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Device Console (Dev. Con. exe) Examples .

It uses the wildcard character (\*) to represent all devices on the local computer. Because the output is lengthy and used repeatedly, save the output in a text file for reference. The following command uses the wildcard character (\) to represent all devices on the computer. It uses the redirection character (> *) to save the command output in the hwids.

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The following command finds the hardware IDs of devices on a remote computer, Server. It uses the /m parameter to specify the name of the remote computer. The command redirects the output to the server.

Windows Server is the platform for building an infrastructure of connected applications, networks, and web services, from the workgroup to the data center.

To run Dev. Con commands on a remote computer, the Group Policy setting must allow the Plug and Play service to run on the remote computer. On computers that run Windows Vista and Windows 7, the Group Policy disables remote access to the service by default. On computers that run Windows Driver Kit (WDK) 8.

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Windows Driver Kit (WDK) 8, the remote access is unavailable. You can use these IDs in subsequent Dev. Con commands. FDC\GENERIC. If it occurs in the ID of more than one device, all devices with . The equal sign (=) preceding the class name indicates that it is a class, not an ID. In response, Dev.

Con displays the hardware IDs and compatible IDs of the three devices in the Ports setup class. ACPI\PNP0. 40. 1\4& B4. F4& 0. Name: ECP Printer Port (LPT1). Hardware ID& #3.

ACPI\PNP0. 40. 1. PNP0. 40. 1. Name: Communications Port (COM1). Hardware ID& #3. ACPI\PNP0. 50. 1.

PNP0. 50. 1. Name: Communications Port (COM2). Hardware ID& #3. ACPI\PNP0. 50. 1. PNP0. 50. 1. 3 matching device(s) found. It uses the redirection character (> ) to save the command output in the classes. The following command uses the Dev. Con Classes operation to list the device setup classes on a remote computer, Server.

Because the output is lengthy and used repeatedly, save the output in a text file for reference. The following command uses the redirection character (> ) to save the command output in the server. The following command uses the Dev.

Con Hw. IDs operation to list the devices in the Net setup class. In a Dev. Con Hw. IDs command, the class name is preceded by an equal sign (=) to indicate that it is a class, not an ID. The resulting display lists the devices in the Net class and includes the device instance ID, hardware IDs, and compatible IDs of devices in the class. PCI\VEN. The command uses the wildcard character (\) to indicate all devices on the system. Because the output is extensive, the command uses the redirection character (> *) to redirect the output to a reference file, driverfiles.

The following command uses the Dev. Con Driver. Files operation to search for the device driver that the mouse device on the local computer uses. It identifies the device by one of its hardware IDs, HID\Vid. The hardware ID is enclosed in quotation marks because it includes the ampersand character (& ). C: \WINDOWS\System. DRIVERS\mouhid. sys. C: \WINDOWS\System.

DRIVERS\mouclass. Patterns are useful for finding information about similar devices that might not be in the same setup class. The following command uses the ID pattern sw\* to specify devices whose hardware IDs or compatible IDs begin with . The command uses the at character (@) to indicate that the phrase is in the device instance ID.

ROOT\MEDIA*. In response, Dev. Con displays the driver nodes of devices whose device instance ID begins with . This class includes IDE controllers. The equal sign (=) is prepended to . The command uses the hardware ID of the system timer, ACPI\PNP0. Server. 01 resources *PNP0. In response, Dev.

Con displays the resources of the Server. ROOT\*PNP0. 10. 0\PNPBIOS. The at character (@) indicates that the string is a device instance ID, not a hardware ID or compatible ID. Server. 01 resources @ACPI\PNP0.

The following command uses the Dev. Con Stack operation to search for devices in the Volume setup class and display the expected driver stack for those devices. The equal sign (=) indicates that the string is a class name. Volume. In response, Dev. Con displays the expected stack for the devices in the Volume class. The returned data includes the device instance ID and description of each device, the GUID and name of the device setup class, the names of upper and lower filter drivers, and controlling services (if any).

STORAGE\VOLUME\1& 3. A9. 65. 98& 0& SIGNATURE3. OFFSET2. 71. 16. 76. LENGTH6. E0. 0D0. C0. 0. Name: Generic volume.

Setup Class: . The following commands find the setup class of the printer port interface by finding its device instance ID and then using the device instance ID to find its setup class. The following command uses the Dev.

Con Hw. IDs operation to find the device instance ID of the printer port interface by using . An at character (@) identifies the ID as a device instance ID. The ID is enclosed in quotation marks because it includes ampersand characters.

