creates a single node ast as a sibling of the passed prevsibling , taking care to reorganize the tree correctly to account for this newly created node . concode_field_sep FilterPredicate predicate concode_elem_sep List collectedNodes concode_field_sep AST getLastSibling concode_elem_sep AST findTypeInChildren concode_elem_sep AST findPreviousSibling concode_elem_sep String getPathText concode_elem_sep void getPathText concode_elem_sep String getTokenTypeName concode_elem_sep boolean isSubtreeChild concode_elem_sep String getDebugString concode_elem_sep List getCollectedNodes concode_elem_sep Integer extractIntegerValue concode_elem_sep AST create concode_elem_sep AST createParent concode_elem_sep String getConstantName concode_elem_sep boolean exclude concode_elem_sep boolean exclude concode_elem_sep AST createBinarySubtree concode_elem_sep boolean include concode_elem_sep Map generateTokenNameCache concode_elem_sep void appendSibling concode_elem_sep ASTArray createAstArray concode_elem_sep AST createTree concode_elem_sep void insertChild concode_elem_sep List collectChildren concode_elem_sep AST getLastChild concode_elem_sep void makeSiblingOfParent concode_elem_sep void visit concode_elem_sep boolean hasExactlyOneChild concode_elem_sep AST insertSibling concode_elem_sep List collect
AST function ( ASTFactory arg0 , int arg1 , String arg2 , AST arg3 ) { AST loc0 = arg0 . create ( arg1 , arg2 ) ; return insertSibling ( loc0 , arg3 ) ; }