COMMENT;This file specifies rules for a conversion of a python (C) to a plugin-internal (C++) syntax tree;;

COMMENT;All lines are terminated by a double semicolon token, newlines are ignored.;;

COMMENT;-> stands for "convert AST", => for "convert AST list", ~> for "make an identifier", :> is an assignment w/o conversion, and *> is an enum cast.;;

COMMENT;$> is a string assignment, +> is a "mindless assignment, like, it just does v->arg = node->arg.

COMMENT;_> is a Singleton Assignment (converts Py_True, Py_False, Py_None to enum)

COMMENT;the CODE statement can be used to add custom code.;;

RULE_FOR _stmt;KIND Expr_kind;ACTIONS create|ExpressionAst set|value->ExpressionAst,value;;

RULE_FOR _stmt;KIND FunctionDef_kind;ACTIONS create|FunctionDefinitionAst set|name~>name set|arguments->ArgumentsAst,args

set|body=>Ast,body set|decorators=>ExpressionAst,decorator_list set|returns->ExpressionAst,returns;;

RULE_FOR _stmt;KIND ClassDef_kind;ACTIONS create|ClassDefinitionAst set|name~>name set|baseClasses=>ExpressionAst,bases set|body=>Ast,body

set|decorators=>ExpressionAst,decorator_list;;

RULE_FOR _stmt;KIND Return_kind;ACTIONS create|ReturnAst set|value->ExpressionAst,value;;

RULE_FOR _stmt;KIND Delete_kind;ACTIONS create|DeleteAst set|targets=>ExpressionAst,targets;;

RULE_FOR _stmt;KIND Assign_kind;ACTIONS create|AssignmentAst set|targets=>ExpressionAst,targets set|value->ExpressionAst,value;;

RULE_FOR _stmt;KIND AugAssign_kind;ACTIONS create|AugmentedAssignmentAst set|target->ExpressionAst,target set|op*>OperatorTypes,op set|value->ExpressionAst,value;;

RULE_FOR _stmt;KIND For_kind;ACTIONS create|ForAst set|target->ExpressionAst,target set|iterator->ExpressionAst,iter set|body=>Ast,body set|orelse=>Ast,orelse;;

RULE_FOR _stmt;KIND While_kind;ACTIONS create|WhileAst set|condition->ExpressionAst,test set|body=>Ast,body set|orelse=>Ast,orelse;;

RULE_FOR _stmt;KIND If_kind;ACTIONS create|IfAst set|condition->ExpressionAst,test set|body=>Ast,body set|orelse=>Ast,orelse;;

RULE_FOR _stmt;KIND With_kind;ACTIONS create|WithAst set|body=>Ast,body set|items=>WithItemAst,items;;

COMMENT;FIXME: the struct Raise has changed, so the following line is likely wrong;;

RULE_FOR _stmt;KIND Raise_kind;ACTIONS create|RaiseAst set|type->ExpressionAst,exc;;

RULE_FOR _stmt;KIND Try_kind;ACTIONS create|TryAst set|body=>Ast,body set|handlers=>ExceptionHandlerAst,handlers set|orelse=>Ast,orelse set|finally=>Ast,finalbody;;

RULE_FOR _stmt;KIND Assert_kind;ACTIONS create|AssertionAst set|condition->ExpressionAst,test set|message->ExpressionAst,msg;;

RULE_FOR _stmt;KIND Import_kind;ACTIONS create|ImportAst set|names=>AliasAst,names;;

RULE_FOR _stmt;KIND ImportFrom_kind;ACTIONS create|ImportFromAst set|module~>module set|names=>AliasAst,names set|level:>level;;

RULE_FOR _stmt;KIND Global_kind;ACTIONS create|GlobalAst set|names=>Identifier,names;;

RULE_FOR _stmt;KIND Break_kind;ACTIONS create|BreakAst;;

RULE_FOR _stmt;KIND Continue_kind;ACTIONS create|ContinueAst;;

RULE_FOR _stmt;KIND Pass_kind;ACTIONS create|PassAst;;

RULE_FOR _stmt;KIND Nonlocal_kind;ACTIONS create|NonlocalAst;;

RULE_FOR _expr;KIND BoolOp_kind;ACTIONS create|BooleanOperationAst set|type*>BooleanOperationTypes,op set|values=>ExpressionAst,values;;

RULE_FOR _expr;KIND BinOp_kind;ACTIONS create|BinaryOperationAst set|type*>OperatorTypes,op set|lhs->ExpressionAst,left set|rhs->ExpressionAst,right;;

RULE_FOR _expr;KIND UnaryOp_kind;ACTIONS create|UnaryOperationAst set|type*>UnaryOperatorTypes,op set|operand->ExpressionAst,operand;;

RULE_FOR _expr;KIND Lambda_kind;ACTIONS create|LambdaAst set|arguments->ArgumentsAst,args set|body->ExpressionAst,body;;

RULE_FOR _expr;KIND IfExp_kind;ACTIONS create|IfExpressionAst set|condition->ExpressionAst,test set|body->ExpressionAst,body set|orelse->ExpressionAst,orelse;;

