public ITES5ValueCodeChunk ConvertFunction(ITES5Referencer calledOn, TES4Function function, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
TES5LocalScope localScope = codeScope.LocalScope;
TES4FunctionArguments functionArguments = function.Arguments;
string arg0String = functionArguments[0].StringValue;
ITES5Referencer targetReference = this.referenceFactory.CreateReadReference(arg0String, globalScope, multipleScriptsScope, localScope);
var arg0Type = targetReference.TES5Type;
string functionName;
ITES5Referencer baseReference;
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(arg0Type, TES5BasicType.T_ACTORBASE))
{
functionName = "GetActorOwner";
baseReference = targetReference;
}
else if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(arg0Type, TES5BasicType.T_ACTOR))
{
functionName = "GetActorOwner";
baseReference = this.objectCallFactory.CreateGetActorBase(targetReference);
}
else if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(arg0Type, TES5BasicType.T_FACTION))
{
functionName = "GetFactionOwner";
baseReference = targetReference;
}
else
{
throw new ConversionException(function.FunctionCall.FunctionName + " should be called with either an ActorBase or a Faction.");
}
TES5ObjectCall owner = this.objectCallFactory.CreateObjectCall(calledOn, functionName);
TES5ComparisonExpression expression = TES5ExpressionFactory.CreateComparisonExpression(owner, TES5ComparisonExpressionOperator.OPERATOR_EQUAL, baseReference);
return(expression);
}
private void InferenceTypeOfCalledObject(TES5ObjectCall objectCall, TES5MultipleScriptsScope multipleScriptsScope)
{
ITES5Type inferencableType = objectCall.AccessedObject.TES5Type.NativeType;
/*
* Check if we have something to inference inside the code, not some static class or method call return
*/
if (objectCall.AccessedObject.ReferencesTo != null)
{
//this is not "exactly" nice solution, but its enough. For now.
ITES5Type inferenceType = TES5InheritanceGraphAnalyzer.FindTypeByMethod(objectCall);
if (inferencableType == null)
{
throw new ConversionException("Cannot inference a null type");
}
if (inferencableType == inferenceType)
{
return; //We already have the good type.
}
if (this.InferenceType(objectCall.AccessedObject.ReferencesTo, inferenceType, multipleScriptsScope))
{
return;
}
}
}
public override void TrackRemoteScript(TES5ScriptHeader scriptHeader)
{
this.trackedScript = scriptHeader;
ITES5Type ourNativeType = this.propertyType.NativeType;
ITES5Type remoteNativeType = this.trackedScript.ScriptType.NativeType;
/*
* Scenario 1 - types are equal or the remote type is higher than ours in which case we do nothing as they have the good type anyway
*/
if (ourNativeType == remoteNativeType || TES5InheritanceGraphAnalyzer.IsExtending(remoteNativeType, ourNativeType))
{
return;
}
/*
* Scenario 2 - Our current native type is extending remote script"s extended type - we need to set it properly
*/
else if (TES5InheritanceGraphAnalyzer.IsExtending(ourNativeType, remoteNativeType))
{
this.trackedScript.SetNativeType(ourNativeType);
}
else
{
throw new ConversionException(nameof(TES5Property) + "." + nameof(TrackRemoteScript) + ": The definitions of local property type and remote property type have diverged. (Ours: " + ourNativeType.Value + ", remote: " + remoteNativeType.Value);
}
}
public ITES5ValueCodeChunk ConvertFunction(ITES5Referencer calledOn, TES4Function function, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
//@INCONSISTENCE - evaluated in random compile time, cannot assure all inference has happened already.
TES5Bool boolean = new TES5Bool(TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(calledOn.TES5Type, TES5BasicType.T_ACTOR));
return(boolean);
}
public ITES5ValueCodeChunk ConvertFunction(ITES5Referencer calledOn, TES4Function function, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
TES4FunctionArguments functionArguments = function.Arguments;
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(calledOn.TES5Type, TES5BasicType.T_ACTOR))
{
calledOn = this.objectCallFactory.CreateGetActorBase(calledOn);
}
TES5ObjectCall functionThis = this.objectCallFactory.CreateObjectCall(calledOn, "GetSex");
int operand;
switch (functionArguments[0].StringValue.ToLower())
{
case "male":
{
operand = 0;
break;
}
case "female":
{
operand = 1;
break;
}
default:
{
throw new ConversionException("GetIsSex used with unknown gender.");
}
}
TES5ComparisonExpression expression = TES5ExpressionFactory.CreateComparisonExpression(functionThis, TES5ComparisonExpressionOperator.OPERATOR_EQUAL, new TES5Integer(operand));
return(expression);
}
public void TrackRemoteScript(TES5ScriptHeader scriptHeader)
{
this.trackedScript = scriptHeader;
ITES5Type ourNativeType = this.propertyType.NativeType;
ITES5Type remoteNativeType = this.trackedScript.ScriptType.NativeType;
/*
* Scenario 1 - types are equal or the remote type is higher than ours in which case we do nothing as they have the good type anyway
*/
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(remoteNativeType, ourNativeType))
{
return;
}
/*
* Scenario 2 - Our current native type is extending remote script"s extended type - we need to set it properly
*/
else if (TES5InheritanceGraphAnalyzer.IsExtending(ourNativeType, remoteNativeType))
{
this.trackedScript.SetNativeType(ourNativeType);
}
else
{
//WTM: Note: Special Cases: Let some script transpile without throwing.
if (!(
(ourNativeType == TES5BasicType.T_ACTIVATOR && remoteNativeType == TES5BasicType.T_OBJECTREFERENCE && (scriptHeader.EDID == "SE01MetronomeScript" || scriptHeader.EDID == "SE11TrigZoneHowlingHallsEnterSCRIPT")) ||
(ourNativeType == TES5BasicType.T_ACTORBASE && remoteNativeType == TES5BasicType.T_ACTOR && (scriptHeader.EDID == "HieronymusLexScript" || scriptHeader.EDID == "SERunsInCirclesSCRIPT"))))
{
throw new ConversionException(nameof(TES5Property) + "." + nameof(TrackRemoteScript) + ": The definitions of local property type and remote property type have diverged. (Ours: " + ourNativeType.Value + ", remote: " + remoteNativeType.Value + ")");
}
}
}
/*
* @throws ConversionException
*/
public void SetNativeType(ITES5Type scriptType, bool ensureNewTypeExtendsCurrentType = true)
{
if (ensureNewTypeExtendsCurrentType && !TES5InheritanceGraphAnalyzer.IsExtending(scriptType, this.ScriptType.NativeType))
{
throw new ConversionException("Cannot set script type to non-extending type - current native type " + this.ScriptType.NativeType.Value + ", new type " + scriptType.Value);
}
this.ScriptType.NativeType = scriptType.NativeType;
}
/*
* Try to inference variable"s type with type.
