protected override void OnProcessOutputSchema(MutableObject newSchema)
{
var ids = new List <MutableObject>();
var id1 = new MutableObject();
id1.Add("TraceRequestID", Trace1RequestIdField.GetFirstValue(newSchema));
id1.Add("TraceBinaryID", Trace1BinaryIdField.GetFirstValue(newSchema));
ids.Add(id1);
var id2 = new MutableObject();
id2.Add("TraceRequestID", Trace2RequestIdField.GetFirstValue(newSchema));
id2.Add("TraceBinaryID", Trace2BinaryIdField.GetFirstValue(newSchema));
ids.Add(id2);
var id3 = new MutableObject();
id3.Add("TraceRequestID", Trace3RequestIdField.GetFirstValue(newSchema));
id3.Add("TraceBinaryID", Trace3BinaryIdField.GetFirstValue(newSchema));
ids.Add(id3);
newSchema.Add("Trace IDs", ids);
Router.TransmitAllSchema(newSchema);
}
public IEnumerator RunVolumeTest()
{
MutableObject testObj = new MutableObject();
testObj.Add("height", 3f);
testObj.Add("heightMax", 5f);
VisualPayload payload = new VisualPayload(
testObj,
new VisualDescription(BoundingBox.ConstructBoundingBox(GetType().Name)));
// create a volume controller
RectangularVolumeController volumeController = new RectangularVolumeController();
volumeController.YAxis.AbsoluteKey = "height";
volumeController.YMax.AbsoluteKey = "heightMax";
// send the test mutable
var iterator = volumeController.StartReceivePayload(payload);
while (iterator.MoveNext( ))
{
yield return(null);
}
}
private MutableObject ConstructRcsMutable(RcsToCsInfo rcsInfo)
{
var mutable = new MutableObject();
mutable.Add("Team", (int)rcsInfo.Team);
mutable.Add("Cs ID", (int)rcsInfo.CsId);
mutable.Add("Round", (int)rcsInfo.Round);
mutable.Add("Bs Id", (int)rcsInfo.BsId);
return(mutable);
}
private static void ProcessTraceHeader(TraceHeader traceHeader, MutableObject traceMutable)
{
MutableObject header = new MutableObject();
header.Add("Binary ID", (int)traceHeader.BinaryId);
header.Add("Magic", (int)traceHeader.Magic);
header.Add("Version", (int)traceHeader.Version);
header.Add("Flags", (int)traceHeader.Flags);
traceMutable.Add("Header", header);
}
private List <MutableObject> DiscriminatedList(List <MutableObject> mutable)
{
var topLevelEntryListing = new List <MutableObject>();
var entryLists = new Dictionary <int, List <MutableObject> >();
foreach (var entry in Scope.GetEntries(mutable))
{
var discriminant = Discriminant.GetFirstValueBelowArrity(entry);
if (!entryLists.ContainsKey(discriminant))
{
var newMutable = new MutableObject();
var newList = new List <MutableObject>();
newMutable.Add("Entries", newList);
topLevelEntryListing.Add(newMutable);
entryLists[discriminant] = newList;
}
var foundList = entryLists[discriminant];
foundList.Add(entry.Last());
}
return(topLevelEntryListing);
}
public override IEnumerator ReceivePayload(VisualPayload payload)
{
var ids = new List <MutableObject>();
var id1 = new MutableObject();
var ignore = Trace1RequestIdField.GetFirstValue(payload.Data) == -1 ||
Trace1BinaryIdField.GetFirstValue(payload.Data) == -1;
if (!ignore)
{
id1.Add("TraceRequestID", Trace1RequestIdField.GetFirstValue(payload.Data));
id1.Add("TraceBinaryID", Trace1BinaryIdField.GetFirstValue(payload.Data));
ids.Add(id1);
}
var id2 = new MutableObject();
ignore = Trace2RequestIdField.GetFirstValue(payload.Data) == -1 ||
Trace2BinaryIdField.GetFirstValue(payload.Data) == -1;
if (!ignore)
{
id2.Add("TraceRequestID", Trace2RequestIdField.GetFirstValue(payload.Data));
id2.Add("TraceBinaryID", Trace2BinaryIdField.GetFirstValue(payload.Data));
ids.Add(id2);
}
var id3 = new MutableObject();
ignore = Trace3RequestIdField.GetFirstValue(payload.Data) == -1 ||
Trace3BinaryIdField.GetFirstValue(payload.Data) == -1;
if (!ignore)
{
id3.Add("TraceRequestID", Trace3RequestIdField.GetFirstValue(payload.Data));
id3.Add("TraceBinaryID", Trace3BinaryIdField.GetFirstValue(payload.Data));
