public static void createCodeChunk(TES4VariableDeclarationList chunk, TES5CodeScope codeScope)
{
foreach (TES4VariableDeclaration variable in chunk.getVariableList())
{
TES4Type variableType = variable.VariableType;
TES5LocalVariable property;
if (variableType == TES4Type.T_FLOAT)
{
property = new TES5LocalVariable(variable.VariableName, TES5BasicType.T_FLOAT);
}
else if (variableType == TES4Type.T_INT || variableType == TES4Type.T_SHORT || variableType == TES4Type.T_LONG)
{
property = new TES5LocalVariable(variable.VariableName, TES5BasicType.T_INT);
}
else if (variableType == TES4Type.T_REF)
{
//most basic one, if something from inherited class is used, we will set to the inheriting class
property = new TES5LocalVariable(variable.VariableName, TES5BasicType.T_FORM);
}
else
{
throw new ConversionException("Unknown local variable declaration type.");
}
codeScope.LocalScope.AddVariable(property);
}
}
public readonly TES5BasicType?TES5Type; //WTM: Change: Added
public TES4VariableDeclaration(string variableName, TES4Type variableType, Nullable <int> formID = null, TES5BasicType?tes5Type = null)
{
this.VariableName = variableName;
this.VariableType = variableType;
FormID = formID;
TES5Type = tes5Type;
}
public static ITES5Primitive createValue(ITES4Primitive value)
{
TES4Type valueType = value.Type;
object valueData = value.Data;
if (valueType == TES4Type.T_INT)
{
return(new TES5Integer((int)valueData));
}
else if (valueType == TES4Type.T_STRING)
{
return(new TES5String((string)valueData));
}
else if (valueType == TES4Type.T_FLOAT)
{
return(new TES5Float((float)valueData));
}
throw new ConversionException("Unknown value type to be factored from " + value.GetType().FullName);
}
private TES5Property CreateProperty(TES4VariableDeclaration variable, TES5GlobalVariables globalVariables)
{
string variableName = variable.VariableName;
TES4Type variableType = variable.VariableType;
if (variableType == TES4Type.T_FLOAT)
{
return(ConstructWithoutFormID(variableName, TES5BasicType.T_FLOAT, null));
}
if (variableType == TES4Type.T_INT || variableType == TES4Type.T_SHORT || variableType == TES4Type.T_LONG)
{
return(ConstructWithoutFormID(variableName, TES5BasicType.T_INT, null));
}
if (variableType == TES4Type.T_REF)
{
return(CreatePropertyFromReference(variable, globalVariables));
}
throw new ConversionException("Unknown variable declaration type.");
}
/*
* @throws ConversionException
*/
public static void CreateProperties(TES4VariableDeclarationList variableList, TES5GlobalScope globalScope, TES5GlobalVariables globalVariables)
{
Dictionary <string, TES4VariableDeclaration> alreadyDefinedVariables = new Dictionary <string, TES4VariableDeclaration>();
foreach (TES4VariableDeclaration variable in variableList.getVariableList())
{
string variableName = variable.VariableName;
string variableNameLower = variableName.ToLower();
TES4Type variableType = variable.VariableType;
TES4VariableDeclaration alreadyDefinedVariable;
if (alreadyDefinedVariables.TryGetValue(variableNameLower, out alreadyDefinedVariable))
{
if (variableType == alreadyDefinedVariable.VariableType)
{
continue; //Same variable defined twice, smack the original script developer and fallthrough silently.