*
*
* Needed for proxifying the properties to other scripts
* - Will return true if inferencing succeeded, false otherwise.
* @throws ConversionException
*/
private bool InferenceType(ITES5VariableOrProperty variable, ITES5Type type, TES5MultipleScriptsScope multipleScriptsScope)
{
if (!TES5InheritanceGraphAnalyzer.IsExtending(type, variable.TES5Type.NativeType))
{
return(false);
}
variable.TES5Type = type;
return(true);
}
public TES5VariableAssignation(ITES5Value reference, ITES5Value value)
{
this.Reference = reference;
this.value = value;
//If value is going to be casted but actually can't be casted, throw an exception.
if (ReferenceAndValueDifferentTypesAndValueIsNonNone() && !ReferenceIsIntAndValueExtendsForm() &&
//Oblivion stores boolean-like values in short ints. Exclude such cases.
!(reference.TES5Type == TES5BasicType.T_INT && value.TES5Type == TES5BasicType.T_BOOL) &&
!TES5InheritanceGraphAnalyzer.IsTypeOrExtendsTypeOrIsNumberType(value.TES5Type, reference.TES5Type, true))
{
throw new ConversionTypeMismatchException(value.TES5Type.OriginalName + " : " + value.TES5Type.NativeType.Name + " cannot be assigned to " + reference.TES5Type.OriginalName + " : " + reference.TES5Type.NativeType.Name);
}
}
private void InferenceTypeOfMethodArguments(TES5ObjectCall objectCall, TES5MultipleScriptsScope multipleScriptsScope)
{
/*
* Inference the arguments
*/
int argumentIndex = 0;
ITES5Type calledOnType = objectCall.AccessedObject.TES5Type.NativeType;
foreach (ITES5Value argument in objectCall.Arguments)
{
/*
* Get the argument type according to TES5Inheritance graph.
*/
ITES5Type argumentTargetType = TES5InheritanceGraphAnalyzer.FindTypeByMethodParameter(calledOnType, objectCall.FunctionName, argumentIndex);
if (argument.TES5Type != argumentTargetType)
{
/*
* todo - maybe we should move getReferencesTo() to TES5Value and make all of the rest TES5Values just have null references as they do not reference anything? :)
*/
ITES5Referencer referencerArgument = argument as ITES5Referencer;
if (referencerArgument != null && TES5InheritanceGraphAnalyzer.IsExtending(argumentTargetType, argument.TES5Type.NativeType))
{ //HACKY!
this.InferenceType(referencerArgument.ReferencesTo, argumentTargetType, multipleScriptsScope);
}
else
{
//So there"s one , one special case where we actually have to cast a var from one to another even though they are not ,,inheriting" from themselves, because they are primitives.
//Scenario: there"s an T_INT argument, and we feed it with a T_FLOAT variable reference. It won"t work :(
//We need to cast it on call level ( NOT inference it ) to make it work and not break other possible scenarios ( more specifically, when a float would be inferenced to int and there"s a
//float assigment somewhere in the code )
if (argumentTargetType == TES5BasicType.T_INT && argument.TES5Type == TES5BasicType.T_FLOAT)
{
TES5Castable argumentCastable = argument as TES5Castable;
if (argumentCastable != null)
{ //HACKY! When we"ll clean up this interface, it will dissapear :)
argumentCastable.ManualCastTo = argumentTargetType;
}
}
else if (
!TES5InheritanceGraphAnalyzer.IsExtending(argument.TES5Type, argumentTargetType) &&
!TES5InheritanceGraphAnalyzer.IsNumberTypeOrBoolAndInt(argument.TES5Type, argumentTargetType) &&
!(argument is TES5None && TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(argumentTargetType, (new TES5None()).TES5Type)))
{
bool expected = objectCall.AccessedObject.TES5Type.OriginalName == "TES4TimerHelper" && objectCall.FunctionName == "LegacySay";
throw new ConversionException("Argument type mismatch at " + objectCall.FunctionName + " index " + argumentIndex + ". Expected " + argumentTargetType.OriginalName + ". Found " + argument.TES5Type.OriginalName + ".", expected: expected);
}
}
}
argumentIndex++;
}
}
private static TES5BasicType?GetCommonBaseTES5Type(IReadOnlyList <TES4Record> tes4Records)
{
if (!tes4Records.Any())
{
return(null);
}
TES5BasicType[] tes5Types = tes4Records.Select(r =>
{
TES5BasicType basicType = TypeMapper.GetTES5BasicType(r.RecordType);
return(basicType);
}).ToArray();
TES5BasicType commonBaseType = TES5InheritanceGraphAnalyzer.GetCommonBaseType(tes5Types);
return(commonBaseType);
}
private void InferenceTypeOfCalledObject(TES5ObjectCall objectCall)
{
/*
* Check if we have something to inference inside the code, not some static class or method call return
*/
if (objectCall.AccessedObject.ReferencesTo == null)
{
return;
}
ITES5Type inferencableType = objectCall.AccessedObject.TES5Type.NativeType;
//this is not "exactly" nice solution, but its enough. For now.
TES5BasicType inferenceType = TES5InheritanceGraphAnalyzer.FindTypeByMethod(objectCall, esmAnalyzer);
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(inferencableType, inferenceType))
{
return; //We already have the good type.
