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If no setter has been speci ed, we raise an AttributeError; otherwise, we call the setter with the instance and the new value

ISO/IEC JTC 1/SC21 N6063: Use of Object Identi ers to Access Directory Information (May 1991) ISO 3166:1988: Codes for the Representation of Names of Countries ISO IS 10162/3: Documentation Search and Retrieve Service De nition/Protocol Speci cation ISO 6523:1984: Data Interchange Structure for the Identi cation of Organisations

where glb() is as de ned in ( 5110)

This method is called when the interpreter reaches, for example, @extensionsetter, with the function it decorates as its setter argument It stores the setter method it has been given (which can now be used in the __set__() method), and returns the setter, since decorators should return the function or method they decorate We have now looked at three quite different uses of descriptors Descriptors are a very powerful and exible feature that can be used to do lots of underthe-hood work while appearing to be simple attributes in their client (owner) class

ISO/IEC 10646-1:1993: (E) Information Technology Universal MultipleOctet Coded Character Set (UCS) ISO/IEC PDISP 10616: International Standardised Pro le FDI11 Directory Data De nitions Common Directory Use (February 1993)

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Finally, we de ne a bound for Tj based on on all the elements of the minimal erased candidate set of its supertypes If any of these elements are generic, we use the CandidateInvocation() function to recover the type argument information

Just as we can create decorators for functions and methods, we can also create decorators for entire classes Class decorators take a class object (the result of the class statement), and should return a class normally a modi ed version of the class they decorate In this subsection we will study two class decorators to see how they can be implemented

Then, de ne Candidate(W) = CandidateInvocation(W) if W is generic, W otherwise Then the inferred type for Tj is lub(U1 Uk) = Candidate(W1) & & Candidate(Wr) where Wi, 1 i r , are the elements of MEC It is possible that the process above yields an in nite type This is permissible, and Java compilers must recognize such situations and represent them appropriately using cyclic data structures

269

Understanding and Deploying LDAP Directory Services, by Timothy A Howes, Mark C Smith, and Gordon S Good (MacMillan Network Architecture and Development Series, 1999)

and let CandidateInvocation(G) = lci(Inv(G)) where lci, the least containing invocation is de ned lci(S) = lci(e1, , en) where ei in S, 1 i n lci(e1, , en) = lci(lci(e1, e2), e3, , en) lci(G<X1, , Xn>, G<Y1, , Yn>) = G<lcta(X1, Y1),, lcta(Xn, Yn)> where lcta() is the the least containing type argument function de ned (assuming U and V are type expressions) as: lcta(U, V) = U if U = V, extends lub(U, V) otherwise lcta(U, extends V) = extends lub(U, V) lcta(U, super V) = super glb(U, V) lcta( extends U, extends V) = extends lub(U, V) lcta( extends U, super V) = U if U = V, otherwise lcta( super U, super V) = super glb(U, V)

In 6 we created the SortedList custom collection class that aggregated a plain list as the private attribute self__list Eight of the SortedList methods simply passed on their work to the private attribute For example, here are how the SortedListclear() and SortedListpop() methods were implemented:

This comprehensive tutorial provides the reader with a thorough treatment of LDAP directory services Minimal knowledge of general networking and administration is assumed, making the material accessible to intermediate and advanced readers It is the rst book to explore the design and deployment of directory services, and it contains real-world examples of directory deployments illustrating effective design principles along with practical insight and advice from world-renowned experts

The possibility of an in nite type stems from the recursive calls to lub() Readers familiar with recursive types should note that an in nite type is not the same as a recursive type

def clear(self): self__list = [] def pop(self, index=-1): return self__listpop(index)

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