Usb configuration

Back up the FortiGate configuration files, logs, or IPS user-defined signatures file to a TFTP or FTP server, USB disk, or a management station. Management stations can either be a FortiManager unit, or FortiGuard Analysis and Management Service. For more information, see system fortiguard or system central-management.When virtual domain configuration is enabled (in system global, vdom-admin is enabled), the content of the backup file depends on the administrator account that created it. • A backup of the system configuration from the super admin account contains the global settings and the settings for all of the VDOMs. Only the super admin can restore the configuration from this file.• When you back up the system configuration from a regular administrator account, the backup file contains the global settings and the settings for the VDOM to which the administrator belongs. Only a regular administrator account can restore the configuration from this file.VariableDescriptionconfig flash Back up the system configuration to the flash disk. Optionally, include a comment.config ftp [ []] []Back up the system configuration to an FTP server. Optionally, you can specify a password to protect the saved data.config management-station Back up the system configuration to a configured management station. If you are adding a comment, do not add spaces, underscore characters (_), or quotation marks (“ “) or any other punctuation marks. For example, uploadedthetransparentmodeconfigfortheaccountingdepartmentwilluploadonadailybasis. The comment you enter displays in both the portal website and FortiGate web-based manager (System > Maintenance > Revision). config tftp []Back up the system configuration to a file on a TFTP server. Optionally, you can specify a password to protect the saved data.config usb []Back up the system configuration to a file on a USB disk. Optionally, you can specify a password to protect the saved data.config usb-mode []Back up the system configuration to a USB disk (Global admin only). Optionally, you can specify a password to protect the saved data.config-with-forticlient-info ftp [ []] []Back up the system configuration to a file on an FTP server. Optionally, you can specify a password to protect the saved data.config-with-forticlient-info tftp []Back up the system configuration to a file on a TFTP server. Optionally, you can specify a password to protect the saved data.config-with-forticlient-info usb []Back up the system configuration to a file on a USB disk. Optionally, you can specify a password to protect the saved data.config-with-forticlient-info usb-mode []Back up the system configuration to a USB disk (Global admin only). Optionally, you can specify a password to protect the saved data.full-config ftp [ []] []Back up the full system configuration to a file on an FTP server. You can optionally specify a password to protect the saved data. full-config tftp []Back up the full system configuration to a

Skip to main content This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. How to select a configuration for a USB device Article01/16/2024 In this article -->To select a configuration for a USB device, the client driver for the device must choose at least one of the supported configurations and specify the alternate settings of each interface to use. The client driver packages those choices in a select-configuration request and sends the request to the Microsoft-provided USB driver stack, specifically the USB bus driver (USB hub PDO). The USB bus driver selects each interface in the specified configuration and sets up a communication channel, or pipe, to each endpoint within the interface. After the request completes, the client driver receives a handle for the selected configuration, and pipe handles for the endpoints that are defined in the active alternate setting for each interface. The client driver can then use the received handles to change configuration settings and to send I/O read and write requests to a particular endpoint.A client driver sends a select-configuration request in a USB Request Block (URB) of the type URB_FUNCTION_SELECT_CONFIGURATION. The procedure in this topic describes how to use the USBD_SelectConfigUrbAllocateAndBuild routine to build that URB. The routine allocates memory for an URB, formats the URB for a select-configuration request, and returns the address of the URB to the client driver.Alternately, you can allocate an URB structure and then format the URB manually

Or by calling the UsbBuildSelectConfigurationRequest macro.PrerequisitesStarting in Windows 8, USBD_SelectConfigUrbAllocateAndBuild replaces USBD_CreateConfigurationRequestEx.Before sending a select-configuration request, you must have a USBD handle for your client driver's registration with the USB driver stack. To create a USBD handle call USBD_CreateHandle.Make sure you have obtained the configuration descriptor (USB_CONFIGURATION_DESCRIPTOR structure) of the configuration to select. Typically, you submit an URB of the type URB_FUNCTION_GET_DESCRIPTOR_FROM_DEVICE (see _URB_CONTROL_DESCRIPTOR_REQUEST) to retrieve information about device configuration. For more information, see USB Configuration Descriptors.Step 1: Create an array of USBD_INTERFACE_LIST_ENTRY structuresGet the number of interfaces in the configuration. This information is contained in the bNumInterfaces member of the USB_CONFIGURATION_DESCRIPTOR structure.Create an array of USBD_INTERFACE_LIST_ENTRY structures. The number of elements in the array must be one more than the number of interfaces. Initialize the array by calling RtlZeroMemory.The client driver specifies alternate settings in each interface to enable, in the array of USBD_INTERFACE_LIST_ENTRY structures.The InterfaceDescriptor member of each structure points to the interface descriptor that contains the alternate setting.The Interface member of each structure points to an USBD_INTERFACE_INFORMATION structure that contains pipe information in its Pipes member. Pipes stores information about each endpoint defined in the alternate setting.Obtain an interface descriptor for each interface (or its alternate setting) in the configuration. You can obtain those interface descriptors by calling USBD_ParseConfigurationDescriptorEx.About Function Drivers for a USB Composite Device:If the USB device is a composite device, the configuration is selected by the Microsoft-provided USB Generic Parent Driver (Usbccgp.sys). A client driver, which is one of the function drivers of the