}
this.InferenceType(objectCall.AccessedObject.ReferencesTo, inferenceType);
}
public ITES5ValueCodeChunk ConvertFunction(ITES5Referencer calledOn, TES4Function function, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
TES4FunctionArguments functionArguments = function.Arguments;
TES5LocalScope localScope = codeScope.LocalScope;
TES5ObjectCallArguments arguments = new TES5ObjectCallArguments()
{
calledOn
};
ITES5Value argument1 = this.valueFactory.CreateValue(functionArguments[0], codeScope, globalScope, multipleScriptsScope);
if (argument1.TES5Type != TES5BasicType.T_TOPIC)
{
TES5Castable argument1Castable = argument1 as TES5Reference;
if (argument1Castable != null && TES5InheritanceGraphAnalyzer.IsExtending(TES5BasicType.T_TOPIC, argument1.TES5Type))
{
argument1Castable.ManualCastTo = TES5BasicType.T_TOPIC;
}
}
arguments.Add(argument1);
ITES4StringValue optionalFlag = functionArguments.GetOrNull(2);
if (optionalFlag != null)
{
string optionalFlagDataString = optionalFlag.StringValue;
if (this.analyzer.GetFormTypeByEDID(optionalFlagDataString).Value != TES4RecordType.REFR.Name)
{
this.metadataLogService.WriteLine("ADD_SPEAK_AS_ACTOR", new string[] { optionalFlagDataString });
optionalFlag = new TES4ApiToken(optionalFlag.Data + "Ref");
}
arguments.Add(this.valueFactory.CreateValue(optionalFlag, codeScope, globalScope, multipleScriptsScope));
}
else
{
arguments.Add(new TES5None());
}
arguments.Add(new TES5Bool(true));
ITES5Referencer timerReference = this.referenceFactory.CreateTimerReadReference(globalScope, multipleScriptsScope, localScope);
return(this.objectCallFactory.CreateObjectCall(timerReference, "LegacySay", multipleScriptsScope, arguments));
}
public ITES5ValueCodeChunk ConvertFunction(ITES5Referencer calledOn, TES4Function function, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
TES5LocalScope localScope = codeScope.LocalScope;
TES4FunctionArguments functionArguments = function.Arguments;
string newCalledOnString = functionArguments.Pop(0).StringValue;
ITES5Referencer newCalledOn = this.referenceFactory.CreateReadReference(newCalledOnString, globalScope, multipleScriptsScope, localScope);
if (!TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(newCalledOn.TES5Type, TES5BasicType.T_ACTORBASE))
{
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(newCalledOn.TES5Type, TES5BasicType.T_ACTOR))
{
newCalledOn = this.objectCallFactory.CreateGetActorBase(newCalledOn);
}
else
{
throw new ConversionException(newFunctionName + " should be called with an ActorBase. Instead, it was called with " + newCalledOnString + " (" + newCalledOn.TES5Type.OriginalName + " : " + newCalledOn.TES5Type.NativeType.Name + ").");
}
}
return(this.objectCallFactory.CreateObjectCall(newCalledOn, this.newFunctionName, this.objectCallArgumentsFactory.CreateArgumentList(functionArguments, codeScope, globalScope, multipleScriptsScope)));
}
public ITES5ValueCodeChunk ConvertFunction(ITES5Referencer calledOn, TES4Function function, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
TES4FunctionArguments functionArguments = function.Arguments;
TES5ObjectCallArguments args;
string functionName;
if (functionArguments.Any())
{
args = this.objectCallArgumentsFactory.CreateArgumentList(functionArguments, codeScope, globalScope, multipleScriptsScope);
var arg0Type = args[0].TES5Type;
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(arg0Type, TES5BasicType.T_ACTORBASE))
{
functionName = "SetActorOwner";
}
else if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(arg0Type, TES5BasicType.T_ACTOR))
{
args[0] = objectCallFactory.CreateGetActorBase((ITES5Referencer)args[0]);
functionName = "SetActorOwner";
}
else if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(arg0Type, TES5BasicType.T_FACTION))
{
functionName = "SetFactionOwner";
}
else
{
throw new ConversionException(function.FunctionCall.FunctionName + " should be called with either an ActorBase or a Faction. Instead, it was called with " + arg0Type.Value + " (" + arg0Type.OriginalName + " : " + arg0Type.NativeType.Name + ").");
}
}
else
{
functionName = "SetActorOwner";
args = new TES5ObjectCallArguments()
{
this.objectCallFactory.CreateGetActorBaseOfPlayer(globalScope)
};
}
return(this.objectCallFactory.CreateObjectCall(calledOn, functionName, args));
}
/*
* Try to inference variable"s type with type.
*
*
* Needed for proxifying the properties to other scripts
* - Will return true if inferencing succeeded, false otherwise.
* @throws ConversionTypeMismatchException
*/
private void InferenceType(ITES5VariableOrProperty variable, TES5BasicType type)
{
if (!TES5InheritanceGraphAnalyzer.IsTypeOrExtendsTypeOrIsNumberType(type, variable.TES5Type.NativeType, false))
{
if (TES5InheritanceGraphAnalyzer.IsExtending(variable.TES5Type.NativeType, type))
{
return;
}
throw new ConversionTypeMismatchException("Could not extend " + variable.TES5Type.NativeType.Value + " to " + type.Value + ".");
}
if (variable.TES5Type.AllowInference)
{
variable.TES5Type = type;
}
else if (variable.TES5Type.AllowNativeTypeInference)
{
variable.TES5Type.NativeType = type;
}
else
{
throw new ConversionTypeMismatchException(variable.Name + " (" + variable.TES5DeclaredType.OriginalName + " : " + variable.TES5DeclaredType.NativeType.Name + ") could not be inferenced to a " + type.Name + " because inference was not allowed.");
}
}
private static void InferEventBlockContainingType(string functionBlockName, TES5GlobalScope globalScope)
{
TES5BasicType[]? allowedTypes = eventNameToTypes[functionBlockName];//null indicates that any type is allowed
if (allowedTypes == null || allowedTypes.Any(t => TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(globalScope.ScriptHeader.ScriptType, t)))
{
return;
}
if (allowedTypes.Length == 1)
{
TES5BasicType singleAllowedType = allowedTypes[0];
if (globalScope.ScriptHeader.ScriptType.AllowNativeTypeInference && TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(singleAllowedType, globalScope.ScriptHeader.ScriptType.NativeType))
{
if (globalScope.ScriptHeader.ScriptType.NativeType != singleAllowedType)
{
globalScope.ScriptHeader.SetNativeType(singleAllowedType);
}
return;
}
}
ITES5Type basicScriptType = globalScope.ScriptHeader.ScriptType.NativeType;
bool expected = functionBlockName == "OnHit" && TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(basicScriptType, TES5BasicType.T_ACTIVEMAGICEFFECT);
throw new ConversionTypeMismatchException("Event " + functionBlockName + " is not allowed on " + globalScope.ScriptHeader.ScriptType.Value + " (" + basicScriptType.Value + ").", expected: expected);
}
private bool ReferenceAndValueDifferentTypesAndValueIsNonNone()
{
return(!TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(this.value.TES5Type, this.Reference.TES5Type) && !(this.value is TES5None));
}
public TES5CodeScope Modify(TES4CodeBlock block, TES5BlockList blockList, TES5FunctionScope blockFunctionScope, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
//https://cs.elderscrolls.com/index.php?title=Begin
//WTM: Change: Added: I reorganized this method and forced each event to account for the first Oblivion parameter.
bool accountedForParameter = false;
switch (block.BlockType.ToLower())
{
case "gamemode":
case "scripteffectupdate":
{
TES5ObjectCall function = this.objectCallFactory.CreateRegisterForSingleUpdate(globalScope);
codeScope.AddChunk(function);
if (globalScope.ScriptHeader.ScriptType.NativeType == TES5BasicType.T_QUEST)
{
TES5EventCodeBlock onInitBlock = TES5BlockFactory.CreateOnInit();
onInitBlock.AddChunk(function);
blockList.Add(onInitBlock);
}
break;
}
case "menumode":
{
TES5ComparisonExpression isInMenuModeComparisonExpression = GetIsInMenuModeComparisonExpression();
codeScope = SetUpBranch(blockFunctionScope, codeScope, isInMenuModeComparisonExpression);
accountedForParameter = true; //Skyrim handles menus differently than Oblivion's MenuType.
