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Operating Systems Linux USB video capture? composite, s-video, etc Post 302370796 by Corona688 on Thursday 12th of November 2009 12:00:04 PM
Old 11-12-2009
"porting" isn't quite the right word. That implies having access to some other source code to base things off of, and that's almost never the case for hardware drivers. They generally have to write linux drivers from scratch based on device specifications, which manufacturers are often loath to provide. So a lack of a driver doesn't mean "not ported yet", but often means "no specifications available for anyone to even try to make a driver".

Nitpicking aside, it might be better to see what drivers linux has than to randomly google USB hardware. Linux drivers usually list chipsets, not models, since many different things ultimately use the same or similar chipsets hence drivers.

Here's the USB devices the 2.6.27 kernel has available:
Code:
USB Video Class (UVC)
USB GSPCA driver (NEW)
Hauppauge WinTV-PVR USB2 support (NEW)
Empia EM28xx USB video capture support (NEW)
USB video devices based on Nogatech NT1003/1004/1005 (NEW)
USB 3com HomeConnect (aka vicam) support (EXPERIMENTAL) (NEW)
USB IBM (Xirlink) C-it Camera support (NEW)
USB Konica Webcam support (NEW)
USB Logitech Quickcam Messenger (NEW)
USB ET61X[12]51 PC Camera Controller support (NEW)
OmniVision Camera Chip support (NEW)
USB W996[87]CF JPEG Dual Mode Camera support (NEW)
USB OV511 Camera support (NEW)
USB SE401 Camera support (NEW)
USB SN9C1xx PC Camera Controller support (NEW)
USB STV680 (Pencam) Camera support (NEW)
USB ZC0301[P] Image Processor and Control Chip support (NEW)
USB Philips Cameras (NEW)
USB ZR364XX Camera support (NEW)
USB Syntek DC1125 Camera support (NEW)
USB Sensoray 2255 video capture device (NEW)

Highlighted the interesting-looking ones...
  • UVC is a generic driver that supports most any video device with the UVC device class.
  • The Hauppage driver is pretty obvious in what devices it's for.
  • The em28xx driver supports a huge variety of devices.

Last edited by Corona688; 11-12-2009 at 01:24 PM..
 

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Xv(3)								  libXv Functions							     Xv(3)

NAME
Xv - X Window System video extension DESCRIPTION
The X Video Extension (Xv) extension provides support for video adaptors attached to an X display. It takes the approach that a display may have one or more video adaptors, each of which has one or more ports through which independent video streams pass. An adaptor may be able to display video in a drawable, capture video from a drawable, or both. It translates between video encoding (NTSC, PAL, SECAM, etc...) and drawable format (depth and visual-id pair). An adaptor may support multiple video encodings and/or multiple draw- able formats. Clients use Xv(3) to gain access and manage sharing of a display's video resources. Typically, a client will use XvQueryExtension(3) to determine the status of the extension, XvQueryAdaptors(3) to get a description of what video adaptors exist, and XvQueryEncodings(3) to get a description of what video encodings an adaptor supports. Once a client has determined what video resources are available, it is free to put video into a drawable or get video from a drawable, according the capabilities supported. Clients can select to receive events when video activity changes in a drawable and when port attributes have changed. The Xv protocol version 2.2 and later is extended to support client images in alternate colorspaces (XvImages). Xv adaptors which are capable of displaying XvImages will have the XvImageMask field set in the type field of the XvAdaptorInfo. XvImage formats supported by the port may be queried with XvListImageFormats(3). XvImages may be created with the help of XvCreateImage(3) or XvShmCreateImage(3); XvImages may be displayed with XvPutImage(3) or XvShmPutImage(3). The Port attributes of the port specified in the Xv(Shm)PutImage command will be valid for the image operation when applicable. There will be a port encoding with the name "XV_IMAGE". The width and height of that encoding will indicate the maximum source image size. SUMMARY OF LIBRARY FUNCTIONS
The following is a summary of Xv library functions and events: XvCreateImage(3) - create an XvImage XvGetPortAttribute(3) - return current port attribute value XvGetStill(3) - capture a single frame of video from a drawable XvGetVideo(3) - capture video from a drawable XvGrabPort(3) - lock port for exclusive use by client XvListImageFormats(3) - return list of image formats for a port XvPortNotify(3) - event generated when port attributes change XvPutImage(3) - write a XvImage to a drawable XvPutStill(3) - write a single frame of video to a drawable XvPutVideo(3) - write video into a drawable XvQueryAdaptors(3) - return adaptor information for a screen XvQueryBestSize(3) - determine the optimum drawable region size XvQueryEncodings(3) - return list of encodings for an adaptor XvQueryExtension(3) - return version and revision of extension XvQueryPortAttributes(3) - return list of attributes of a port XvSelectPortNotify(3) - enable or disable XvPortNotify events XvSelectVideoNotify(3) - enable or disable XvVideoNotify events XvSetPortAttribute(3) - set an attribute for a port XvShmCreateImage(3) - create an XvImage in shared memory XvShmPutImage(3) - write a XvImage in shared memory to a drawable XvStopVideo(3) - stop active video XvUngrabPort(3) - release a grabbed port XvVideoNotify(3) - event generated for video processing Each of these functions and events is described in its own Xv man page. X Version 11 libXv 1.0.7 Xv(3)
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