ids.Add(id3);
}
payload.Data.Add("Trace IDs", ids);
var iterator = Router.TransmitAll(payload);
while (iterator.MoveNext())
{
yield return(null);
}
}
private MutableObject ConstructStatsMutable(ulong instructionCount)
{
var statsMutable = new MutableObject();
statsMutable.Add("Instruction Count",
instructionCount);
return(statsMutable);
}
protected override MutableObject Mutate(MutableObject mutable)
{
if (!Schema.ContainsKey(Key))
{
Schema.Add(Key, "Pi");
}
if (!mutable.ContainsKey(Key))
{
mutable.Add(Key, Schema[Key]);
}
return(mutable);
}
protected override void OnProcessOutputSchema(MutableObject newSchema)
{
var elementList = EntryField.GetLastKeyValue(newSchema) as IEnumerable <MutableObject>;
if (elementList == null)
{
Debug.LogError("This isn't a valid schema! The entries field is empty!");
}
//var singleSchema = elementList.First();
var multiSchema = new MutableObject();
multiSchema.Add("Entries", elementList);
}
private static MutableObject CreateInstructionMutable(InstructionElement element, int instructionCount)
{
var newInstruction = new MutableObject();
newInstruction.Add("Eip", element.Eip);
newInstruction.Add("Wall Time", (float)element.Header.WallTime);
newInstruction.Add("Raw Type Index", (int)element.Header.RawTypeIndex);
newInstruction.Add("Length", (int)element.Header.Length);
newInstruction.Add("Original Index", (int)element.Header.InstructionCount);
newInstruction.Add("Processed Index", instructionCount);
newInstruction.Add("Annotated", false);
newInstruction.Add("Trace Instruction", element);
return(newInstruction);
}
public static MutableObject ExecutionToMutable(Execution execution, bool isMemoryTrace, int povType)
{
MutableObject mutable = new MutableObject();
ProcessHeader(execution, mutable, povType);
List <MutableObject> traceMutables = new List <MutableObject>();
foreach (var trace in execution.Traces)
{
MutableObject traceMutable = new MutableObject();
ProcessAllTraceElements(trace, traceMutable, isMemoryTrace);
traceMutables.Add(traceMutable);
}
mutable.Add("Traces", traceMutables);
return(mutable);
}
// construct the execution header as a mutable object, and write it into this mutable
private static void ProcessHeader(Execution execution, MutableObject mutable, int povType)
{
var header = new MutableObject();
header.Add("Author", execution.CbAuthor);
header.Add("CB ID", (int)execution.CbId);
header.Add("Execution ID", (int)execution.ExecutionId);
header.Add("Request ID", (int)execution.RequestId);
header.Add("Request Nature", execution.RequestNature);
// Taking this out as it seems not to be populated...
//MutableObject service = new MutableObject();
//service.Add("Service Name", execution.ServiceId.Name ?? "Unnamed");
//service.Add("Service ID", (int)execution.ServiceId.Id);
//header.Add("Service", service);
header.Add("Success", execution.Success);
header.Add("PovType", povType);
mutable.Add("Header", header);
}
protected override void OnProcessOutputSchema(MutableObject newSchema)
{
var elementList = EntryField.GetFirstValue(newSchema) as IEnumerable <MutableObject>;
if (elementList == null)
{
Debug.LogError("This isn't a valid schema! The entries field is empty!");
}
var singleSchema = elementList.First();
var multiSchema = new MutableObject();
multiSchema.Add("Entries", elementList);
NormalState.TransmitSchema(singleSchema);
SelectedState.TransmitSchema(singleSchema);
NoneSelectedState.TransmitSchema(singleSchema);
NormalStateMulti.TransmitSchema(multiSchema);
SelectedStateMulti.TransmitSchema(multiSchema);
NoneSelectedStateMulti.TransmitSchema(multiSchema);
}
protected override MutableObject Mutate(MutableObject mutable)
{
if (!IncludeRandomFloat)
{
if (mutable.ContainsKey("RandomFloat"))
{
mutable.Remove("RandomFloat");
}
}
else
{
