Download Eastern Times Input Devices Driver

12/14/2021by admin
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This topic describes the device-specific registry entries.

Find device information after it enumerates on Windows

View the device interface GUID, Hardware Id, and device class information about your device

  1. Find this registry key and note the DeviceInstance value:

    HKEY_LOCAL_MACHINESYSTEMCurrentControlSetControlDeviceClasses

  2. Find the device instance registry key and get the device interface GUID:

    HKEY_LOCAL_MACHINESYSTEMCurrentControlSetEnumUSB<hardware id><instance id>Device Parameters

  3. Under the device instance key, note the device class, subclass, and protocol codes:

    HKEY_LOCAL_MACHINESYSTEMCurrentControlSetEnumUSB

Registry settings for configuring USB driver stack behavior

The registry entries described in this topic are found under this key:

In the vvvvpppprrrrr key,

  • vvvv is a 4-digit hexadecimal number that identifies the vendor
  • pppp is a 4-digit hexadecimal number that identifies the product
  • rrrr is a 4-digit hexadecimal number that contains the revision number of the device.

The vendor ID, product ID, and revision number values are obtained from the USB device descriptor.The following table describes the possible registry entries for the vvvvpppprrrrr key. The USB driver stack considers these entries as read-only values.

Download
Registry entryDescriptionPossible values

osvc

REG_BINARY

Supported on Windows XP and later versions.

Indicates whether the operating system queried the device for Microsoft-Defined USB Descriptors. If the previously-attempted OS descriptor query was successful, the value contains the vendor code from the OS string descriptor.

  • 0x0000: The device did not provide a valid response to the Microsoft OS string descriptor request.

  • 0x01xx: The device provided a valid response to the Microsoft OS string descriptor request, where xx is the bVendorCode contained in the response.

IgnoreHWSerNum

REG_BINARY

Supported on Windows Vista and later versions.

Indicates whether the USB driver stack must ignore the serial number of the device.

  • 0x00: The setting is disabled.

  • 0x01: Forces the USB driver stack to ignore the serial number of the device. Therefore, the device instance is tied to the port to which the device is attached.

ResetOnResume

REG_BINARY

Supported on Windows Vista and later versions.

Indicates whether the USB driver stack must reset the device when the port resumes from a sleep cycle.

  • 0x0000: The setting is disabled.

  • 0x0001: Forces the USB driver stack to reset a device on port resume.

Related topics

A human interface device or HID is a type of computer device usually used by humans that takes input from humans and gives output to humans.

The term 'HID' most commonly refers to the USB-HID specification. The term was coined by Mike Van Flandern of Microsoft when he proposed that the USB committee create a Human Input Device class working group.[when?] The working group was renamed as the Human Interface Device class at the suggestion of Tom Schmidt of DEC because the proposed standard supported bi-directional communication.[when?]

HIDs for Output

Common HIDs

  • Keyboard & Refreshable braille display
  • Pointing devices: Mouse, Trackball, Touchpad, Pointing stick, Light pen
  • Joystick, Gamepad, Analog stick

Less common HIDs

  • Driving simulator devices and flight simulator devices: gear sticks, steering wheels, pedals
  • Wired glove (Nintendo Power Glove)
  • Surface computing device
  • Apple's Sudden Motion Sensor device

HID standard[edit]

The HID standard was adopted primarily to enable innovation in PCinput devices and to simplify the process of installing such devices. Prior to the introduction of the HID concept, devices usually conformed to strictly defined protocols for mouse, keyboards and joysticks; for example, the standard mouse protocol at the time supported relative X- and Y-axis data and binary input for up to two buttons, with no legacy support. All hardware innovations necessitated either overloading the use of data in an existing protocol or the creation of custom device drivers and the evangelization of a new protocol to developers. By contrast, all HID-defined devices deliver self-describing packages that may contain any number of data types and formats. A single HID driver on a computer parses data and enables dynamic association of data I/O with application functionality, which has enabled rapid innovation and development, and prolific diversification of new human-interface devices.

A working committee with representatives from several prominent companies developed the HID standard. The list of participants appears in the 'Device Class Definition for Human Interface Devices (HID)'[1]document. The concept of a self-describing extensible protocol initially came from Mike Van Flandern and Manolito Adan while working on a project named 'Raptor' at Microsoft, and independently from Steve McGowan, who worked on a device protocol for Access Bus while at Forte. After comparing notes at a Consumer Game Developer Conference, Steve and Mike agreed to collaborate on a new standard for the emerging Universal Serial Bus (USB).

The HID protocol has its limitations, but all modern mainstream operating systems will recognize standard USB HID devices, such as keyboards and mice, without needing a specialized driver. When installed, a message saying that 'A 'HID-compliant device' has been recognized' generally appears on screen. In comparison, this message does not usually appear for devices connected via the PS/2 6-pin DIN connectors which preceded USB. PS/2 does not typically support plug-and-play, which means that connecting a PS/2 keyboard or mouse with the computer powered on does not always work and may pose a hazard to the computer's motherboard. Likewise, the PS/2 standard does not support the HID protocol. The USB human interface device class describes a USB HID.