}
throw new ConversionException("Double definition of variable named " + variableName + " with different types ( " + alreadyDefinedVariables[variableNameLower].VariableType.Name + " and " + variable.VariableType.Name + " )");
}
TES5Property property;
if (variableType == TES4Type.T_FLOAT)
{
property = new TES5Property(variable.VariableName, TES5BasicType.T_FLOAT, null);
}
else if (variableType == TES4Type.T_INT || variableType == TES4Type.T_SHORT || variableType == TES4Type.T_LONG)
{
property = new TES5Property(variable.VariableName, TES5BasicType.T_INT, null);
}
else if (variableType == TES4Type.T_REF)
{
property = CreatePropertyFromReference(variable, globalVariables);
}
else
{
throw new ConversionException("Unknown variable declaration type.");
}
globalScope.AddProperty(property);
alreadyDefinedVariables.Add(variableNameLower, variable);
}
}
/*
* @throws ConversionException
*/
public void CreateAndAddProperties(TES4VariableDeclarationList variableList, TES5GlobalScope globalScope, TES5GlobalVariables globalVariables)
{
Dictionary <string, TES4VariableDeclaration> alreadyDefinedVariables = new Dictionary <string, TES4VariableDeclaration>();
foreach (TES4VariableDeclaration variable in variableList.VariableList)
{
string variableName = variable.VariableName;
string variableNameLower = variableName.ToLower();
TES4Type variableType = variable.VariableType;
TES4VariableDeclaration?alreadyDefinedVariable;
if (alreadyDefinedVariables.TryGetValue(variableNameLower, out alreadyDefinedVariable))
{
if (variableType == alreadyDefinedVariable.VariableType)
{
continue; //Same variable defined twice, smack the original script developer and fallthrough silently.
}
throw GetDuplicatePropertyException(variableName, alreadyDefinedVariable.VariableType.Name, variable.VariableType.Name);
}
CreateAndAddProperty(variable, globalScope, globalVariables);
alreadyDefinedVariables.Add(variableNameLower, variable);
}
}
protected void createObscriptCodeParsingTree()
{
__invoke("Code+").Is("Code+", "Code").Call((TES4CodeChunks list, ITES4CodeChunk codeDeclaration) =>
{
list.Add(codeDeclaration);
return(list);
}).
Is("Code").Call((ITES4CodeChunk codeDeclaration) =>
{
TES4CodeChunks list = new TES4CodeChunks();
list.Add(codeDeclaration);
return(list);
});
__invoke("Code").Is("Branch").Is("SetValue", "NWL").Is("Function", "NWL").Is("ObjectCall", "NWL").Is("LocalVariableDeclaration+").Is("Return");
//todo-THIS should be fixed on lexer level, right now it ignores NWL after the return
__invoke("LocalVariableDeclaration+").Is("LocalVariableDeclaration+", "LocalVariableDeclaration").Call((TES4VariableDeclarationList list, TES4VariableDeclaration variableDeclaration) =>
{
list.add(variableDeclaration);
return(list);
}).
Is("LocalVariableDeclaration").Call((TES4VariableDeclaration variableDeclaration) =>
{
TES4VariableDeclarationList list = new TES4VariableDeclarationList();
list.add(variableDeclaration);
return(list);
})
;
__invoke("LocalVariableDeclaration").Is("LocalVariableDeclarationType", "VariableName").Call((System.Func <CommonToken, CommonToken, TES4VariableDeclaration>)((CommonToken variableDeclarationType, CommonToken variableName) =>
{
return(new TES4VariableDeclaration((string)variableName.Value, TES4Type.GetFirst((string)variableDeclarationType.Value.ToLower())));
}))
;
__invoke("Branch").Is("BranchStart", "BranchEndToken") //If a == 2 { doSomeCode(); endIf
.Call((TES4SubBranch branchStart, object end) =>
{
return(new TES4Branch(branchStart, null, null));
}).
Is("BranchStart", "BranchSubBranch+", "BranchEndToken") //If a == 2 { doSomeCode(); endIf
.Call((TES4SubBranch branchStart, TES4SubBranchList subbranches, object end) =>
{
return(new TES4Branch(branchStart, subbranches, null));
}).
Is("BranchStart", "BranchElse", "BranchEndToken") //If a == 2 { doSomeCode(); endIf
.Call((TES4SubBranch branchStart, TES4ElseSubBranch branchElse, object end) =>
{
return(new TES4Branch(branchStart, null, branchElse));
}).
Is("BranchStart", "BranchSubBranch+", "BranchElse", "BranchEndToken").Call((TES4SubBranch branchStart, TES4SubBranchList subbranches, TES4ElseSubBranch branchElse, object end) =>
{
return(new TES4Branch(branchStart, subbranches, branchElse));
})
;
__invoke("BranchElse").Is("BranchElseToken", "Code+").Call((object branchElseToken, TES4CodeChunks code) =>
{
return(new TES4ElseSubBranch(code));
}).
Is("BranchElseToken").Call((branchElseToken) =>
{
return(new TES4ElseSubBranch(null));
})
;
__invoke("BranchStart").Is("BranchStartToken", "Value", "NWL", "Code+").Call((object branchStart, ITES4Value expression, object newLine, TES4CodeChunks code) =>
{
return(new TES4SubBranch(expression, code));
}).