break;
}
case "onactivate":
{
TES5EventCodeBlock onInitBlock = TES5BlockFactory.CreateOnInit();
TES5ObjectCall function = this.objectCallFactory.CreateObjectCall(TES5ReferenceFactory.CreateReferenceToSelf(globalScope), "BlockActivation");
onInitBlock.AddChunk(function);
blockList.Add(onInitBlock);
//WTM: Change: Added: The following scripts erroneously add a parameter to their OnActivate block:
//MS11BradonCorpse, SE01WaitingRoomScript, SE02LoveLetterScript, SE08Xeddefen03DoorSCRIPT, SE08Xeddefen05DoorSCRIPT, SE32TombEpitaph01SCRIPT, SEHillofSuicidesSCRIPT, SEXidPuzButton1, SEXidPuzButton2, SEXidPuzButton3, SEXidPuzButton4, SEXidPuzButtonSCRIPT, SEXidPuzHungerSCRIPT, XPEbroccaCrematorySCRIPT
//But OnActivate does not take a parameter. I'm trying to use the author's intended parameter instead of just ignoring it.
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akActivateRef", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onactorequip":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, TES5LocalVariableParameterMeaning.CONTAINER, globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onadd":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akNewContainer", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onalarm":
{
//@INCONSISTENCE - We don"t account for CrimeType or Criminal.
codeScope.AddChunk(this.objectCallFactory.CreateObjectCall(TES5StaticReferenceFactory.Debug, "Trace", new TES5ObjectCallArguments()
{
new TES5String("This function does not account for OnAlarm's CrimeType or Criminal.")
}));
ITES5Value isAlarmed = TES5ExpressionFactory.CreateComparisonExpression(this.objectCallFactory.CreateObjectCall(TES5ReferenceFactory.CreateReferenceToSelf(globalScope), "IsAlarmed"), TES5ComparisonExpressionOperator.OPERATOR_EQUAL, new TES5Bool(true));
codeScope = SetUpBranch(blockFunctionScope, codeScope, isAlarmed);
accountedForParameter = true;
break;
}
/*
* case "onalarm":
* {
*
* this.skyrimGroupEventName = "onhit";
*
* if (this.eventArgs[1] != 3) {
* //Nothing eelse is supported really..
* this.omit = true;
* break;
* }
*
* branch = new TES4ConditionalBranch();
* expression = new TES4Expression();
* leftConstant = new TES4Constant("akAggressor", "ObjectReference");
* //actionConstant = new TES4Constant(this.eventArgs[1],"Package");
* actionConstant = TES4Factories.createReference(this.eventArgs[2], this);
*
* expression.left_side = leftConstant;
* expression.right_side = actionConstant;
* expression.comparision_operator = TES4Expression.COMPARISION_OPERATOR_EQUAL;
*
* codeBlock = new TES4CodeBlock();
* codeBlock.chunks = this.chunks;
*
* branch.ifs[] = array(
* "rawExpression" => "SCRIPT_GENERATED",
* "expression" => expression,
* "codeBlock" => codeBlock
* );
* this.chunks = new TES4ChunkContainer();
* this.chunks.parent = this;
* this.chunks.addChunk(branch);
*
* break;
* }
*/
case "ondeath":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akKiller", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "ondrop":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akOldContainer", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onequip":
case "onunequip":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akActor", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onhit":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akAggressor", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onhitwith":
{
TES4BlockParameterList?parameterList = block.BlockParameterList;
if (parameterList != null)
{
TES5LocalScope localScope = codeScope.LocalScope;
ITES5Referencer hitWithCriteria = this.referenceFactory.CreateReadReference(parameterList.Parameters[0].BlockParameter, globalScope, multipleScriptsScope, localScope);
TES5SignatureParameter akSource = localScope.FunctionScope.GetParameter("akSource");
TES5ComparisonExpression hitWithEqualsSource = TES5ExpressionFactory.CreateComparisonExpression(TES5ReferenceFactory.CreateReferenceToVariableOrProperty(akSource), TES5ComparisonExpressionOperator.OPERATOR_EQUAL, hitWithCriteria);
TES5CodeScope newCodeScope = TES5CodeScopeFactory.CreateCodeScopeRoot(blockFunctionScope);
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(TES5BasicType.T_AMMO, hitWithCriteria.TES5Type))
{
newCodeScope.AddChunk(this.objectCallFactory.CreateObjectCall(TES5StaticReferenceFactory.Debug, "Trace", new TES5ObjectCallArguments()
{
new TES5String("OBScript called OnHitWith using Ammo, but it's unlikely Papyrus will handle it properly. When arrows are used, " + akSource.Name + " will be a bow.")
