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For simplicity, assume that G takes a single type argument If the method invocation being examined is to be applicable, it must be the case that A is a subtype of some invocation of G Otherwise, A << F would never be true In other words, A << F, where F = G<U>, implies that A << G<V> for some V Now, since U is a type expression (and therefore, U is not a wildcard type argument), it must be the case that U = V, by the non-variance of ordinary parameterized type invocations The formulation above merely generalizes this reasoning to generics with an arbitrary number of type arguments

def __getattr__(self, name): if name == "colors": return set(self__colors) classname = self__class____name__ if name in frozenset({"background", "width", "height"}): return self__dict__["_{classname}__{name}"format( **locals())] raise AttributeError("'{classname}' object has no " "attribute '{name}'"format(**locals()))

This follows from the covariant subtype relation among array types The constraint A << F, in this case means that A << U[] A is therefore necessarily an array type V[], or a type variable whose upper bound is an array type V[] - otherwise the relation A << U[] could never hold true It follows that V[] << U[] Since array subtyping is covariant, it must be the case that V << U

This document addresses requirements to provide access to public-key infrastructure (PKI) repositories for the purposes of retrieving and managing PKI information based on LDAP

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If we attempt to access an object s attribute and the attribute is not found, Python will call the __getattr__() method (providing it is implemented, and that we have not reimplemented __getattribute__()), with the name of the attribute as a parameter Implementations of __getattr__() must raise an AttributeError exception if they do not handle the given attribute For example, if we have the statement imagecolors, Python will look for a colors attribute and having failed to nd it, will then call Image__getattr__(image, "colors") In this case the __getattr__() method handles a "colors" attribute name and returns a copy of the set of colors that the image is using The other attributes are immutable, so they are safe to return directly to the caller We could have written separate elif statements for each one like this:

If F has the form G<, Yk-1, U, Yk+1, >, 1 k n where U is a type expression that involves Tj, then if A has a supertype of the form G<, Xk-1, V, Xk+1, > where V is a type expression, this algorithm is applied recursively to the constraint V = U

But instead we have chosen a more compact approach Since we know that under the hood all of an object s nonspecial attributes are held in self__dict__, we have chosen to access them directly For private attributes (those whose name begins with two leading underscores), the name is mangled to have the form _className__attributeName, so we must account for this when retrieving the attribute s value from the object s private dictionary For the name mangling needed to look up private attributes and to provide the standard AttributeError error text, we need to know the name of the class we are in (It may not be Image because the object might be an instance of an Image subclass) Every object has a __class__ special attribute, so self__class__ is always available inside methods and can safely be accessed by __getattr__() without risking unwanted recursion Note that there is a subtle difference in that using __getattr__() and self__class__ provides access to the attribute in the instance s class (which may be a subclass), but accessing the attribute directly uses the class the attribute is de ned in One special method that we have not covered is __getattribute__() Whereas the __getattr__() method is called last when looking for (nonspecial) at-

This document describes an experimental mechanism for mapping entities related to TCP/IP and the UNIX system into X500 entries so that they may be resolved with the LDAP protocol

If F = U[], where the type U involves Tj, then if A is an array type V[], or a type variable with an upper bound that is an array type V[], where V is a reference type, this algorithm is applied recursively to the constraint V <<U

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