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The Good class honors the metaclass s API requirements, even if it doesn t meet our informal expectations of how it should behave We can also use metaclasses to change the classes that use them If the change involves the name, base classes, or dictionary of the class being created (eg, its slots), then we need to reimplement the metaclass s __new__() method; but for other changes, such as adding methods or data attributes, reimplementing __init__() is suf cient, although this can also be done in __new__() We will now look at a metaclass that modi es the classes it is used with purely through its __new__() method As an alternative to using the @property and @namesetter decorators, we could create classes where we use a simple naming convention to identify properties For example, if a class has methods of the form get_name() and set_name(), we would expect the class to have a private __name property accessed using

As an example of such a situation, consider the declarations:

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LDAPResponseListener modify(dn : String, mod : LDAPModification, listener : LDAPResponseListener) : LDAPResponseListener modify(dn : String, mod : LDAPModification, listener : LDAPResponseListener, cons : LDAPConstraints) : LDAPResponseListener modify(dn : String, mods : LDAPModificationSet, listener : LDAPResponseListener) : LDAPResponseListener modify(dn : String, mods : LDAPModificationSet, listener : LDAPResponseListener, cons : LDAPConstraints) : LDAPResponseListener rename(dn : String, newRdn : String, deleteOldRdn : boolean, listener : LDAPResponseListener) : LDAPResponseListener rename(dn : String, newRdn : String, deleteOldRdn : boolean, listener : LDAPResponseListener, cons : LDAPConstraints) : LDAPResponseListener search(base : String, scope : int, filter : String, attrs[] : String, typesOnly : boolean, listener : LDAPSearchListener) : LDAPSearchListener search(base : String, scope : int, filter : String, attrs[] : String, typesOnly : boolean, listener : LDAPSearchListener, cons : LDAPSearchConstraints) : LDAPSearchListener compare(dn : String, attr : LDAPAttribute, listener : LDAPResponseListener) : LDAPResponseListener compare(dn : String, attr : LDAPAttribute, listener : LDAPResponseListener, cons : LDAPConstraints) : LDAPResponseListener abandon(id : int) : void abandon(searchlistener : LDAPSearchListener) : void getOption(option : int) : Object getOption(option : int, cons : LDAPSearchConstraints) : Object setOption(option : int, value : Object) : void setOption(option : int, value : Object, cons : LDAPSearchConstraints) : void getResponseControls() : LDAPControl[] getConstraints() : LDAPConstraints getSearchConstraints() : LDAPSearchConstraints setConstraints(cons : LDAPConstraints) : void setSearchConstraints(cons : LDAPSearchConstraints) : void getInputStream() : InputStream setInputStream(is : InputStream) : void getOutputStream() : OutputStream setOutputStream(os : OutputStream) : void getResponseListener() : LDAPResponseListener getSearchListener(cons : LDAPSearchConstraints) : LDAPSearchListener releaseResponseListener(l : LDAPResponseListener) : void releaseSearchListener(l : LDAPSearchListener) : void checkMsg(m : LDAPMessage) : void setResponseControls(current : LDAPConnThread, con : LDAPResponseControl) : void prepareReferral(u : LDAPUrl, cons : LDAPConstraints) : LDAPConnection createReferralConnection(e : LDAPReferralException, cons : LDAPConstraints) : LDAPConnection performReferrals(e : LDAPReferralException, cons : LDAPConstraints, ops : int, dn : String, scope : int, filter : String, types[] : String, attrsOnly : boolean, mods[] : LDAPModification, entry : LDAPEntry, attr : LDAPAttribute, results : Vector) : void performReferrals(connection : LDAPConnection, cons : LDAPConstraints, ops : int, dn : String, scope : int, filter : String, types[] : String, attrsOnly : boolean, mods[] : LDAPModification, entry : LDAPEntry, attr : LDAPAttribute, results : Vector) : void performExtendedReferrals(e : LDAPReferralException, cons : LDAPConstraints, op : LDAPExtendedOperation) : LDAPExtendedOperation clone() : Object resultRetrieved() : void checkCommunicator() : boolean isNetscape() : boolean printDebug(msg : String) : void main(args : String[]) : void.

Here is an example of a class that uses this convention:

class C<T> { abstract T id(T x); } class D extends C<String> { String id(String x) { return x; } }

FIGURE B-2 LDAPConnection (continued)

class Product(metaclass=AutoSlotProperties): def __init__(self, barcode, description): self__barcode = barcode selfdescription = description def get_barcode(self): return self__barcode def get_description(self): return self__description def set_description(self, description): if description is None or len(description) < 3: self__description = "<Invalid Description>" else: self__description = description

Object id(Object x) { return id((String) x); }

We must assign to the private __barcode property in the initializer since there is no setter for it; another consequence of this is that barcode is a read-only property On the other hand, description is a readable/writable property Here are some examples of interactive use:

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