if (!mutable.ContainsKey("RandomFloat"))
{
mutable.Add("RandomFloat", Random.Range(0.0f, 1.0f));
}
else
{
mutable["RandomFloat"] = Random.Range(0.0f, 1.0f);
}
}
return(mutable);
}
private MutableObject SpoofTrace(int instructionCount, int binaryCount)
{
MutableObject executionMutable = new MutableObject();
var execHeader = new MutableObject();
execHeader.Add("Author", "Author");
execHeader.Add("CB ID", 1);
execHeader.Add("Execution ID", 1);
execHeader.Add("Request ID", 1);
execHeader.Add("Request Nature", TraceAdapters.Traces.RequestNature.ServicePoll);
MutableObject service = new MutableObject();
service.Add("Service Name", "service name");
service.Add("Service ID", 1);
execHeader.Add("Service", service);
execHeader.Add("Success", true);
execHeader.Add("PovType", 0);
executionMutable.Add("Header", execHeader);
List <MutableObject> traceMutables = new List <MutableObject>();
MutableObject traceMutable = new MutableObject();
///
MutableObject header = new MutableObject();
header.Add("Binary ID", 1);
header.Add("Magic", 1);
header.Add("Version", 1);
header.Add("Flags", 1);
traceMutable.Add("Header", header);
////
var instructionsList = new List <MutableObject>();
//var usedEips = new List<uint>();
var uniqueInstructions = Mathf.FloorToInt(Mathf.Log(instructionCount, 1.1f));
var annotationTypes = new[] { "transmit", "receive", "start1", "allocate", "end1", "free", "fdwait", "random", "end1" };
for (int i = 0; i < instructionCount; i++)
{
var newInstruction = new MutableObject();
var newEip = (uint)Mathf.FloorToInt(UnityEngine.Random.value * uniqueInstructions);
newInstruction.Add("Eip", newEip);
newInstruction.Add("Wall Time", .01f * instructionCount);
newInstruction.Add("Raw Type Index", 1);
newInstruction.Add("Length", 1);
newInstruction.Add("Original Index", i);
newInstruction.Add("Processed Index", i);
var disasmInstruction = new InstructionDisasmElement(new TraceElementHeader());
disasmInstruction.Disassembly = "Disasm " +
(uint)Mathf.FloorToInt(UnityEngine.Random.value * uniqueInstructions);
newInstruction.Add("Trace Instruction", disasmInstruction);
if (UnityEngine.Random.value > .975f)
{
newInstruction.Add("Annotated", true);
string annotationType =
annotationTypes[Mathf.FloorToInt(UnityEngine.Random.value * annotationTypes.Length)];
string annotationString = annotationType;
if (string.Compare(annotationType, "allocate", StringComparison.InvariantCultureIgnoreCase) == 0)
{
annotationString += " " + Mathf.FloorToInt(UnityEngine.Random.value * 10000)
+ " bytes at 0x"
+ Mathf.FloorToInt(UnityEngine.Random.value * 10000000).ToString("x8");
}
if (string.Compare(annotationType, "transmit", StringComparison.InvariantCultureIgnoreCase) == 0)
{
annotationString += " \"A transmit number " + UnityEngine.Random.value + " \"";
}
if (string.Compare(annotationType, "receive", StringComparison.InvariantCultureIgnoreCase) == 0)
{
annotationString += " \"A receive number " + UnityEngine.Random.value + " \"";
}
newInstruction.Add("Annotation Event Type", annotationType);
newInstruction.Add("Annotation Text", annotationString);
}
else
{
newInstruction.Add("Annotated", false);
}
instructionsList.Add(newInstruction);
}
traceMutable.Add("Instructions", instructionsList);
traceMutable.Add("InstructionCount", instructionsList.Count);
////
// set up memory reads and writes
var memReads = new List <MutableObject>()
{
new MutableObject()
{
{ "Read Address", (uint)1500 },
{ "Read Hex", "data" },
{ "Read Size", (int)4 },
{ "Original Index", (int)5 },
{ "Processed Index", (int)5 }
}
};
traceMutable.Add("Memory Reads", memReads);
var memWrites = new List <MutableObject>()
{
new MutableObject()
{
{ "Write Address", (uint)1500 },
{ "Write Hex", "data" },
{ "Write Size", (int)4 },
{ "Original Index", (int)5 },
{ "Processed Index", (int)5 }