Use a USB flash drive to upgrade the software on your .Changes you make using a USB flash drive override the settings you configure using a centralized provisioning server (if applicable).ProcedureDo one of the following:Format a blank USB 2.0 USB flash drive using FAT32.Delete all files from a previously formatted USB flash drive.Download the UC software from the Poly Online Support Center.Copy the configuration files you want to use to the root of the USB flash drive.You must copy the minimum required configuration files to the drive:Primary configuration file: 000000000000.cfg.Poly Trio C60: 3111-86240-001.sip.ldInsert the USB flash drive into the USB port.When prompted Enter the administrator password.The system detects the flash drive and starts the update within 30 seconds. The mute keys indicator lights begin to flash, indicating that the update has started.The system reboots several times during the update. The update is complete when the indicator lights stop flashing and the Home screen displays.Updated on: 22/09/2023

Trouble starting your Surface with the bootable USB, you can try booting through Windows. To do this: Insert the USB drive into the USB port, and then select Start > Settings > Update & security > Recovery. Under Advanced startup, select Restart Now. On the Choose an option screen, select Use a device > USB Storage. Configure your Surface to start from a USB drive After your USB drive is set up as a bootable drive with an appropriate operating system on it, you’ll need to set up your Surface to boot from this drive. This requires you to make changes in the UEFI so that the USB drive is the first option. Here's how: Shut down your Surface. After the Surface has turned off, press and hold the volume-up button. With the volume-up button held down, press and release the power button. Continue holding the volume-up button until the Surface or Windows logo no longer appears on the screen. You should now see the Surface UEFI. You'll need to follow specific instructions for your Surface to proceed. Change the boot order You'll need to change the boot order so that your Surface boots from a USB. For newer Surface models, to change the Surface boot configuration: Select Boot configuration. Select USB Storage and drag it to the top of the list. Alternatively, you can swipe left on USB Storage to boot to the device immediately. This will not affect the boot order. Select Exit and then select Restart Now. For Surface Pro 3 and Surface 3, to change the boot configuration: Select Configure Alternate System Boot Order. Do one of the following: Surface Pro 3: Select USB > SSD. Surface 3: Select Network > USB > SSD. Select Exit Setup. Select Yes to save the configuration and restart Surface.

Startup-config Example: Device# copy running-config startup-config (Optional) Saves your entries in the configuration file. Configuring USB Inactivity Timeout When the USB console port is deactivated due to a timeout, you can restore its operation by disconnecting and reconnecting the USB cable. Procedure Command or Action Purpose Step 1 enable Example: Device> enable Enables privileged EXEC mode. Enter your password, if prompted. Step 2 configure terminal Example: Device# configure terminal Enters global configuration mode. Step 3 line console 0 Example: Device(config)# line console 0 Configures the console and enters line configuration mode. Step 4 usb-inactivity-timeout switch switch_number timeout-minutes Example: Device(config-line)# usb-inactivity-timeout switch 1 30 Specifies an inactivity timeout for the console port. The range is 1 to 240 minutes. The default is to have no timeout configured. Step 5 copy running-config startup-config Example: Device# copy running-config startup-config (Optional) Saves your entries in the configuration file. Disabling USB Ports To disable all USB ports, peform this procedure. Procedure Command or Action Purpose Step 1 enable Example: Device> enable Enables privileged EXEC mode. Enter your password, if prompted. Step 2 configure terminal Example: Device# configure terminal Enters global configuration mode. Step 3 [no] platform usb disable Example: Device(config)# platform usb disable Disables all the USB ports on the device. Use the no platform usb disable command to reenable the USB ports. Step 4 exit Example: Device(config)# exit Exits to privileged EXEC mode. Step 5 copy running-config startup-config Example: Device# copy running-config startup-config (Optional) Saves your entries in the configuration file. Monitoring Interface Characteristics The following sections provide information about monitoring interface characteristics. Monitoring Interface Status Commands entered at the privileged EXEC prompt display information about the interface, including the versions of the software and the hardware, the configuration, and statistics about the interfaces. Table 3. show Commands for Interfaces Command Purpose show interfaces interface-id status [err-disabled] Displays interface status or a list of interfaces in the error-disabled state. show interfaces [interface-id] switchport Displays administrative and operational status of switching (nonrouting) ports. You can use this command to find out if a port is in routing or in switching mode. show interfaces [interface-id] description Displays the description configured on an interface or all interfaces and the interface status. show ip interface [interface-id] Displays the usability status of all interfaces configured for IP routing or the specified interface. show interface [interface-id] stats Displays the input and output packets by the switching path for the interface. show interface [interface-id] link[module number] Displays the up time and down time of an interface or all interfaces. show interfaces interface-id (Optional) Displays speed and duplex on the interface. show interfaces transceiver dom-supported-list (Optional) Displays Digital Optical Monitoring (DOM) status on the connect SFP modules. show interfaces transceiver properties (Optional)