}));
}
newCodeScope.AddChunk(new TES5Branch(new TES5SubBranch(hitWithEqualsSource, codeScope)));
codeScope = newCodeScope;
}
accountedForParameter = true;
break;
}
case "onmagiceffecthit":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akEffect", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onpackagestart":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akNewPackage", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onpackagechange":
case "onpackagedone":
case "onpackageend":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akOldPackage", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onsell":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akSeller", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "onstartcombat":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akTarget", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "ontrigger":
{
codeScope = SetUpBranch(block, codeScope, blockFunctionScope, "akActivateRef", globalScope, multipleScriptsScope);
accountedForParameter = true;
break;
}
case "ontriggeractor":
{
TES4BlockParameterList? parameterList = block.BlockParameterList;
TES5LocalScope localScope = codeScope.LocalScope;
ITES5VariableOrProperty activator = localScope.GetVariableWithMeaning(TES5LocalVariableParameterMeaning.ACTIVATOR);
TES5LocalVariable castedToActor = new TES5LocalVariable("akAsActor", TES5BasicType.T_ACTOR);
TES5Reference referenceToCastedVariable = TES5ReferenceFactory.CreateReferenceToVariableOrProperty(castedToActor);
TES5Reference referenceToNonCastedVariable = TES5ReferenceFactory.CreateReferenceToVariableOrProperty(activator);
TES5ComparisonExpression expression = TES5ExpressionFactory.CreateComparisonExpression(referenceToCastedVariable, TES5ComparisonExpressionOperator.OPERATOR_NOT_EQUAL, new TES5None());
TES5CodeScope newCodeScope = TES5CodeScopeFactory.CreateCodeScopeRoot(blockFunctionScope);
newCodeScope.AddVariable(castedToActor);
newCodeScope.AddChunk(TES5VariableAssignationFactory.CreateAssignation(referenceToCastedVariable, referenceToNonCastedVariable));
TES5CodeScope outerBranchCode = TES5CodeScopeFactory.CreateCodeScopeRoot(blockFunctionScope);
outerBranchCode.LocalScope.CopyVariablesFrom(codeScope.LocalScope);
if (parameterList != null)
{
ITES5Referencer targetActor = this.referenceFactory.CreateReadReference(parameterList.Parameters[0].BlockParameter, globalScope, multipleScriptsScope, localScope);
TES5ComparisonExpression interExpression = TES5ExpressionFactory.CreateComparisonExpression(TES5ReferenceFactory.CreateReferenceToVariableOrProperty(activator), TES5ComparisonExpressionOperator.OPERATOR_EQUAL, targetActor);
outerBranchCode.AddChunk(new TES5Branch(new TES5SubBranch(interExpression, codeScope)));
}
else
{
outerBranchCode.AddChunks(codeScope.CodeChunks);
}
newCodeScope.AddChunk(new TES5Branch(new TES5SubBranch(expression, outerBranchCode)));
codeScope = newCodeScope;
accountedForParameter = true;
break;
}
case "onload":
case "onreset":
case "ontriggermob":
case "scripteffectstart":
case "scripteffectfinish":
{
break;
}
default:
{
throw new InvalidOperationException(block.BlockType + " not found.");
}
}
if (!accountedForParameter)
{
TES4BlockParameterList?parameterList = block.BlockParameterList;
if (parameterList != null && parameterList.Parameters.Any())
{
throw new ConversionException("Parameter not accounted for in " + block.BlockType + ": " + parameterList.Parameters[0].BlockParameter);
}
}
return(codeScope);
}
/*
* Joins N QF subfragments into one QF fragment that can be properly binded into Skyrim VM
* @throws ConversionException
*/
public TES5Target JoinQFFragments(IBuildTarget target, string resultingFragmentName, List <QuestStageScript> subfragmentsTrees)
{
int tes4FormID = GetTES4FormID(resultingFragmentName);
StageMap stageMap = StageMapBuilder.Build(target, resultingFragmentName, esmAnalyzer, tes4FormID);
/*
* We need script fragment for objective handling for each stage, so when parsing the script fragments,
* we"ll be marking them there, and intersecting this with stage.
* This will give us an array of stages which don"t have script fragment, but will need it anyways
* for objective handling.
*/
TES5ScriptHeader resultingScriptHeader = TES5ScriptHeaderFactory.GetFromCacheOrConstructByBasicType(resultingFragmentName, TES5BasicType.T_QUEST, TES5TypeFactory.TES4_Prefix, true);
TES5GlobalScope resultingGlobalScope = new TES5GlobalScope(resultingScriptHeader);
string[] referenceAliases = ReferenceAliasBuilder.Build(target, resultingFragmentName, esmAnalyzer, tes4FormID).ToArray();
foreach (string propertyName in referenceAliases)
{
resultingGlobalScope.AddProperty(TES5PropertyFactory.ConstructWithoutFormID(propertyName, TES5BasicType.T_REFERENCEALIAS, propertyName));
}
List <QuestStageBlock> questStageBlocks = new List <QuestStageBlock>();
HashSet <int> implementedStages = new HashSet <int>();
HashSet <string> propertiesNamesDeclared = new HashSet <string>();
foreach (var subfragment in subfragmentsTrees)
{
TES5Target subfragmentsTree = subfragment.Script;
TES5Script subfragmentScript = subfragmentsTree.Script;
TES5GlobalScope subfragmentGlobalScope = subfragmentScript.GlobalScope;
foreach (TES5Property subfragmentProperty in subfragmentGlobalScope.Properties)
{
/*
* Move over the properties to the new global scope
*/
if (propertiesNamesDeclared.Add(subfragmentProperty.Name))
{
resultingGlobalScope.AddProperty(subfragmentProperty);
}
else
{
if (subfragmentProperty.IsPlayerRef)
{
continue;
}
//WTM: Change: I don't think renaming these properties actually helps anything.
/*
* string propertyName = GeneratePropertyName(subfragmentScript.ScriptHeader, subfragmentProperty);
* subfragmentProperty.Rename(propertyName);
* if (!propertiesNamesDeclared.Add(subfragmentProperty.Name))
* {
* throw new ConversionException(nameof(propertiesNamesDeclared) + " already contained property " + subfragmentProperty.Name + ".");
* }
*/
//WTM: Change: I'm trying to unify properties and include extended type declarations.
TES5Property existingProperty = resultingGlobalScope.GetPropertyByName(subfragmentProperty.Name);
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(existingProperty.TES5Type, subfragmentProperty.TES5Type))
{
continue;
}
if (TES5InheritanceGraphAnalyzer.IsExtending(subfragmentProperty.TES5Type, existingProperty.TES5Type))
{
