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cam2ip

Turn any webcam into an IP camera.

Example (in web browser):

http://localhost:56000/html

or

http://localhost:56000/mjpeg

You can also use apps like ffplay or vlc:

ffplay -i http://localhost:56000/mjpeg

Requirements

  • On Linux/RPi native Go V4L implementation is used to capture images.
  • On Windows Video for Windows (VfW) framework is used over win32 API.

Build tags

  • cv2 - build with OpenCV 2.x (go-opencv)
  • cv4 - build with OpenCV 4.x (gocv)
  • turbo - build with libjpeg-turbo (libjpeg-turbo) instead of native Go image/jpeg

Download

Binaries are compiled with static OpenCV/libjpeg-turbo libraries, they should just work:

Installation

go get -v github.com/gen2brain/cam2ip/cmd/cam2ip

This will install app in $GOPATH/bin/cam2ip.

Run in Docker container

docker run --device=/dev/video0:/dev/video0 -p56000:56000 -it gen2brain/cam2ip # on RPi use gen2brain/cam2ip:arm

Usage

Usage of cam2ip:
  -bind-addr string
	Bind address [CAM2IP_BIND_ADDR] (default ":56000")
  -delay int
	Delay between frames, in milliseconds [CAM2IP_DELAY] (default 10)
  -height float
	Frame height [CAM2IP_HEIGHT] (default 480)
  -htpasswd-file string
	Path to htpasswd file, if empty auth is disabled [CAM2IP_HTPASSWD_FILE]
  -index int
	Camera index [CAM2IP_INDEX]
  -nowebgl
	Disable WebGL drawing of images (html handler) [CAM2IP_NOWEBGL]
  -rotate int
	Rotate image, valid values are 90, 180, 270 [CAM2IP_ROTATE]
  -timestamp
	Draws timestamp on images [CAM2IP_TIMESTAMP]
  -width float
	Frame width [CAM2IP_WIDTH] (default 640)

Handlers

  • /html: HTML handler, frames are pushed to canvas over websocket
  • /jpeg: Static JPEG handler
  • /mjpeg: Motion JPEG, supported natively in major web browsers