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Plug-n-Play In the old days of ISA, we had to manually configure the system resources used by an expansion board in an expansion slot Most ISA boards had a series of jumpers or DIP switches that you would use to configure the board s interrupt, I/O address, and DMA channel This doesn t sound too difficult in theory, but in practice it could be very difficult The problem lay with the fact that most expansion boards, to cut manufacturing costs, couldn t be configured to any of the 16 interrupts or 65,536 port addresses available on the system Instead, most boards offered the choice of two or three interrupts and I/O address ranges The issue was that most board manufacturers chose the exact same choice of interrupts and I/O address ranges You could easily run out of resources For example, you may have had interrupts 2 and 3 available in your system, but the board you wanted to install could only be configured to use interrupts 4, 5, or 7 To implement the board, you would have to manually reconfigure other devices in the system in an attempt to free up an interrupt it could use In the mid-1990s, manually configured boards began to be replaced by softwareconfigured boards With these boards, you first installed it in an available expansion slot Then you ran a program from a floppy diskette that came with the board and used it to specify what system resources it would use This was better, but we still had to deal with a shortage of resources This was all fixed when the plug-n-play (PnP) standard was introduced in the late 1990s PnP is great! In fact, it s still in use today The PnP standard is designed to automatically configure the system resources used by your expansion boards.

gsetColor(Colorblue); gdrawOval(190, 10, 90, 30); gdrawRect(10, 10, 60, 50); gsetColor(Colorcyan); gfillRect(100, 10, 60, 50); gdrawRoundRect(190, 10, 60, 50, 15, 15); } }

Your bots can use the RANDOM block to generate numbers in a range that you define. The RANDOM block is found on the Complete Palette in the Data fly-out menu. Take a look at the block and its configuration panel in Figure 14-1.

for you every time you boot the system It makes life so much easier for a system administrator All you have to do is install the board in an available slot and turn the system on No jumpers, no DIP switches, no misplaced configuration diskettes A PnP system requires three components to be present in your system:

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The paint mode determines how objects are drawn in a window By default, new output to a window overwrites any preexisting contents However, it is possible to have new objects XORed onto the window by using setXORMode( ), as follows: void setXORMode(Color xorColor) Here, xorColor specifies the color that will be XORed to the window when an object is drawn The advantage of XOR mode is that the new object is always guaranteed to be visible no matter what color the object is drawn over To return to overwrite mode, call setPaintMode( ), shown here: void setPaintMode( ) In general, you will want to use overwrite mode for normal output, and XOR mode for special purposes For example, the following program displays cross hairs that track the mouse pointer The cross hairs are XORed onto the window and are always visible, no matter what the underlying color is

// Demonstrate XOR mode import javaawt*; import javaawtevent*; import javaapplet*; /* <applet code="XOR" width=400 height=200> </applet> */ public class XOR extends Applet { int chsX=100, chsY=100; public XOR() { addMouseMotionListener(new MouseMotionAdapter() { public void mouseMoved(MouseEvent me) { int x = megetX(); int y = megetY(); chsX = x-10; chsY = y-10; repaint(); } }); }

When the system is powered on, the PnP BIOS negotiates with the PnP expansion board to determine what interrupt, I/O addresses, and DMA channels it will use If necessary, the operating system can also add its input as to what resources it thinks should be assigned In the earliest version of PnP, the system didn t always operate correctly System administrators called it plug-n-pray PnP is used for all PCI and AGP expansion boards In the late 1990s, there were even some 16-bit ISA motherboards and cards that also supported PnP With system resources behind us, we now need to look at the storage devices used in PC systems

Part II:

using the Universal Naming Convention (UNC) The syntax for using UNC names is as follows:

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