Components of the HID protocol[edit]

In the HID protocol, there are 2 entities: the 'host' and the 'device'. The device is the entity that directly interacts with a human, such as a keyboard or mouse. The host communicates with the device and receives input data from the device on actions performed by the human. Output data flows from the host to the device and then to the human. The most common example of a host is a PC but some cell phones and PDAs also can be hosts.

The HID protocol makes implementation of devices very simple. Devices define their data packets and then present a 'HID descriptor' to the host. The HID descriptor is a hard coded array of bytes that describes the device's data packets. This includes: how many packets the device supports, the size of the packets, and the purpose of each byte and bit in the packet. For example, a keyboard with a calculator program button can tell the host that the button's pressed/released state is stored as the 2nd bit in the 6th byte in data packet number 4 (note: these locations are only illustrative and are device-specific). The device typically stores the HID descriptor in ROM and does not need to intrinsically understand or parse the HID descriptor. Some mouse and keyboard hardware in the market today is implemented using only an 8-bit CPU.

The host is expected to be a more complex entity than the device. The host needs to retrieve the HID descriptor from the device and parse it before it can fully communicate with the device. Parsing the HID descriptor can be complicated. Multiple operating systems are known to have shipped bugs in the device drivers responsible for parsing the HID descriptors years after the device drivers were originally released to the public.[citation needed] However, this complexity is the reason why rapid innovation with HID devices is possible.

The above mechanism describes what is known as HID 'report protocol'. Because it was understood that not all hosts would be capable of parsing HID descriptors, HID also defines 'boot protocol'. In boot protocol, only specific devices are supported with only specific features because fixed data packet formats are used. The HID descriptor is not used in this mode so innovation is limited. However, the benefit is that minimal functionality is still possible on hosts that otherwise would be unable to support HID. The only devices supported in boot protocol are

  • Keyboard – Any of the first 256 key codes ('Usages') defined in the HID Usage Tables, Usage Page 7 can be reported by a keyboard using the boot protocol, but most systems only handle a subset of these keys. Most systems support all 104 keys on the IBM AT-101 layout, plus the three extra keys designed for Microsoft Windows 95 (the left and right Windows key, and the Menu key). Many systems also support additional keys on basic western European 105-, Korean 106-, Brazilian ABNT 107- and Japanese DOS/V 109-key layouts. Buttons, knobs and keys that are not reported on Usage Page 7 are not available. For example, a particular US keyboard's QWERTY keys will function but the Calculator and Logoff keys will not because they are defined on Usage Page 12 and cannot be reported in boot protocol.
  • Mouse – Only the X-axis, Y-axis, and the first 3 buttons will be available. Any additional features on the mouse will not function.

One common usage of boot mode is during the first moments of a computer's boot up sequence. Directly configuring a computer's BIOS is often done using only boot mode.Sometimes a message will appear informing the user that the device has installed the correct driver and is now usable.

HID definition of a device[edit]

According to the HID specification, a device is described, during the report mode, as a set of controls or group of controls.Controls are matched by a field containing the data, and another containing a usage tag.Each usage tag is described in the spec as the constructor suggested use of the data described in the report mode.

Other protocols using HID[edit]

Since HID's original definition over USB, HID is now also used in other computer communication buses. This enables HID devices that traditionally were only found on USB to also be used on alternative buses. This is done since existing support for USB HID devices can typically be adapted much faster than having to invent an entirely new protocol to support mouse, keyboards, and the like. Known buses that use HID are:

  • Bluetooth HID – Used for mouse and keyboards that are connected via Bluetooth
  • Serial HID – Used in Microsoft's Windows Media Center PC remote control receivers.
  • ZigBee input device – ZigBee (RF4CE) supports HID devices through the ZigBee input device profile.
  • HID over I²C – Used for embedded devices in Microsoft Windows 8[2]
  • HOGP (HID over GATT) – Used for HID devices connected using Bluetooth low energy technology

See also[edit]

References[edit]

Download Eastern Times Input Devices Driver Ed

Download eastern times input devices driver edDriver
  1. ^Device Class Definition for Human Interface Devices (HID): Firmware Specification -- Final 1/30/97. USB Implementer's Forum. 1997. Retrieved 2014-04-28.
  2. ^'HID over I2C'. Microsoft. Retrieved 2016-01-19.

External links[edit]

  • HID developers forum, USB.org
  • HID Device Class Definition 1.11 Specification, USB.org
  • HID Usage Tables 1.12 Specification, USB.org

Input Device Driver Download

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Download Eastern Times Input Devices Driver Download

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