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One last point: It is important to understand that the wildcard does not affect what type of Stats objects can be created This is governed by the extends clause in the Stats declaration The wildcard simply matches any valid Stats object

Until now, you ve most likely referenced sites by their fully qualified domain name (FQDN), like this one: wwwkernelorg Each string between the periods in this FQDN is significant Starting from the right and moving to the left, you have the top-level domain component, the second-level domain component, and the third-level domain component This is illustrated further in Figure 16-1 in the FQDN for a system (serverAexampleorg) and is a classic example of an FQDN Its breakdown is discussed in detail in the following section

Wildcard arguments can be bounded in much the same way that a type parameter can be bounded A bounded wildcard is especially important when you are creating a generic type that will operate on a class hierarchy To understand why, let s work through an example Consider the following hierarchy of classes that encapsulate coordinates:

// Two-dimensional coordinates class TwoD { int x, y; TwoD(int a, int b) { x = a; y = b; } }

The DNS structure is like that of an inverted tree (upside-down tree); this, therefore, means that the root of the tree is at the top and its leaves and branches are at the bottom! Funny sort of tree, you d say, eh

Part I:

// Three-dimensional coordinates class ThreeD extends TwoD { int z; ThreeD(int a, int b, int c) { super(a, b); z = c; } } // Four-dimensional coordinates class FourD extends ThreeD { int t; FourD(int a, int b, int c, int d) { super(a, b, c); t = d; } }

At the top of the inverted domain tree is the highest level of the DNS structure, aptly called the root domain and represented by the simple dot () This is the dot that s supposed to occur after every FQDN, but it is silently assumed to be present even though it is not explicitly written Thus, for example, the proper FQDN for wwwkernelorg is really wwwkernelorg (with the root period/dot at the end) And the FQDN for the popular web portal for Yahoo! is actually wwwyahoocom (likewise) Coincidentally (or not) this portion of the domain namespace is managed by a bunch of special servers known as the root name servers At the time of this writing, there were a total of 13 root name servers managed by 13 providers (Each provider may have multiple servers that are spread all over the world The servers are distributed for various reasons, such as security and load balancing) Also at the time of this writing, 6 of the 13 root name servers fully support IPv6-type record sets The root name servers are named alphabetically They have names like aroot-servernet, broot-servernet, mroot-servernet The role of the root name servers will be discussed further on

At the top of the hierarchy is TwoD, which encapsulates a two-dimensional, XY coordinate TwoD is inherited by ThreeD, which adds a third dimension, creating an XYZ coordinate ThreeD is inherited by FourD, which adds a fourth dimension (time), yielding a four-dimensional coordinate Shown next is a generic class called Coords, which stores an array of coordinates:

// This class holds an array of coordinate objects class Coords<T extends TwoD> { T[] coords; Coords(T[] o) { coords = o; } }

Figure 24- 5 An NXT-G program to move SPOT In the program, I ve added three MOVE blocks and a couple of WAIT blocks The first MOVE block moves SPOT forward 360 degrees, and then SPOT waits for 3 seconds The second MOVE block moves him forward 270 degrees, and then he waits for 3 more seconds Finally, the third MOVE block moves him forward 90 degrees, and he stops In all, SPOT has moved forward 720 degrees, or 2 rotations, for motors B and C Now, I also configured the first two MOVE blocks to Coast in the Next Action section and the third MOVE block to Brake I did this because I want to demonstrate a little trick that your NXT Brick and its motors perform Let s say that after SPOT s first MOVE block executes, SPOT actually rolls forward 380 degrees with the slight coast.