}
};
traceMutable.Add("Memory Writes", memWrites);
traceMutables.Add(traceMutable);
executionMutable.Add("Traces", traceMutables);
return(executionMutable);
}
private MutableObject EventContainerToMutableObject(List <Round> eventRounds)
{
var eventContainerMutableObject = new MutableObject();
var rounds = new List <MutableObject>();
eventContainerMutableObject.Add("Rounds", rounds);
foreach (var round in eventRounds)
{
var roundMutable = new MutableObject();
roundMutable.Add("RoundIndex", round.RoundIndex);
var events = new List <MutableObject>();
roundMutable.Add("Events", events);
// DEBUG
if (round.GameEvents.Polls == null)
{
round.GameEvents.Polls = new List <PollEvent>();
}
// END DEBUG
foreach (var povSubmissionEvent in round.GameEvents.PovSubmission)
{
var eventMutable = new MutableObject
{
{ "Timestamp", povSubmissionEvent.Timestamp },
{ "Pov ID", povSubmissionEvent.Povid },
{ "Source Team", povSubmissionEvent.SourceTeam },
{ "Target Team", povSubmissionEvent.TargetTeam },
{ "Target Cs ID", povSubmissionEvent.TargetCsid },
{ "Target Rcs ID", povSubmissionEvent.TargetBsid },
{ "Result", EventResult.Succeed },
{ "TypeString", "PovSubmission" },
};
events.Add(eventMutable);
}
foreach (var pollEvent in round.GameEvents.Polls)
{
var eventMutable = new MutableObject
{
{ "Timestamp", pollEvent.Timestamp },
{ "Poll ID", pollEvent.Pollid },
{ "Target Team", pollEvent.TargetTeam },
{ "Target Cs ID", pollEvent.TargetCsid },
{ "Target Bs ID", pollEvent.TargetBsid },
{ "Result", pollEvent.Result },
{ "Ids", pollEvent.Nds },
{ "Duration", pollEvent.Duration },
{ "TypeString", "Poll" },
};
events.Add(eventMutable);
}
foreach (var gameEvent in round.GameEvents.PovThrow)
{
var eventMutable = new MutableObject
{
{ "Timestamp", gameEvent.Timestamp },
{ "Duration", gameEvent.Duration },
{ "Pov ID", gameEvent.Povid },
{ "Source Team", gameEvent.SourceTeam },
{ "Target Team", gameEvent.TargetTeam },
{ "Target Cs ID", gameEvent.TargetCsid },
{ "Target Bs ID", gameEvent.TargetBsid },
{ "Result", gameEvent.Result },
{ "Ids Result", gameEvent.Nds },
{ "Negotiate", gameEvent.Negotiate },
{ "TypeString", "PovThrow" },
};
events.Add(eventMutable);
}
foreach (var gameEvent in round.GameEvents.PovNotthrown)
{
var eventMutable = new MutableObject
{
{ "Timestamp", gameEvent.Timestamp },
{ "Pov ID", gameEvent.Povid },
{ "Source Team", gameEvent.SourceTeam },
{ "Target Team", gameEvent.TargetTeam },
{ "Target Cs ID", gameEvent.TargetCsid },
{ "TypeString", "PovNotThrown" },
};
events.Add(eventMutable);
}
foreach (var gameEvent in round.GameEvents.RcsSubmission)
{
var eventMutable = new MutableObject
{
{ "Timestamp", gameEvent.Timestamp },
{ "Cs ID", gameEvent.Csid },
{ "Bs ID", gameEvent.Bsid },
{ "Rcs ID", gameEvent.Rcsid },
{ "Team", gameEvent.Team },
{ "TypeString", "RcsSubmission" },
};
events.Add(eventMutable);
}
foreach (var gameEvent in round.GameEvents.RcsDeployed)
{
var eventMutable = new MutableObject
{
{ "Timestamp", gameEvent.Timestamp },
{ "Cs ID", gameEvent.Csid },
{ "Team", gameEvent.Team },
{ "Bs ID", gameEvent.Bsid },
{ "TypeString", "RcsDeployed" },
};
events.Add(eventMutable);
}
foreach (var gameEvent in round.GameEvents.NetworkRuleSubmission)
{
var eventMutable = new MutableObject
{
{ "Timestamp", gameEvent.Timestamp },
{ "Cs ID", gameEvent.Csid },
{ "Team", gameEvent.Team },
{ "Rule ID", gameEvent.Ruleid },
{ "TypeString", "NetworkRuleSubmission" },
};
events.Add(eventMutable);
}
foreach (var gameEvent in round.GameEvents.NetworkRuleDeployed)
{
var eventMutable = new MutableObject
{
{ "Timestamp", gameEvent.Timestamp },
{ "Cs ID", gameEvent.Csid },
{ "Team", gameEvent.Team },
{ "Rule ID", gameEvent.Ruleid },
{ "TypeString", "NetworkRuleDeployed" },
};
events.Add(eventMutable);
}
