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We are now using special schema elements for generic attributes The schema is prede ned in Netscape Directory Server An entry containing one or more preference values includes the object class nsValueItem There are several allowed attributes for this object class, the name of each attribute indicating its syntax The cn value of the entry is the name of the preference value In Figure 11-6, the user entry for Sam Carter has two preference entries underneath it Each one contains a single preference value Both values are of type cis ( case-insensitive string ) The DN of the tabSize entry is cn=tabSize,uid=scarter,ou=People,o=Airiuscom Since the schema is provided with Netscape Directory Server, we don t have to add a schema of our own if we are using it For a different directory, we would have to provide the schema only once An LDIF le is provided for this purpose: genericldif We can add new preferences by creating new entries under the user entries, without de ning additional new schema elements LDAPPreferences3 (Figure 11-7) is similar to LDAPPreferences1 and LDAPPreferences2 The differences are in how preferences are read from the directory and how they are saved When reading preferences, we must now read all children of the user entry, rather than reading the user entry itself:

dvalues()

class PaintedPoint extends ColoredPoint implements Paintable { RED }

protected boolean initialize() {

public interface Colorable { int RED = 0xff0000, GREEN = 0x00ff00, BLUE = 0x0000ff; }

The dictitems(), dictkeys(), and dictvalues() methods all return dictionary views A dictionary view is effectively a read-only iterable object that appears to hold the dictionary s items or keys or values, depending on the view we have asked for In general, we can simply treat views as iterables However, two things make a view different from a normal iterable One is that if the dictionary the view refers to is changed, the view re ects the change The other is that key and item views support some set-like operations Given dictionary view v and set or dictionary view x, the supported operations are:

MethodDeclaration: MethodHeader MethodBody MethodHeader: MethodModi ersopt TypeParametersopt ResultType MethodDeclarator Throwsopt ResultType: Type

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We can use the membership operator, in, to see whether a particular key is in a dictionary, for example, x in d And we can use the intersection operator to see which keys from a given set are in a dictionary For example:

When searching for a user entry in a directory, a typical user might enter part of the name or ID of the desired user and expect to select from a list of matching users After selecting a name from the list, the user might then expect to see some properties of that entry The LDAPGetEntries JavaBean (Figure 10-3) helps with the rst part It will accept part of a full name (cn), part of a user ID (uid), or both; search for all matching entries; and return a list of DNs The full name and/or user ID may contain wild cards for example, john* or *ramer* As with LDAPSimpleAuth, LDAPGetEntries has a constructor with no parameters (for deserialization), as well as constructors to allow setting some or all parameters at once, rather than through the methods for setting individual properties:

MethodDeclarator: Identi er ( FormalParameterListopt )

d = {}fromkeys("ABCD", 3) s = set("ACX") matches = dkeys() & s # d == {'A': 3, 'B': 3, 'C': 3, 'D': 3} # s == {'A', 'C', 'X'} # matches == {'A', 'C'}

public class LDAPGetEntries extends LDAPBasePropertySupport implements Serializable { /** * Constructor with no parameters */

MethodDeclarator: MethodDeclarator [ ]

Note that in the snippet s comments we have used alphabetical order this is purely for ease of reading since dictionaries and sets are unordered Dictionaries are often used to keep counts of unique items One such example of this is counting the number of occurrences of each unique word in a le Here is a complete program (uniquewords1py) that lists every word and the number of times it occurs in alphabetical order for all the les listed on the command line:

but should not be used in new code It is a compile-time error for the body of a class to declare as members two methods with override-equivalent signatures ( 842) (name, number of parameters, and types of any parameters) Methods and elds may have the same name, since they are used in different contexts and are disambiguated by different lookup procedures ( 65) 841 Formal Parameters The formal parameters of a method or constructor, if any, are speci ed by a list of comma-separated parameter speci ers Each parameter speci er consists of a type (optionally preceded by the final modi er and/or one or more annotations ( 97)) and an identi er (optionally followed by brackets) that speci es the name

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