Is("BranchStartToken", "Value", "NWL").Call((object branchStart, ITES4Value expression, object newLine) =>
{
return(new TES4SubBranch(expression, null));
})
;
__invoke("BranchSubBranch+").Is("BranchSubBranch+", "BranchSubBranch").Call((TES4SubBranchList list, TES4SubBranch branchSubBranchDeclaration) =>
{
list.Add(branchSubBranchDeclaration);
return(list);
}).
Is("BranchSubBranch").Call((TES4SubBranch branchSubBranchDeclaration) =>
{
TES4SubBranchList list = new TES4SubBranchList();
list.Add(branchSubBranchDeclaration);
return(list);
})
;
__invoke("BranchSubBranch").Is("BranchElseifToken", "Value", "NWL", "Code+").Call((object branchElseif, ITES4Value expression, object nwl, TES4CodeChunks codeChunks) =>
{
return(new TES4SubBranch(expression, codeChunks));
}).
Is("BranchElseifToken", "Value", "NWL").Call((object branchElseif, ITES4Value expression, object nwl) =>
{
return(new TES4SubBranch(expression, null));
})
;
__invoke("MathOperator").Is("==").Call((System.Func <CommonToken, TES4ComparisonExpressionOperator>)((CommonToken op) =>
{
return(TES4ComparisonExpressionOperator.GetFirst((string)op.Value));
})).
Is("!=").Call((System.Func <CommonToken, TES4ComparisonExpressionOperator>)((CommonToken op) =>
{
return(TES4ComparisonExpressionOperator.GetFirst((string)op.Value));
})).
Is(">").Call((System.Func <CommonToken, TES4ComparisonExpressionOperator>)((CommonToken op) =>
{
return(TES4ComparisonExpressionOperator.GetFirst((string)op.Value));
})).
Is("<").Call((System.Func <CommonToken, TES4ComparisonExpressionOperator>)((CommonToken op) =>
{
return(TES4ComparisonExpressionOperator.GetFirst((string)op.Value));
})).
Is("<=").Call((System.Func <CommonToken, TES4ComparisonExpressionOperator>)((CommonToken op) =>
{
return(TES4ComparisonExpressionOperator.GetFirst((string)op.Value));
})).
Is(">=").Call((System.Func <CommonToken, TES4ComparisonExpressionOperator>)((CommonToken op) =>
{
return(TES4ComparisonExpressionOperator.GetFirst((string)op.Value));
}))
;
__invoke("LogicalOperator").Is("||").Call((System.Func <CommonToken, TES4LogicalExpressionOperator>)((CommonToken op) =>
{
return(TES4LogicalExpressionOperator.GetFirst((string)op.Value));
})).
Is("&&").Call((System.Func <CommonToken, TES4LogicalExpressionOperator>)((CommonToken op) =>
{
return(TES4LogicalExpressionOperator.GetFirst((string)op.Value));
}))
;
__invoke("Value").Is("Value", "LogicalOperator", "NotLogicalValue").Call((ITES4Value left, TES4LogicalExpressionOperator op, ITES4Value right) =>
{
return(new TES4LogicalExpression(left, op, right));
}).
Is("NotLogicalValue");
__invoke("NotLogicalValue").Is("NotLogicalValue", "MathOperator", "NotLogicalAndBinaryValue").Call((ITES4Value left, TES4ComparisonExpressionOperator op, ITES4Value right) =>
{
return(new TES4ComparisonExpression(left, op, right));
}).
Is("NotLogicalAndBinaryValue");
__invoke("NotLogicalAndBinaryValue").Is("NotLogicalAndBinaryValue", "BinaryOperator", "NonExpressionValue").Call((ITES4Value left, TES4ArithmeticExpressionOperator op, ITES4Value right) =>
{
return(new TES4ArithmeticExpression(left, op, right));
}).
Is("NonExpressionValue");
__invoke("NonExpressionValue").Is("ObjectAccess").Is("Function").Is("APIToken").Is("Primitive");
__invoke("BinaryOperator").Is("+").Call((System.Func <CommonToken, TES4ArithmeticExpressionOperator>)((CommonToken op) =>
{
return(TES4ArithmeticExpressionOperator.GetFirst((string)op.Value));
})).