foreach (var gameEvent in round.GameEvents.CsOffline)
{
var eventMutable = new MutableObject
{
{ "Timestamp", gameEvent.Timestamp },
{ "Cs ID", gameEvent.Csid },
{ "Team", gameEvent.Team },
{ "Offline Reason", gameEvent.Reason },
{ "TypeString", "CsOffline" },
};
events.Add(eventMutable);
}
double lowestTimestamp = double.MaxValue;
foreach (var roundEvent in events.Where(roundEvent => (double)roundEvent["Timestamp"] < lowestTimestamp &&
(double)roundEvent["Timestamp"] > .000001))
{
lowestTimestamp = (double)roundEvent["Timestamp"];
}
foreach (var roundEvent in events)
{
if ((double)roundEvent["Timestamp"] > .00001)
{
roundEvent["Timestamp"] = (double)roundEvent["Timestamp"] - lowestTimestamp;
}
}
var csAdded = new List <MutableObject>();
foreach (var csAdd in round.PreRoundEvents.CsAdded)
{
var eventMutable = new MutableObject
{
{ "Cs ID", csAdd.Csid }
};
csAdded.Add(eventMutable);
}
roundMutable["Cs Added"] = csAdded;
var csRemoved = new List <MutableObject>();
foreach (var csRemove in round.PreRoundEvents.CsRemoved)
{
var eventMutable = new MutableObject
{
{ "Cs ID", csRemove.Csid }
};
csRemoved.Add(eventMutable);
}
roundMutable["Cs Removed"] = csRemoved;
rounds.Add(roundMutable);
}
return(eventContainerMutableObject);
}
private static void ProcessTrace(Trace trace, MutableObject traceMutable, bool memTrace = false)
{
//trace.GenerateCallGraph();
//Dictionary< int, FlaggedAnnotation > foundAnnotations = new Dictionary< int, FlaggedAnnotation >();
// foreach ( var annotationElement in trace.Annotations )
// {
// foundAnnotations.Add( (int)annotationElement.Header.InstructionCount, new FlaggedAnnotation { Flagged = false, Annotation = annotationElement } );
// }
Dictionary <int, MutableObject> instructionMutables = new Dictionary <int, MutableObject>();
Dictionary <int, string> comms = new Dictionary <int, string>();
int instructionCount = 0;
foreach (var element in trace.Elements)
{
if (instructionMutables.ContainsKey(element.Header.InstructionCount))
{
continue;
}
var newInstruction = CreateInstructionMutable(element, instructionCount);
instructionMutables.Add(element.Header.InstructionCount, newInstruction);
instructionCount++;
}
int lateAddedAnnotationCount = 0;
// Add any annotations that were not interleaved in the trace (announcer additions; crashes...)
foreach (var annotation in trace.Annotations)
//foundAnnotations.Where( p => p.Value.Flagged == false ) )
{
//instructionMutables.FirstOrDefault( i => (int)i["Original Index"] == (int)pair.Key );
MutableObject foundInstructionMutable;
if (!instructionMutables.ContainsKey(annotation.Header.InstructionCount))
{
var lastElement = trace.Elements.Last();
var newHeader = new TraceElementHeader(
lastElement.Header.RawTypeIndex,
lastElement.Header.Length,
lastElement.Header.WallTime,
lastElement.Header.InstructionCount + 1 + lateAddedAnnotationCount++);
var newElement = new InstructionOnlyElement(newHeader)
{
Eip = lastElement.Eip
};
foundInstructionMutable = CreateInstructionMutable(newElement, instructionCount++);
//foundInstructionMutable[ "Annotated" ] = true;
instructionMutables.Add(newHeader.InstructionCount, foundInstructionMutable);
}
else
{
foundInstructionMutable = instructionMutables[annotation.Header.InstructionCount];
}
SetAnnotationOnInstructionMutable(foundInstructionMutable, annotation, comms);
}
traceMutable.Add("Instructions", instructionMutables.Values);
traceMutable.Add("InstructionCount", instructionMutables.Count);
if (memTrace)
{
var memReads = new List <MutableObject>();
foreach (var memRead in trace.MemoryReads)
{
var newRead = new MutableObject()
{
{ "Read Address", (uint)memRead.Addr },
{ "Read Hex", StringExtensions.ByteArrayToString(memRead.BytesRead) },
{ "Read Size", memRead.NumberOfBytesRead },
{ "Original Index", memRead.Header.InstructionCount }
