestamp = item.TimeStamp.ToUniversalTime(),
Fields = data
};
}
public ContextSwitch(TraceEvent sw)
{
// Old thread id & process id
this.OldThreadId = (int)sw.PayloadValue(0);
this.OldProcessId = (int)sw.PayloadValue(1);
this.NewThreadId = (int)sw.PayloadValue(3);
this.NewProcessId = (int)sw.PayloadValue(4);
this.State = (ThreadState)sw.PayloadValue(13);
this.ProcessorNumber = sw.ProcessorNumber;
this.TimeStamp = sw.TimeStamp;
this.TimeStamp100ns = sw.TimeStamp100ns;
// Multiply by 10 to adjust the time as 100ns
this.NewThreadWaitTime = (int)sw.PayloadValue(15) * 10;
}
void OnDxgkrnlDmaPacketStop(TraceEvent obj)
{
Debug.Assert(obj.EventName == "DmaPacket/Stop");
Debug.Assert(obj.PayloadNames[0] == "hContext");
ulong hContext = (ulong)obj.PayloadValue(0);
Debug.Assert(obj.PayloadNames[1] == "PacketType");
int packetType = (int)obj.PayloadValue(1);
Debug.Assert(obj.PayloadNames[2] == "uliCompletionId");
long submissionId = (long)obj.PayloadValue(2);
Debug.Assert(obj.PayloadNames[3] == "ulQueueSubmitSequence");
int queueSubmitSequence = (int)obj.PayloadValue(3);
ContextInfo context = FindOrCreateContext(hContext);
DmaPacket packet = null;
if (!context.DmaLookup.ContainsKey(submissionId))
{
// End packet for something we don't about, drop it
return;
}
packet = context.DmaLookup[submissionId];
packet.End = obj.TimeStamp;
}
void OnDxgkrnlVSyncInterrupt(TraceEvent obj)
{
Debug.Assert(obj.EventName == "VSyncInterrupt" && obj.PayloadNames.Length == 3);
ulong pDxgiAdapter = (ulong)obj.PayloadValue(0);
int vidPnTargetId = (int)obj.PayloadValue(1);
long scannedPhysicalAddress = (long)obj.PayloadValue(2);
}
void OnDxgkrnlDmaPacketInfo(TraceEvent obj)
{
Debug.Assert(obj.EventName == "DmaPacket" && (int)obj.Opcode == 0);
Debug.Assert(obj.PayloadNames[0] == "hContext");
ulong hContext = (ulong)obj.PayloadValue(0);
ContextInfo context = FindOrCreateContext(hContext);
}
void OnDxgkrnlDmaPacketStart(TraceEvent obj)
{
Debug.Assert(obj.EventName == "DmaPacket/Start" && obj.PayloadNames.Length == 7);
Debug.Assert(obj.PayloadNames[0] == "hContext");
ulong hContext = (ulong)obj.PayloadValue(0);
Debug.Assert(obj.PayloadNames[2] == "PacketType");
int packetType = (int)obj.PayloadValue(2);
Debug.Assert(obj.PayloadNames[3] == "uliSubmissionId");
long submissionId = (long)obj.PayloadValue(3);
Debug.Assert(obj.PayloadNames[4] == "ulQueueSubmitSequence");
int queueSubmitSequence = (int)obj.PayloadValue(4);
ContextInfo context = FindOrCreateContext(hContext);
DmaPacket packet = null;
if (context.DmaLookup.ContainsKey(submissionId))
{
packet = context.DmaLookup[submissionId];
}
else
{
packet = new DmaPacket();
packet.SubmissionId = submissionId;
packet.QueueSubmitSequence = queueSubmitSequence;
packet.PacketType = packetType;
context.DmaPackets.Add(packet);
context.DmaLookup.Add(submissionId, packet);
}
packet.Start = obj.TimeStamp;
}
void OnDxgkrnlDpiReportAdapter(TraceEvent obj)
{
Debug.Assert(obj.EventName == "DpiReportAdapter" && obj.PayloadNames.Length == 12);
Debug.Assert(obj.PayloadNames[0] == "pDxgAdapter");
ulong pDxgiAdapter = (ulong)obj.PayloadValue(0);
if (!adapterLookup.ContainsKey(pDxgiAdapter))
{
Debug.Assert(false);
return;
}
AdapterInfo adapter = adapterLookup[pDxgiAdapter];
Debug.Assert(obj.PayloadNames[6] == "VendorID");
adapter.VendorID = (int)obj.PayloadValue(6);
Debug.Assert(obj.PayloadNames[11] == "AdapterLuid");
adapter.AdapterLuid = (long)obj.PayloadValue(11);
}
void OnDxgkrnlDeviceStart(TraceEvent obj)
{
Debug.Assert(obj.EventName == "Device/DC_Start" && obj.PayloadNames.Length == 6);
Debug.Assert(obj.PayloadNames[0] == "hProcessId");
int processId = (int)(UInt64)obj.PayloadValue(0);
Debug.Assert(obj.PayloadNames[1] == "pDxgAdapter");
ulong pDxgAdapter = (ulong)obj.PayloadValue(1);
Debug.Assert(obj.PayloadNames[3] == "hDevice");
ulong hDevice = (ulong)obj.PayloadValue(3);
// Make sure the device doesn't already exist (error if it does)
if (deviceLookup.ContainsKey(hDevice))
{
Debug.Assert(false);
return;
}
DeviceInfo device = new DeviceInfo();
AllDevices.Add(device);
deviceLookup.Add(hDevice, device);
device.hDevice = hDevice;
device.Adapter = FindOrCreateAdapter(pDxgAdapter);
device.Process = FindOrCreateProcess(processId);
}
void OnDxgkrnlAdapterStart(TraceEvent obj)
{
Debug.Assert(obj.EventName == "Adapter/DC_Start" && obj.PayloadNames.Length == 27);
Debug.Assert(obj.PayloadNames[1] == "pDxgAdapter");
ulong pDxgAdapter = (ulong)obj.PayloadValue(1);
if (adapterLookup.ContainsKey(pDxgAdapter))
{
Debug.Assert(false);
return;
}
AdapterInfo adapter = new AdapterInfo();
AllAdapters.Add(adapter);
adapterLookup.Add(pDxgAdapter, adapter);
adapter.pDxgiAdapter = pDxgAdapter;
Debug.Assert(obj.PayloadNames[2] == "NbVidPnSources");
adapter.NumVidPnSources = (int)obj.PayloadValue(2);
Debug.Assert(obj.PayloadNames[22] == "PagingNode");
adapter.PagingNode = (int)obj.PayloadValue(22);
Debug.Assert(obj.PayloadNames[25] == "AdapterType");
adapter.AdapterType = (AdapterType)(int)obj.PayloadValue(25);
}
