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In the algorithm s rst stage we build up a list of entries, each a (key, item, children) 3-tuple, in the same order as they are in the original list In the algorithm s second stage we begin with a new empty indented list and iterate over the sorted entries, calling update_indented_list() for each one to build up the new indented list The update_indented_list() function is recursive For each top-level entry it adds an item to the indented_list, and then calls itself for each of the item s child entries Each child is added to the indented_list, and then the function calls itself for each child s children and so on The base case (when the recursion stops) is when an item, or child, or child of a child, and so on has no children of its own Python looks for indented_list in the local (inner function) scope and doesn t nd it, so it then looks in the enclosing scope and nds it there But notice that inside the function we append items to the indented_list even though we have not used nonlocal This works because nonlocal (and global) are concerned with object references, not with the objects they refer to In the second version of add_entry() we had to use nonlocal for level because the += operator applied to a number rebinds the object reference to a new object what really happens is level = level + 1, so level is set to refer to a new integer object But when we call listappend() on the indented_list, it modi es the list itself and no rebinding takes place, and therefore nonlocal is not necessary (For the same reason, if we have a dictionary, list, or other global collection, we can add or remove items from it without using a global statement).

The third phase ( 151224) allows overloading to be combined with variable arity methods, boxing and unboxing Deciding whether a method is applicable will, in the case of generic methods ( 844), require that actual type arguments be determined Actual type arguments may be passed explicitly or implicitly If they are passed implicitly, they must be inferred ( 151227) from the types of the argument expressions If several applicable methods have been identi ed during one of the three phases of applicability testing, then the most speci c one is chosen, as speci ed in section 151225 See the following subsections for details

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A decorator is a function that takes a function or method as its sole argument and returns a new function or method that incorporates the decorated function or method with some additional functionality added We have already made use of some prede ned decorators, for example, @property and @classmethod In this subsection we will learn how to create our own function decorators, and later in this chapter we will see how to create class decorators

aVal ); } } } } status = 0; } catch( LDAPException e ) { Systemoutprintln( "Error: " + etoString() ); } /* Done, so disconnect */ if ( (ld != null) && ldisConnected() ) { try { lddisconnect(); } catch ( LDAPException e ) { Systemoutprintln( "Error: " + etoString() ); } } Systemexit(status); } }

If the method invocation includes explicit type parameters, and the member is a generic method, then the number of actual type parameters is equal to the number of formal type parameters

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Whether a member method is accessible at a method invocation depends on the access modi er (public, none, protected, or private) in the member s declaration and on where the method invocation appears The class or interface determined by compile-time step 1 ( 15121) is searched for all member methods that are potentially applicable to this method invocation; members inherited from superclasses and superinterfaces are included in this search In addition, if the method invocation has, before the left parenthesis, a MethodName of the form Identi er, then the search process also examines all methods that are (a) imported by single-static-import declarations ( 753) and staticimport-on-demand declarations ( 754) within the compilation unit ( 73) within which the method invocation occurs, and (b) not shadowed ( 631) at the place where the method invocation appears If the search does not yield at least one method that is potentially applicable, then a compile-time error occurs

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