};
// match original index to get processed index
if (instructionMutables.ContainsKey(memRead.Header.InstructionCount))
{
newRead["Processed Index"] =
instructionMutables[memRead.Header.InstructionCount]["Processed Index"];
}
else
{
newRead["Processed Index"] = 0;
}
memReads.Add(newRead);
}
traceMutable.Add("Memory Reads", memReads);
var memWrites = new List <MutableObject>();
foreach (var memWrite in trace.MemoryWrites)
{
var newWrite = new MutableObject()
{
{ "Write Address", (uint)memWrite.Addr },
{ "Write Hex", StringExtensions.ByteArrayToString(memWrite.BytesWritten) },
{ "Write Size", memWrite.NumberOfBytesWritten },
{ "Original Index", memWrite.Header.InstructionCount }
//memWrite.Header.InstructionCount }
};
// match original index to get processed index
if (instructionMutables.ContainsKey(memWrite.Header.InstructionCount))
{
newWrite["Processed Index"] =
instructionMutables[memWrite.Header.InstructionCount]["Processed Index"];
}
else
{
newWrite["Processed Index"] = 0;
}
memWrites.Add(newWrite);
}
;
traceMutable.Add("Memory Writes", memWrites);
}
var sb = new StringBuilder("Comms:\n");
foreach (var c in comms)
{
sb.AppendLine(string.Format("{0:D5} {1}", c.Key, c.Value));
}
//Debug.Log( sb.ToString() );
}
public static MutableObject GenerateExecutionSchema()
{
#region Set up execution schema
MutableObject executionMutable = new MutableObject();
var execHeader = new MutableObject();
execHeader.Add("Author", "Author");
execHeader.Add("CB ID", 1);
execHeader.Add("Execution ID", 1);
execHeader.Add("Request ID", 1);
execHeader.Add("Request Nature", TraceAdapters.Traces.RequestNature.ServicePoll);
MutableObject service = new MutableObject();
service.Add("Service Name", "service name");
service.Add("Service ID", 1);
execHeader.Add("Service", service);
execHeader.Add("Success", true);
execHeader.Add("PovType", 0);
executionMutable.Add("Header", execHeader);
List <MutableObject> traceMutables = new List <MutableObject>();
MutableObject traceMutable = new MutableObject();
///
MutableObject header = new MutableObject();
header.Add("Binary ID", 1);
header.Add("Magic", 1);
header.Add("Version", 1);
header.Add("Flags", 1);
traceMutable.Add("Header", header);
////
var instructionsList = new List <MutableObject>();
for (int i = 0; i < 2; i++)
{
var newInstruction = new MutableObject();
newInstruction.Add("Eip", (uint)1);
newInstruction.Add("Wall Time", 1f);
newInstruction.Add("Raw Type Index", 1);
newInstruction.Add("Length", 1);
newInstruction.Add("Original Index", 1);
newInstruction.Add("Processed Index", 1);
newInstruction.Add("Trace Instruction", new InstructionOnlyElement(new TraceElementHeader()));
if (i % 2 == 1)
{
newInstruction.Add("Annotated", true);
newInstruction.Add("Annotation Text", "Transmit");
newInstruction.Add("Annotation Event Type", "transmit");
}
else
{
newInstruction.Add("Annotated", false);
}
instructionsList.Add(newInstruction);
}
traceMutable.Add("Instructions", instructionsList);
traceMutable.Add("InstructionCount", instructionsList.Count);
////
traceMutables.Add(traceMutable);
// set up memory reads and writes
//if ( IncludeMemtrace.GetFirstValue( newSchema ) )
//{
var memReads = new List <MutableObject>()
{
new MutableObject()
{
{ "Read Address", (uint)1500 },
{ "Read Hex", "data" },
{ "Read Size", (int)4 },
{ "Original Index", (int)5 },
{ "Processed Index", (int)5 }
}
};
traceMutable.Add("Memory Reads", memReads);
var memWrites = new List <MutableObject>()
{
new MutableObject()
{
{ "Write Address", (uint)1500 },
{ "Write Hex", "data" },
{ "Write Size", (int)4 },
{ "Original Index", (int)5 },
{ "Processed Index", (int)5 }
}
};
traceMutable.Add("Memory Writes", memWrites);
//}
executionMutable.Add("Traces", traceMutables);
#endregion
return(executionMutable);
}