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If any of the method s type arguments were not inferred from the types of the actual arguments, they are now inferred as follows If the method result occurs in a context where it will be subject to assignment conversion ( 52) to a type S, then let R be the declared result type of the method, and let R = R[T1 = B(T1) Tn = B(Tn)] where B(Ti) is the type inferred for Ti in the previous section, or Ti if no type was inferred Then, a set of initial constraints consisting of: the constraint S >> R , provided R is not void; and additional constraints Bi[T1 = B(T1) Tn = B(Tn)] >> Ti, where Bi is the declared bound of Ti,

LDAP: Programming Directory-Enabled Applications with Lightweight Directory Access Protocol, by Tim Howes and Mark Smith (MacMillan Technology Series, 1997)

There is nothing we can do about the clear() method since there is no corresponding method for the list type, but for pop(), and the other six methods that SortedList delegates, we can simply call the list class s corresponding method This can be done by using the @delegate class decorator from the book s Util module Here is the start of a new version of the SortedList class:

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is created and used to infer constraints on the type arguments using the algorithm of section ( 151227) Any equality constraints are resolved, and then, for each remaining constraint of the form Ti <: Uk, the argument Ti is inferred to be glb(U1, , Uk) ( 5110) Any remaining type variables that have not yet been inferred are then inferred to have type Object Otherwise, the unresolved type arguments are inferred by invoking the procedure described in this section under the assumption that the method result was assigned to a variable of type Object 151229 Examples In the example program:

@Utildelegate("__list", ("pop", "__delitem__", "__getitem__", "__iter__", "__reversed__", "__len__", "__str__")) class SortedList:

This book provides a solid introduction to LDAP, including its history and architecture, and then covers LDAP API programming via C and C++ in clear, discrete examples that range from simple searching to ltering, reading, and updating LDAP directories More advanced topics include asynchronous LDAP programming with threads, as well as building a command-line LDAP search utility It does not cover LDAPv3

public class Doubler { static int two() { return two(1); } private static int two(int i) { return 2*i; } } class Test extends Doubler {

The rst argument is the name of the attribute to delegate to, and the second argument is a sequence of one or more methods that we want the delegate() decorator to implement for us so that we don t have to do the work ourselves The SortedList class in the SortedListDelegatepy le uses this approach and therefore does not have any code for the methods listed, even though it fully supports them Here is the class decorator that implements the methods:

Implementing LDAP, by Mark Wilcox (Wrox Press, 1999)

public static long two(long j) {return j+j; } public static void main(String[] args) { Systemoutprintln(two(3)); Systemoutprintln(Doublertwo(3)); // compile-time error } }

def delegate(attribute_name, method_names): def decorator(cls): nonlocal attribute_name if attribute_namestartswith("__"): attribute_name = "_" + cls__name__ + attribute_name for name in method_names: setattr(cls, name, eval("lambda self, *a, **kw: " "self{0}{1}(*a, **kw)"format( attribute_name, name))) return cls return decorator

Here, a compile-time error occurs for the second invocation of setColor, because no applicable method can be found at compile time The type of the literal 37 is int, and int cannot be converted to byte by method invocation conversion Assignment conversion, which is used in the initialization of the variable color, performs an implicit conversion of the constant from type int to byte, which is permitted because the value 37 is small enough to be represented in type byte; but such a conversion is not allowed for method invocation conversion If the method setColor had, however, been declared to take an int instead of a byte, then both method invocations would be correct; the rst invocation would be allowed because method invocation conversion does permit a widening conversion from byte to int However, a narrowing cast would then be required in the body of setColor:

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