existingProperty.TES5Type = subfragmentProperty.TES5Type;
continue;
}
if (TES5InheritanceGraphAnalyzer.IsExtending(existingProperty.TES5Type, subfragmentProperty.TES5Type.NativeType))
{
subfragmentProperty.TES5Type.NativeType = existingProperty.TES5Type.NativeType;
existingProperty.TES5Type = subfragmentProperty.TES5Type;
continue;
}
throw new ConversionException("Types were not compatible for property " + subfragmentProperty.Name + ": " + subfragmentProperty.TES5Type.Value + " should extend " + existingProperty.TES5Type.Value + " (" + existingProperty.TES5Type.NativeType.Value + ").");
}
}
List <ITES5CodeBlock> subfragmentBlocks = subfragmentScript.BlockList.Blocks;
if (subfragmentBlocks.Count != 1)
{
throw new ConversionException("Wrong QF fragment, actual function count: " + subfragmentBlocks.Count + "..");
}
ITES5CodeBlock subfragmentBlock = subfragmentBlocks[0];
if (subfragmentBlock.FunctionScope.BlockName != TES5FragmentFactory.GetFragmentName(0))
{
throw new ConversionException("Wrong QF fragment funcname, actual function name: " + subfragmentBlock.FunctionScope.BlockName + ".");
}
string newFragmentFunctionName = TES5FragmentFactory.GetFragmentName(subfragment.Stage, subfragment.LogIndex);
subfragmentBlock.FunctionScope.Rename(newFragmentFunctionName);
List <int>?stageMapOfStage = stageMap.TryGetStageTargetsMap(subfragment.Stage);
if (stageMapOfStage != null)
{
var objectiveCodeChunks = objectiveHandlingFactory.GenerateObjectiveHandling(subfragmentBlock, resultingGlobalScope, stageMapOfStage);
foreach (var newCodeChunk in objectiveCodeChunks)
{
subfragmentBlock.AddChunk(newCodeChunk);
}
}
questStageBlocks.Add(new QuestStageBlock(subfragment.Stage, subfragment.LogIndex, subfragmentBlock));
implementedStages.Add(subfragment.Stage);
}
/*
* Diff to find stages which we still need to mark
*/
int[] nonDoneStages = stageMap.StageIDs.Where(stageID => !implementedStages.Contains(stageID)).ToArray();
foreach (int nonDoneStage in nonDoneStages)
{
TES5FunctionCodeBlock fragment = objectiveHandlingFactory.CreateEnclosedFragment(resultingGlobalScope, nonDoneStage, stageMap.GetStageTargetsMap(nonDoneStage));
questStageBlocks.Add(new QuestStageBlock(nonDoneStage, 0, fragment));
}
this.mappedTargetsLogService.WriteScriptName(resultingFragmentName);
foreach (var kvp in stageMap.MappedTargetsIndex)
{
var originalTargetIndex = kvp.Key;
var mappedTargetIndexes = kvp.Value;
this.mappedTargetsLogService.WriteLine(originalTargetIndex, mappedTargetIndexes);
}
TES5BlockList resultingBlockList = new TES5BlockList(questStageBlocks.OrderBy(b => b.StageID).ThenBy(b => b.LogIndex).Select(b => b.CodeBlock));
TES5Script resultingTree = new TES5Script(resultingGlobalScope, resultingBlockList, true);
string outputPath = target.GetTranspileToPath(resultingFragmentName);
return(new TES5Target(resultingTree, outputPath));
}
private bool ReferenceIsIntAndValueExtendsForm()
{
return(this.Reference.TES5Type == TES5BasicType.T_INT && TES5InheritanceGraphAnalyzer.IsExtending(this.value.TES5Type, TES5BasicType.T_FORM));
}
//WTM: Change: Added:
//I think GetItemCount returns 0 for all Containers that have ObjectReference scripts before they are opened:
//https://forums.nexusmods.com/index.php?/topic/7174696-huge-mystery-with-getitemcount/#entry65389511
//Once the player opens the Container once, then GetItemCount starts returning the correct count.
//This does not seem to apply to ObjectRefence, so I've excluded it below.
private TES5ComparisonExpression?ConvertGetItemCountCallToContainsItemCall(ITES5Value leftValue, TES5ComparisonExpressionOperator op, ITES5Value rightValue)
{
if (rightValue.TES5Type == TES5BasicType.T_INT)
{
TES5ObjectCall?value1ObjectCall = leftValue as TES5ObjectCall;
if (value1ObjectCall != null && value1ObjectCall.FunctionName.Equals("GetItemCount", StringComparison.OrdinalIgnoreCase))
{
ITES5Referencer accessedObject = value1ObjectCall.AccessedObject;
if (accessedObject is TES5PlayerReference)
{
return(null);
} //WTM: Note: GetItemCount works for the player, so the call doesn't need to be converted to ContainsItem.
ITES5VariableOrProperty?calledOn = accessedObject.ReferencesTo;
if (calledOn == null)
{
TES5ObjectCall?innerObjectCall = accessedObject as TES5ObjectCall;
if (innerObjectCall == null)
{
throw new InvalidOperationException("Called on object could not be found.");
}
calledOn = innerObjectCall.AccessedObject.ReferencesTo;
if (calledOn == null)
{
throw new InvalidOperationException("Called on object could not be found.");
}
}
if (calledOn.ReferenceEDID == null)
{
throw new NullableException(nameof(calledOn.ReferenceEDID));
}
ITES5Type?referenceType = esmAnalyzer.GetTypeByEDIDWithFollow(calledOn.ReferenceEDID, true, useScriptTypeCache: false);
if (referenceType == null)
{
referenceType = calledOn.TES5Type;
} //WTM: Note: Revert to type determined by previous inferences.
/*
* //WTM: Note: Example:
* calledOn.ReferenceEDID: Dark11ChorrolSackRef
* referenceType.OriginalName: Dark11ChorrolDropScript
* referenceType.NativeType: Container
* Dark11ChorrolSack "Old Sack" [CONT:00031B2B] SCRI: Dark11ChorrolDropScript [SCPT:00031B28]
* Dark11ChorrolSackRef is an ObjectReference with a base object of a Container,
* but Dark11ChorrolDropScript had to be inferred as an ObjectReference for transpilation to complete.
*/
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(referenceType, TES5BasicType.T_OBJECTREFERENCE))
{//WTM: Note: I think GetItemCount works for ObjectReferences that are transpiled as ObjectReferences.
//So they don't require the use of ContainsItem.
return(null);
}
TES5Integer?value2Integer = rightValue as TES5Integer;
if (value2Integer != null)
{
bool canConvert, negate = false;
if (
(op == TES5ComparisonExpressionOperator.OPERATOR_GREATER && value2Integer.IntValue == 0) ||
(op == TES5ComparisonExpressionOperator.OPERATOR_GREATER_OR_EQUAL && value2Integer.IntValue == 1) ||
(op == TES5ComparisonExpressionOperator.OPERATOR_NOT_EQUAL && value2Integer.IntValue == 0)
)
{
canConvert = true;
}
else if (
(op == TES5ComparisonExpressionOperator.OPERATOR_LESS && value2Integer.IntValue == 1) ||
(op == TES5ComparisonExpressionOperator.OPERATOR_LESS_OR_EQUAL && value2Integer.IntValue == 0) ||
(op == TES5ComparisonExpressionOperator.OPERATOR_EQUAL && value2Integer.IntValue == 0)
)
{
canConvert = true;
negate = true;
}
else
{