RULE_FOR _expr;KIND Dict_kind;ACTIONS create|DictAst set|keys=>ExpressionAst,keys set|values=>ExpressionAst,values;;

RULE_FOR _expr;KIND Set_kind;ACTIONS create|SetAst set|elements=>ExpressionAst,elts;;

RULE_FOR _expr;KIND ListComp_kind;ACTIONS create|ListComprehensionAst set|element->ExpressionAst,elt set|generators=>ComprehensionAst,generators;;

RULE_FOR _expr;KIND SetComp_kind;ACTIONS create|SetComprehensionAst set|element->ExpressionAst,elt set|generators=>ComprehensionAst,generators;;

RULE_FOR _expr;KIND DictComp_kind;ACTIONS create|DictionaryComprehensionAst set|key->ExpressionAst,key set|value->ExpressionAst,value set|generators=>ComprehensionAst,generators;;

RULE_FOR _expr;KIND GeneratorExp_kind;ACTIONS create|GeneratorExpressionAst set|element->ExpressionAst,elt set|generators=>ComprehensionAst,generators;;

RULE_FOR _expr;KIND Yield_kind;ACTIONS create|YieldAst set|value->ExpressionAst,value;;

RULE_FOR _expr;KIND Compare_kind;ACTIONS create|CompareAst set|leftmostElement->ExpressionAst,left set|operators#>ComparisonOperatorTypes,ops set|comparands=>ExpressionAst,comparators;;

RULE_FOR _expr;KIND Call_kind;ACTIONS create|CallAst set|function->ExpressionAst,func set|arguments=>ExpressionAst,args set|keywords=>KeywordAst,keywords

set|keywordArguments->ExpressionAst,kwargs set|starArguments->ExpressionAst,starargs;CODE v->function->belongsToCall = v;;

RULE_FOR _expr;KIND Num_kind;ACTIONS create|NumberAst;CODE v->isInt = PyLong_Check(node->v.Num.n); v->value = PyLong_AsLong(node->v.Num.n);;

RULE_FOR _expr;KIND Str_kind;ACTIONS create|StringAst set|value$>s;;

RULE_FOR _expr;KIND Bytes_kind;ACTIONS create|BytesAst set|value$>s;;

RULE_FOR _expr;KIND Attribute_kind;ACTIONS create|AttributeAst set|attribute~>attr set|value->ExpressionAst,value set|context*>Context,ctx;;

RULE_FOR _expr;KIND Subscript_kind;ACTIONS create|SubscriptAst set|value->ExpressionAst,value set|slice->SliceAst,slice set|context*>Context,ctx;;

RULE_FOR _expr;KIND Starred_kind;ACTIONS create|StarredAst;;

RULE_FOR _expr;KIND Name_kind;ACTIONS create|NameAst set|identifier~>id set|context*>Context,ctx;;

RULE_FOR _expr;KIND List_kind;ACTIONS create|ListAst set|elements=>ExpressionAst,elts set|context*>Context,ctx;;

RULE_FOR _expr;KIND Tuple_kind;ACTIONS create|TupleAst set|elements=>ExpressionAst,elts set|context*>Context,ctx;;

RULE_FOR _expr;KIND Ellipsis_kind;ACTIONS create|EllipsisAst;;

RULE_FOR _expr;KIND NameConstant_kind;ACTIONS create|NameConstantAst set|value_>value;;

RULE_FOR _expr;KIND YieldFrom_kind;ACTIONS create|YieldFromAst set|value->ExpressionAst,value;;

RULE_FOR _slice;KIND Slice_kind;ACTIONS create|SliceAst set|lower->ExpressionAst,lower set|upper->ExpressionAst,upper set|step->ExpressionAst,step;;

RULE_FOR _slice;KIND ExtSlice_kind;ACTIONS create|ExtendedSliceAst set|dims=>SliceAst,dims;;

RULE_FOR _slice;KIND Index_kind;ACTIONS create|IndexAst set|value->ExpressionAst,value;;

RULE_FOR _comprehension;KIND any;ACTIONS create|ComprehensionAst set|target->ExpressionAst,target set|iterator->ExpressionAst,iter set|conditions=>ExpressionAst,ifs;;

RULE_FOR _excepthandler;KIND ExceptHandler_kind;ACTIONS create|ExceptionHandlerAst set|type->ExpressionAst,type set|name~>name set|body=>Ast,body;;

RULE_FOR _arguments;KIND any;ACTIONS create|ArgumentsAst set|vararg->ArgAst,vararg set|kwarg->ArgAst,kwarg set|arguments=>ArgAst,args set|defaultValues=>ExpressionAst,defaults;;

RULE_FOR _arg;KIND any;ACTIONS create|ArgAst set|argumentName~>arg set|annotation->ExpressionAst,annotation;;

RULE_FOR _keyword;KIND any;ACTIONS create|KeywordAst set|argumentName~>arg set|value->ExpressionAst,value;;

RULE_FOR _alias;KIND any;ACTIONS create|AliasAst set|name~>name set|asName~>asname;;

RULE_FOR _withitem;KIND any; ACTIONS create|WithItemAst set|contextExpression->ExpressionAst,context_expr set|optionalVars->NameAst,optional_vars;;