The display reveals that the printer port is in the System class. LPTENUM\MICROSOFTRAWPORT\5& CA9. D7. E& 0& LPT1.

Name: Printer Port Logical Interface. Setup Class: . It searches for devices in the Net setup class that have . It does not find devices other than those in the Net setup class. In response, Dev. Con displays the expected stack for miniport drivers on Server. ROOT\MS. It then saves the status in the status. The command uses the wildcard character (\) to represent all devices and the redirection character (> *) to redirect the output to the status.

Example 1. 8: Display the status of a device by device instance IDThe most reliable way to find the status of a particular device is to use the device instance ID of the device. The following command uses the device instance ID of the I/O controller on the local computer in a Dev. Con Status command.

The command includes the device instance ID of the device, PCI\VEN. The at character (@) prefixed to the ID identifies the string as a device instance ID. The ID must be enclosed in quotation marks because it includes ampersand characters. It searches for the following devices: Disk drive, Gen.

Disk. CD- ROM drive, Gen. Cd. Rom. Floppy disk drive, FDC\GENERIC.

Note that Gen. Disk and Gen. Cd. Rom are compatible IDs, whereas the other IDs are hardware IDs. Gen. Disk Gen. Cd. Rom FDC\GENERIC. Specifically, the command searches the Server. ID or compatible ID includes . Select the operation based on the content that you need in the output.

For example, to find the device drivers that mouse- related devices on a local computer use, submit the following command. In response, Dev. Con finds the devices and lists their drivers.

HID\VID. 2 file(s) used by d. C: \WINDOWS\System. DRIVERS\mouhid. sys. C: \WINDOWS\System. DRIVERS\mouclass.

ROOT\RDP. 2 file(s) used by driver. C: \WINDOWS\System. DRIVERS\termdd. sys. C: \WINDOWS\System. DRIVERS\mouclass. Because legacy devices do not have a hardware ID, you must search for them by their device instance ID (registry path), ROOT\LEGACY, or their setup class, Legacy.

Driver. The first command finds legacy drivers by a device instance ID pattern. The ID pattern is prefaced by the at character (@) to indicate a device instance ID and followed by the wildcard character (\*) to find all devices in the ROOT\Legacy subkey.

The second command finds legacy devices by searching for all devices in the Legacy. Driver class. devcon find =legacydriver. Both commands produce the same output, in this case, finding the same 2.

ROOT\LEGACY. The equal sign (=) indicates that Net is a setup class and not an ID. In response, Dev. Con lists the following seven devices in the Net setup class. The first six are standard miniport driver devices.

The seventh device, the RAS async adapter, is a software- enumerated device (SW\*) that is not installed until it is needed. PCI\VEN. Because this command includes no classfilter operators, Dev. Con displays the filter drivers for the class, but does not change them. Disk. Drive upper. In response, Dev. Con displays the upper filter drivers for the Disk.

Drive class and confirms that it did not change them. In this case, the display shows that devices in the Disk. Drive setup class use the Part. Mgr. sys upper filter driver. Class filters unchanged. Because it is not positioned on a particular driver, Dev. Con adds the Disklog driver to the end of the filter driver list.

The command also uses the /r parameter, which reboots the system if it is necessary to make the class filter change effective. Disk. Drive upper +Disklog. In response, Dev. Con displays the current upper filter drivers for the Disk. Drive class. Class filters changed. Class devices must be restarted for changes to take effect. Dev. Con does not add a driver unless the driver is registered as a service, that is, unless the driver has a subkey in the Services registry subkey (HKEY.

It attempts to add . The output demonstrates that the command fails. Disk. Drive upper +Disklgg.

The command places My. Filter. sys between Part. Mgr. sys and Disklog. Disk. Drive upper @Disklog - My.

Filter. The following list shows the filter drivers for the Disk. Drive class before the command is submitted. The second subcommand, - My. Filter, uses the add- before operator (- ) to add My. Filter. sys before Disklog.

The command also uses the /r parameter, which reboots the system if it is necessary to make the class filter change effective. The positioning operator is essential in this example. Before Dev. Con processes any classfilter subcommands, the virtual cursor is at the beginning of the list and is not positioned on any filter drivers. If you use the add- before (+) operator when the cursor is not on positioned on a driver, Dev. Con adds the driver to the beginning of the list.

If you use the add- after (- ) operator when the cursor is not positioned on a driver, it adds the driver to the end of the list. In response, Dev. Con displays the current upper filter drivers for the Disk. Drive class. Class filters changed. Class devices must be restarted for changes to take effect. In this example, the first subcommand, @Part.