canConvert = CanConvertGetItemCountSpecialCases(value1ObjectCall, op, value2Integer);
}
if (canConvert)
{
TES5ObjectCall newObjectCall = objectCallFactory.CreateObjectCall(value1ObjectCall.AccessedObject, "ContainsItem", value1ObjectCall.Arguments);
TES5ComparisonExpression comparisonExpression = TES5ExpressionFactory.CreateComparisonExpression(newObjectCall, TES5ComparisonExpressionOperator.OPERATOR_EQUAL, new TES5Bool(!negate));
return(comparisonExpression);
}
}
}
}
return(null);
}
private ITES5Value ConvertComparisonExpression(ITES4BinaryExpression expression, TES5CodeScope codeScope, TES5GlobalScope globalScope, TES5MultipleScriptsScope multipleScriptsScope)
{
Tuple <ITES4Value, ITES4Value>[] tes4ValueTuples = new Tuple <ITES4Value, ITES4Value>[]
{
new Tuple <ITES4Value, ITES4Value>(expression.LeftValue, expression.RightValue),
new Tuple <ITES4Value, ITES4Value>(expression.RightValue, expression.LeftValue)
};
/*
* Scenario 1 - Special functions converted on expression level
*/
foreach (Tuple <ITES4Value, ITES4Value> tes4ValueTuple in tes4ValueTuples)
{
ITES4Callable?valueTupleItem1 = tes4ValueTuple.Item1 as ITES4Callable;
if (valueTupleItem1 == null)
{
continue;
}
TES4Function function = valueTupleItem1.Function;
switch (function.FunctionCall.FunctionName.ToLower())
{
case "getweaponanimtype":
{
ITES5Referencer calledOn = this.CreateCalledOnReferenceOfCalledFunction(valueTupleItem1, codeScope, globalScope, multipleScriptsScope);
TES5ObjectCall equippedWeaponLeftValue = this.objectCallFactory.CreateObjectCall(this.objectCallFactory.CreateObjectCall(calledOn, "GetEquippedWeapon"), "GetWeaponType");
int[] targetedWeaponTypes;
switch ((int)tes4ValueTuple.Item2.Data)
{
case 0:
{
targetedWeaponTypes = new int[] { 0 };
break;
}
case 1:
{
targetedWeaponTypes = new int[] { 1, 2, 3, 4 };
break;
}
case 2:
{
targetedWeaponTypes = new int[] { 5, 6, 8 };
break;
}
case 3:
{
targetedWeaponTypes = new int[] { 7, 9 };
break;
}
default:
{
throw new ConversionException("GetWeaponAnimType() - Unknown weapon type in expression");
}
}
List <TES5ComparisonExpression> expressions = new List <TES5ComparisonExpression>();
foreach (var targetedWeaponType in targetedWeaponTypes)
{
expressions.Add(TES5ExpressionFactory.CreateComparisonExpression(equippedWeaponLeftValue, TES5ComparisonExpressionOperator.OPERATOR_EQUAL, new TES5Integer(targetedWeaponType)));
}
ITES5Expression resultExpression = expressions[0];
expressions.RemoveAt(0);
while (expressions.Any())
{
resultExpression = TES5ExpressionFactory.CreateLogicalExpression(resultExpression, TES5LogicalExpressionOperator.OPERATOR_OR, expressions.Last());
expressions.RemoveAt(expressions.Count - 1);
}
return(resultExpression);
}
case "getdetected":
{
TES5ObjectCallArguments inversedArgument = new TES5ObjectCallArguments()
{
this.CreateCalledOnReferenceOfCalledFunction(valueTupleItem1, codeScope, globalScope, multipleScriptsScope)
};
TES5ObjectCall getDetectedLeftValue = this.objectCallFactory.CreateObjectCall(this.referenceFactory.CreateReadReference(function.Arguments[0].StringValue, globalScope, multipleScriptsScope, codeScope.LocalScope), "isDetectedBy", inversedArgument);
TES5Integer getDetectedRightValue = new TES5Integer(((int)tes4ValueTuple.Item2.Data == 0) ? 0 : 1);
return(TES5ExpressionFactory.CreateComparisonExpression(getDetectedLeftValue, TES5ComparisonExpressionOperator.OPERATOR_EQUAL, getDetectedRightValue));
}
case "getdetectionlevel":
{
if (!tes4ValueTuple.Item2.HasFixedValue)
{
throw new ConversionException("Cannot convert getDetectionLevel calls with dynamic comparision");
}
TES5Bool tes5Bool = new TES5Bool(((int)tes4ValueTuple.Item2.Data) == 3); //true only if the compared value was 3
TES5ObjectCallArguments inversedArgument = new TES5ObjectCallArguments()
{
this.CreateCalledOnReferenceOfCalledFunction(valueTupleItem1, codeScope, globalScope, multipleScriptsScope)
};
return(TES5ExpressionFactory.CreateComparisonExpression
(
this.objectCallFactory.CreateObjectCall(this.referenceFactory.CreateReadReference(function.Arguments[0].StringValue, globalScope, multipleScriptsScope, codeScope.LocalScope), "isDetectedBy", inversedArgument),
TES5ComparisonExpressionOperator.OPERATOR_EQUAL,
tes5Bool
));
}
case "getcurrentaiprocedure":
{
if (!tes4ValueTuple.Item2.HasFixedValue)
{
throw new ConversionException("Cannot convert getCurrentAIProcedure() calls with dynamic comparision");
}
switch ((int)tes4ValueTuple.Item2.Data)
{
case 4:
{
return(TES5ExpressionFactory.CreateComparisonExpression(
this.objectCallFactory.CreateObjectCall(this.CreateCalledOnReferenceOfCalledFunction(valueTupleItem1, codeScope, globalScope, multipleScriptsScope), "IsInDialogueWithPlayer"),
TES5ComparisonExpressionOperator.OPERATOR_EQUAL,
new TES5Bool(expression.Operator == TES4ComparisonExpressionOperator.OPERATOR_EQUAL) //cast to true if the original op was ==, false otherwise.
));
}
case 8:
{
//ref.getSleepState() == 3
return(TES5ExpressionFactory.CreateComparisonExpression(
this.objectCallFactory.CreateObjectCall(this.CreateCalledOnReferenceOfCalledFunction(valueTupleItem1, codeScope, globalScope, multipleScriptsScope), "getSleepState"),
TES5ComparisonExpressionOperator.OPERATOR_EQUAL,
new TES5Integer(3) //SLEEPSTATE_SLEEP
));
}
case 13:
{
return(TES5ExpressionFactory.CreateComparisonExpression(
this.objectCallFactory.CreateObjectCall(this.CreateCalledOnReferenceOfCalledFunction(valueTupleItem1, codeScope, globalScope, multipleScriptsScope), "IsInCombat"),
TES5ComparisonExpressionOperator.OPERATOR_EQUAL,
new TES5Bool(expression.Operator == TES4ComparisonExpressionOperator.OPERATOR_EQUAL) //cast to true if the original op was ==, false otherwise.
));
}
case 0: //Travel
case 7: //Wander
case 15: //Pursue
case 17: //Done
{
//@INCONSISTENCE idk how to check it tbh. We return always true. Think about better representation
return(new TES5Bool(expression.Operator == TES4ComparisonExpressionOperator.OPERATOR_EQUAL));
}
default:
{
throw new ConversionException("Cannot convert GetCurrentAiProcedure - unknown TES4 procedure number arg " + ((int)tes4ValueTuple.Item2.Data).ToString());
}
}
}
case "isidleplaying":
case "getknockedstate":
case "gettalkedtopc":
{
return(new TES5Bool(true)); //This is so unimportant that i think it"s not worth to find a good alternative and waste time.
}
case "getsitting":
{
//WARNING: Needs to implement Horse sittings, too.