Is("-").Call((System.Func <CommonToken, TES4ArithmeticExpressionOperator>)((CommonToken op) =>
{
return(TES4ArithmeticExpressionOperator.GetFirst((string)op.Value));
})).
Is("*").Call((System.Func <CommonToken, TES4ArithmeticExpressionOperator>)((CommonToken op) =>
{
return(TES4ArithmeticExpressionOperator.GetFirst((string)op.Value));
})).
Is("/").Call((System.Func <CommonToken, TES4ArithmeticExpressionOperator>)((CommonToken op) =>
{
return(TES4ArithmeticExpressionOperator.GetFirst((string)op.Value));
}))
;
__invoke("ObjectAccess").Is("ObjectCall").Is("ObjectProperty");
__invoke("ObjectCall").Is("APIToken", "TokenDelimiter", "Function").Call((TES4ApiToken apiToken, object delimiter, TES4Function function) =>
{
return(new TES4ObjectCall(apiToken, function));
})
;
__invoke("ObjectProperty").Is("APIToken", "TokenDelimiter", "APIToken").Call((TES4ApiToken apiToken, object delimiter, TES4ApiToken nextApiToken) =>
{
return(new TES4ObjectProperty(apiToken, nextApiToken));
})
;
__invoke("SetValue").Is("SetInitialization", "ObjectProperty", "Value").Call((object setInitialization, TES4ObjectProperty objectProperty, ITES4Value expression) =>
{
return(new TES4VariableAssignation(objectProperty, expression));
}).
Is("SetInitialization", "APIToken", "Value").Call((object setInitialization, TES4ApiToken apiToken, ITES4Value expression) =>
{
return(new TES4VariableAssignation(apiToken, expression));
})
;
__invoke("Function").Is("FunctionCall", "FunctionArguments").Call((TES4FunctionCall functionCall, TES4FunctionArguments functionArguments) =>
{
return(new TES4Function(functionCall, functionArguments));
}).
Is("FunctionCall").Call((TES4FunctionCall functionCall) =>
{
return(new TES4Function(functionCall, new TES4FunctionArguments()));
})
;
__invoke("FunctionCall").Is("FunctionCallToken").Call((System.Func <CommonToken, TES4FunctionCall>)((CommonToken functionCall) =>
{
return(new TES4FunctionCall((string)functionCall.Value));
}))
;
__invoke("APIToken").Is("ReferenceToken").Call((System.Func <CommonToken, TES4ApiToken>)((CommonToken token) =>
{
return(new TES4ApiToken((string)token.Value));
}))
;
__invoke("FunctionArguments").Is("FunctionArguments", "FunctionParameter").Call((TES4FunctionArguments list, ITES4StringValue value) =>
{
list.Add(value);
return(list);
}).
Is("FunctionParameter").Call((ITES4StringValue value) =>
{
TES4FunctionArguments list = new TES4FunctionArguments();
list.Add(value);
return(list);
})
;
__invoke("FunctionParameter").Is("ObjectAccess").Is("Function").Is("APIToken").Is("Primitive");
__invoke("Primitive").Is("Float").Call((System.Func <CommonToken, TES4Float>)((CommonToken fl) =>
{
string floatValue = fl.Value;
if (floatValue.StartsWith("."))
{
floatValue = "0" + floatValue;
}
return(new TES4Float(float.Parse(floatValue)));
})).
Is("Integer").Call((System.Func <CommonToken, TES4Integer>)((CommonToken token) =>
{
return(new TES4Integer(int.Parse((string)token.Value)));
})).
Is("Boolean").Call((System.Func <CommonToken, TES4Integer>)((CommonToken token) =>
{
if (token.Value.ToLower() == "true")
{
return(new TES4Integer(1));
}
return(new TES4Integer(0));
})).
Is("String").Call((System.Func <CommonToken, TES4String>)((CommonToken str) =>
{
return(new TES4String((string)str.Value));
}))
;
__invoke("Return").Is("ReturnToken", "NWL").Call((object returnToken, object nwl) =>
{
return(new TES4Return());
}).
