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The interface Paintable is a subinterface of the interface Colorable, and Colorable is a superinterface of Paintable, as de ned in 913 A class can have a superinterface in more than one way In this example, the class PaintedPoint has Colorable as a superinterface both because it is a superinterface of ColoredPoint and because it is a superinterface of Paintable Unless the class being declared is abstract, the declarations of all the method members of each direct superinterface must be implemented either by a declaration in this class or by an existing method declaration inherited from the direct superclass, because a class that is not abstract is not permitted to have abstract methods ( 8111) Thus, the example:

The main method was modi ed to take optional arguments for the LDAP URL, user ID, and password for an LDAPPreferences1 object If all three are provided, an object is instantiated; otherwise a null preferences object is passed to the Teex constructors and no persistent preferences are used:

>>> eyes = ("brown", "hazel", "amber", "green", "blue", "gray") >>> colors = (hair, eyes) >>> colors[1][3:-1] ('green', 'blue')

interface Colorable { void setColor(int color); int getColor(); } class Point { int x, y; };

Here we have nested two tuples inside another tuple Nested collections to any level of depth can be created like this without formality The slice operator [] can be applied to a slice, with as many used as necessary For example:

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static public void main(String args[]) { int i = 0; String filePath = null; String encoding = null; String url = null; String uid = null; String password = null; while (i < argslength) { if (args[i]compareTo("-encoding") if ((i + 1) < argslength) { encoding = args[i+1]; i ++; } } else if (args[i]compareTo( -u ) if ((i + 1) < argslength) { url = args[i+1]; i ++; } } else if (args[i]compareTo("-D") if ((i + 1) < argslength) { uid = args[i+1]; i ++; } } else if (args[i]compareTo( -w ) if ((i + 1) < argslength) { password = args[i+1]; i ++; } Preferences prefs = null; if ( (url != null) && (password != null) && (uid != null) ) { prefs = new LDAPPreferences1( url, uid, password ); } Teex t; if ( filePath != null ) { t = new Teex(frame, filePath, encoding, prefs); } else {

causes a compile-time error, because ColoredPoint is not an abstract class but it fails to provide an implementation of methods setColor and getColor of the interface Colorable It is permitted for a single method declaration in a class to implement methods of more than one superinterface For example, in the code:

>>> things = (1, -75, ("pea", (5, "Xyz"), "queue")) >>> things[2][1][1][2] 'z'

== 0) {

interface Fish { int getNumberOfScales(); } interface Piano { int getNumberOfScales(); } class Tuna implements Fish, Piano { // You can tune a piano, but can you tuna sh int getNumberOfScales() { return 91; } }

Let s look at this piece by piece, beginning with things[2] which gives us the third item in the tuple (since the rst item has index 0), which is itself a tuple, ("pea", (5, "Xyz"), "queue") The expression things[2][1] gives us the second item in the things[2] tuple, which is again a tuple, (5, "Xyz") And things[2][1][1] gives us the second item in this tuple, which is the string "Xyz" Finally, things[2][1][1][2] gives us the third item (character) in the string, that is, "z" Tuples are able to hold any items of any data type, including collection types such as tuples and lists, since what they really hold are object references Using complex nested data structures like this can easily become confusing One solution is to give names to particular index positions For example:

the method getNumberOfScales in class Tuna has a name, signature, and return type that matches the method declared in interface Fish and also matches the method declared in interface Piano; it is considered to implement both On the other hand, in a situation such as this:

== 0) {

>>> >>> >>> >>> 220 MANUFACTURER, MODEL, SEATING = (0, 1, 2) MINIMUM, MAXIMUM = (0, 1) aircraft = ("Airbus", "A320-200", (100, 220)) aircraft[SEATING][MAXIMUM]

interface Fish { int getNumberOfScales(); } interface StringBass { double getNumberOfScales(); } class Bass implements Fish, StringBass { // This declaration cannot be correct, no matter what type is used

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