//SEE: http://www.gameskyrim.com/papyrus-isridinghorse-function-t255012.html
int goTo;
switch ((int)tes4ValueTuple.Item2.Data)
{
case 0:
{
goTo = 0;
break;
}
case 1:
case 2:
case 11:
case 12:
{
goTo = 2;
break;
}
case 3:
case 13:
{
goTo = 3;
break;
}
case 4:
case 14:
{
goTo = 4;
break;
}
default:
{
throw new ConversionException("GetSitting - unknown state found");
}
}
//ref.getSleepState() == 3
return(TES5ExpressionFactory.CreateComparisonExpression
(
this.objectCallFactory.CreateObjectCall(this.CreateCalledOnReferenceOfCalledFunction(valueTupleItem1, codeScope, globalScope, multipleScriptsScope), "GetSitState"),
TES5ComparisonExpressionOperator.GetFirst(expression.Operator.Name),
new TES5Integer(goTo)
));
}
}
}
ITES5Value leftValue = this.CreateValue(expression.LeftValue, codeScope, globalScope, multipleScriptsScope);
ITES5Value rightValue = this.CreateValue(expression.RightValue, codeScope, globalScope, multipleScriptsScope);
Tuple <ITES5Value, ITES5Value>[] tes5ValueTuples = new Tuple <ITES5Value, ITES5Value>[]
{
new Tuple <ITES5Value, ITES5Value>(leftValue, rightValue),
new Tuple <ITES5Value, ITES5Value>(rightValue, leftValue)
};
TES5BasicType objectReferenceType = TES5BasicType.T_FORM; //used just to make sure.
TES5ComparisonExpressionOperator op = TES5ComparisonExpressionOperator.GetFirst(expression.Operator.Name);
/*
* Scenario 2: Comparision of ObjectReferences to integers ( quick formid check )
*/
bool flipOperator = false;
foreach (var valueTuple in tes5ValueTuples)
{
TES5ComparisonExpressionOperator newOp = !flipOperator ? op : op.Flip();
if (TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(valueTuple.Item1.TES5Type, objectReferenceType) || TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(valueTuple.Item1.TES5Type.NativeType, objectReferenceType))
{
if (valueTuple.Item2.TES5Type == TES5BasicType.T_INT)
{
//Perhaps we should allow to try to cast upwards for primitives, .asPrimitive() or similar
//In case we do know at compile time that we"re comparing against zero, then we can assume
//we can compare against None, which allows us not call GetFormID() on most probably None object
TES5Integer tes5SetItem2Integer = (TES5Integer)valueTuple.Item2;
if (tes5SetItem2Integer.IntValue == 0)
{
newOp = op == TES5ComparisonExpressionOperator.OPERATOR_EQUAL ? op : TES5ComparisonExpressionOperator.OPERATOR_NOT_EQUAL;
return(TES5ExpressionFactory.CreateComparisonExpression(valueTuple.Item1, newOp, new TES5None()));
}
else
{
ITES5Referencer callable = (ITES5Referencer)valueTuple.Item1;
TES5ObjectCall tes5setNewItem1 = this.objectCallFactory.CreateObjectCall(callable, "GetFormID");
return(TES5ExpressionFactory.CreateComparisonExpression(tes5setNewItem1, newOp, valueTuple.Item2));
}
}
}
else if (valueTuple.Item1.TES5Type.OriginalName == TES5VoidType.OriginalNameConst)
{
#if PHP_COMPAT
TES5IntegerOrFloat tes5SetItem2Number = tes5set.Item2 as TES5IntegerOrFloat;
if (tes5SetItem2Number != null && tes5SetItem2Number.ConvertedIntValue == 0)
{
return(TES5ExpressionFactory.createArithmeticExpression(tes5set.Item1, newOp, new TES5None()));
}
#else
throw new ConversionException("Type was void.");//This shouldn't happen anymore.
#endif
}
if (!TES5InheritanceGraphAnalyzer.IsTypeOrExtendsTypeOrIsNumberType(valueTuple.Item1.TES5Type, valueTuple.Item2.TES5Type, true))//WTM: Change: Added entire if branch
{
if (valueTuple.Item1.TES5Type.NativeType == TES5BasicType.T_QUEST && valueTuple.Item2.TES5Type == TES5BasicType.T_INT)
{
TES5ObjectCall getStage = this.objectCallFactory.CreateObjectCall((ITES5Referencer)valueTuple.Item1, "GetStage");
return(TES5ExpressionFactory.CreateComparisonExpression(getStage, newOp, valueTuple.Item2));
}
if (valueTuple.Item1.TES5Type == TES5BasicType.T_BOOL && valueTuple.Item2.TES5Type == TES5BasicType.T_INT)
{
int item2Value = ((TES5Integer)valueTuple.Item2).IntValue;
if (item2Value != 0 && item2Value != 1)
{
throw new ConversionException("Unexpected Value: " + item2Value.ToString());
}
ITES5Value newItem2 = new TES5Bool(item2Value == 1);
newOp = op == TES5ComparisonExpressionOperator.OPERATOR_EQUAL ? op : TES5ComparisonExpressionOperator.OPERATOR_NOT_EQUAL;
return(TES5ExpressionFactory.CreateComparisonExpression(valueTuple.Item1, newOp, newItem2));
}
if (valueTuple.Item1.TES5Type == TES5BasicType.T_ACTOR && valueTuple.Item2.TES5Type == TES5BasicType.T_ACTORBASE)
{
return(TES5ExpressionFactory.CreateComparisonExpression(objectCallFactory.CreateGetActorBase((TES5ObjectCall)valueTuple.Item1), newOp, valueTuple.Item2));
}
//WTM: Change: Added for se08barriertriggerscript
if (newOp == TES5ComparisonExpressionOperator.OPERATOR_EQUAL && TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(valueTuple.Item1.TES5Type, TES5BasicType.T_FORM) && TES5InheritanceGraphAnalyzer.IsTypeOrExtendsType(valueTuple.Item2.TES5Type, TES5BasicType.T_FORM))
{
TES5Reference reference1 = (TES5Reference)valueTuple.Item1;
TES5Reference reference2 = (TES5Reference)valueTuple.Item2;
reference1.ManualCastTo = TES5BasicType.T_FORM;
reference2.ManualCastTo = TES5BasicType.T_FORM;
return(TES5ExpressionFactory.CreateComparisonExpression(reference1, newOp, reference2));
}
throw new ConversionException("Type could not be converted.");
}
TES5ComparisonExpression?containsCall = ConvertGetItemCountCallToContainsItemCall(valueTuple.Item1, op, valueTuple.Item2); //WTM: Change: Added
if (containsCall != null)
{
return(containsCall);
}
flipOperator = true;
}
return(TES5ExpressionFactory.CreateComparisonExpression(leftValue, op, rightValue));
}