Is("ReturnToken").Call((returnToken) =>
{
return(new TES4Return());
})
;
}
public TES4VariableDeclaration(string variableName, TES4Type variableType)
{
this.VariableName = PapyrusCompiler.FixReferenceName(variableName);
this.VariableType = variableType;
}
public TES4OBScriptGrammar()
: base(false)
{
__invoke("Script").Is("ScriptHeader", "Block+").Call((TES4ScriptHeader header, TES4BlockList blockList) =>
{
return(new TES4Script(header, null, blockList));
}).
Is("ScriptHeader", "VariableDeclaration+").Call((TES4ScriptHeader header, TES4VariableDeclarationList variableList) =>
{
return(new TES4Script(header, variableList, null));
}).
Is("ScriptHeader", "VariableDeclaration+", "Block+").Call((TES4ScriptHeader header, TES4VariableDeclarationList variableList, TES4BlockList blockList) =>
{
return(new TES4Script(header, variableList, blockList));
})
;
__invoke("ScriptHeader").Is("ScriptHeaderToken", "ScriptName").Call((System.Func <object, CommonToken, TES4ScriptHeader>)((object headerToken, CommonToken scriptName) =>
{
return(new TES4ScriptHeader((string)scriptName.Value));
}))
;
__invoke("VariableDeclaration+").Is("VariableDeclaration+", "VariableDeclaration").Call((TES4VariableDeclarationList list, TES4VariableDeclaration variableDeclaration) =>
{
list.add(variableDeclaration);
return(list);
}).
Is("VariableDeclaration").Call((TES4VariableDeclaration variableDeclaration) =>
{
TES4VariableDeclarationList list = new TES4VariableDeclarationList();
list.add(variableDeclaration);
return(list);
})
;
__invoke("VariableDeclaration").Is("VariableDeclarationType", "VariableName").Call((System.Func <CommonToken, CommonToken, TES4VariableDeclaration>)((CommonToken variableDeclarationType, CommonToken variableName) =>
{
return(new TES4VariableDeclaration((string)variableName.Value, TES4Type.GetFirst((string)variableDeclarationType.Value.ToLower())));
}))
;
__invoke("Block+").Is("Block+", "Block").Call((TES4BlockList list, TES4CodeBlock blockDeclaration) =>
{
list.Add(blockDeclaration);
return(list);
}).
Is("Block").Call((TES4CodeBlock blockDeclaration) =>
{
TES4BlockList list = new TES4BlockList();
list.Add(blockDeclaration);
return(list);
})
;
__invoke("Block").Is("BlockStart", "BlockType", "BlockParameter+", "Code+", "BlockEnd").Call((System.Func <object, CommonToken, TES4BlockParameterList, TES4CodeChunks, object, TES4CodeBlock>)((object blockStart, CommonToken blockType, TES4BlockParameterList blockParameters, TES4CodeChunks codeChunks, object blockEnd) =>
{
return(new TES4CodeBlock((string)blockType.Value, blockParameters, codeChunks));
})).
Is("BlockStart", "BlockType", "BlockParameter+", "BlockEnd").Call((System.Func <object, CommonToken, TES4BlockParameterList, object, TES4CodeBlock>)((object blockStart, CommonToken blockType, TES4BlockParameterList blockParameters, object blockEnd) =>
{
return(new TES4CodeBlock((string)blockType.Value, blockParameters, null));
})) //rare empty block
.
Is("BlockStart", "BlockType", "Code+", "BlockEnd").Call((System.Func <object, CommonToken, TES4CodeChunks, object, TES4CodeBlock>)((object blockStart, CommonToken blockType, TES4CodeChunks codeChunks, object blockEnd) =>
{
return(new TES4CodeBlock((string)blockType.Value, null, codeChunks));
})).
Is("BlockStart", "BlockType", "BlockEnd").Call((System.Func <object, CommonToken, object, TES4CodeBlock>)((object blockStart, CommonToken blockType, object blockEnd) =>
{
return(new TES4CodeBlock((string)blockType.Value, null, null));
}))
; //rare empty block
__invoke("BlockParameter+").Is("BlockParameter+", "BlockParameter").Call((TES4BlockParameterList list, TES4BlockParameter blockParameter) =>
{
list.Add(blockParameter);
return(list);
}).
