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Device drivers included with or installed under Windows XP Professional must meet the standards of the Designed for Windows XP Logo Program (http://www.microsoft.com/winlogo). Device drivers that have passed the Windows Hardware Quality Lab (WHQL) compatibility tests (http://www.microsoft.com/whdc/whql) are digitally signed, and Windows XP Professional detects the digital signature. For system stability, it is recommended that you use only signed device drivers with Windows XP Professional. A message notifies the user if an unsigned driver is being installed. When multiple drivers are available for a given device, Windows XP Professional uses driverranking schemes to determine the optimal driver to load. Driver rank is established based on whether the driver is signed and how closely the driver s Plug and Play ID matches the device s Plug and Play ID. For more information about Driver Signing, see Windows Update and Driver Signing later in this chapter. For more information about driver-ranking schemes, see Driver Ranking later in this chapter. The extent of Plug and Play support depends on both the hardware device and the device driver. For example, an older device that is not Plug and Play such as a manually configured Industry Standard Architecture (ISA) sound card or an Extended Industry Standard Architecture (EISA) network adapter can gain functionality from a Plug and Play driver.

9:

If a driver does not support Plug and Play, its devices behave as non Plug and Play devices. This might result in the loss of some operating system functionality. For example, power management features such as hibernation might not work. Note

For monitors, Windows XP Professional supports Plug and Play installation only when the monitor, display adapter, and display driver are Plug and Play; otherwise, the monitor is detected as Default Monitor. If you connect the monitor by using a switch box, Plug and Play attributes of the monitor might be lost.

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In Windows XP Professional, Plug and Play support is optimized for computers that include an Advanced Configuration and Power Interface (ACPI) BIOS The ACPI BIOS is responsible for tasks such as describing hardware that is not visible to Plug and Play because the hardware is connected to a bus that does not support Plug and Play For example, the ACPI BIOS describes and helps in configuring devices such as system timers and programmable interrupt controllers on the motherboard, which is not on a bus that supports Plug and Play For all Plug and Play features to work on a given system, the system must include an ACPI BIOS and hardware devices and drivers that are Plug and Play compliant An Advanced Power Management (APM) BIOS or a Plug and Play BIOS does not enable all Plug and Play features and is not as robust as ACPI.

When you troubleshoot or manually change resource settings, it is helpful to know whether Plug and Play functionality is provided by the operating system or by the BIOS If Plug and Play is handled by the BIOS and you manually change resources that are allocated to hardware devices (such as interrupts or memory ranges), these changes become fixed and the operating system cannot reallocate those resources When any hardware resource is fixed, Windows XP Professional loses some of its ability to optimally allocate resources among all devices in the system When Windows XP Professional cannot optimally allocate all resources, the likelihood is increased that one or more devices might not function properly as a result of resource allocation problems For more information about ACPI, see the ACPI link on the Web Resources page at http:// wwwmicrosoftcom/windows/reskits/webresources and Power Management later in this chapter.

On x86-based computers, the way that the system BIOS code interacts with Plug and Play devices depends on whether the system BIOS or the operating system configures hardware If your computer has this option, the setting for the Enable Plug and Play operating system switch can affect this interaction..

Part II:

Internet Protocol (IP)

A routable protocol in the TCP/IP protocol suite that is responsible for IP addressing, routing, and the fragmentation and reassembly of IP packets. See also packet; Transmission Control Protocol/ Internet Protocol (TCP/IP); voluntary tunnel.

control to a special routine known as an interrupt handler, which contains the instructions for dealing with the particular situation that caused the interrupt.

interrupt request (IRQ)

Internet Protocol security (IPSec)

A set of industry-standard, cryptography-based protection services and protocols. IPSec protects all protocols in the TCP/IP protocol suite and Internet communications by using L2TP. See also Layer Two Tunneling Protocol (L2TP); protocol; Transmission Control Protocol/Internet Protocol (TCP/IP). that provides individuals or companies access to the Internet and the World Wide Web. An ISP provides a telephone number, a user name, a password, and other connection information so that users can connect their computers to the ISP s computers. An ISP typically charges a monthly or hourly connection fee.

A signal sent by a device to get the attention of the processor when the device is ready to accept or send information. Each device sends its interrupt requests over a specific hardware line. Each device must be assigned a unique IRQ number.

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