Is("BlockParameter").Call((TES4BlockParameter blockParameter) =>
{
TES4BlockParameterList block = new TES4BlockParameterList();
block.Add(blockParameter);
return(block);
})
;
__invoke("BlockParameter").Is("BlockParameterToken").Call((System.Func <CommonToken, TES4BlockParameter>)((CommonToken token) =>
{
return(new TES4BlockParameter((string)token.Value));
}))
;
this.createObscriptCodeParsingTree();
this.Start("Script");
}
public TES4OBScriptGrammar()
: base(false)
{
__invoke("Script").Is("ScriptHeader", "Block+").Call((TES4ScriptHeader header, TES4BlockList blockList) =>
{
return(new TES4Script(header, null, blockList));
}).
Is("ScriptHeader", "VariableDeclaration+").Call((TES4ScriptHeader header, TES4VariableDeclarationList variableList) =>
{
return(new TES4Script(header, variableList, null));
}).
Is("ScriptHeader", "VariableDeclaration+", "Block+").Call((TES4ScriptHeader header, TES4VariableDeclarationList variableList, TES4BlockList blockList) =>
{
return(new TES4Script(header, variableList, blockList));
})
#if NEWBT
.
Is("ScriptHeader").Call((TES4ScriptHeader header) =>//WTM: Change: I added this section to allow for a few more scripts to parsed (scripts that are just a header).
{
return(new TES4Script(header, null, null));
})
#endif
;
__invoke("ScriptHeader").Is("ScriptHeaderToken", "ScriptName").Call((object headerToken, CommonToken scriptName) =>
{
return(new TES4ScriptHeader(scriptName.Value));
})
;
__invoke("VariableDeclaration+").Is("VariableDeclaration+", "VariableDeclaration").Call((TES4VariableDeclarationList list, TES4VariableDeclaration variableDeclaration) =>
{
list.Add(variableDeclaration);
return(list);
}).
Is("VariableDeclaration").Call((TES4VariableDeclaration variableDeclaration) =>
{
TES4VariableDeclarationList list = new TES4VariableDeclarationList();
list.Add(variableDeclaration);
return(list);
})
;
__invoke("VariableDeclaration").Is("VariableDeclarationType", "VariableName").Call((CommonToken variableDeclarationType, CommonToken variableName) =>
{
return(new TES4VariableDeclaration(variableName.Value, TES4Type.GetFirst(variableDeclarationType.Value.ToLower())));
})
;
__invoke("Block+").Is("Block+", "Block").Call((TES4BlockList list, TES4CodeBlock blockDeclaration) =>
{
list.Add(blockDeclaration);
return(list);
}).
Is("Block").Call((TES4CodeBlock blockDeclaration) =>
{
TES4BlockList list = new TES4BlockList();
list.Add(blockDeclaration);
return(list);
})
;
__invoke("Block").Is("BlockStart", "BlockType", "BlockParameter+", "Code+", "BlockEnd").Call((object blockStart, CommonToken blockType, TES4BlockParameterList blockParameters, TES4CodeChunks codeChunks, object blockEnd) =>
{
return(new TES4CodeBlock(blockType.Value, blockParameters, codeChunks));
}).
Is("BlockStart", "BlockType", "BlockParameter+", "BlockEnd").Call((object blockStart, CommonToken blockType, TES4BlockParameterList blockParameters, object blockEnd) =>
{
return(new TES4CodeBlock(blockType.Value, blockParameters, null));
}) //rare empty block
.
Is("BlockStart", "BlockType", "Code+", "BlockEnd").Call((object blockStart, CommonToken blockType, TES4CodeChunks codeChunks, object blockEnd) =>
{
return(new TES4CodeBlock(blockType.Value, null, codeChunks));
}).
Is("BlockStart", "BlockType", "BlockEnd").Call((object blockStart, CommonToken blockType, object blockEnd) =>
{
return(new TES4CodeBlock(blockType.Value, null, null));
})
; //rare empty block
__invoke("BlockParameter+").Is("BlockParameter+", "BlockParameter").Call((TES4BlockParameterList list, TES4BlockParameter blockParameter) =>
{
list.Add(blockParameter);
return(list);
}).
Is("BlockParameter").Call((TES4BlockParameter blockParameter) =>
{
TES4BlockParameterList block = new TES4BlockParameterList();
block.Add(blockParameter);
return(block);
})
;
__invoke("BlockParameter").Is("BlockParameterToken").Call((CommonToken token) =>
{
return(new TES4BlockParameter(token.Value));
})
;
this.CreateObscriptCodeParsingTree();
this.Start("Script");
}
