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#!/bin/bash
# Script for using IP Webcam as a microphone/webcam in Ubuntu 11.04 and Arch
# Copyright (C) 2011 Antonio García Domínguez
# Licensed under GPLv3
# Usage: ./prepare-videochat.sh [flip method]
#
# [flip method] is "none" by default. Here are some values you can try
# out (from gst/videofilter/gstvideoflip.c):
#
# - clockwise: clockwise 90 degrees
# - rotate-180: 180 degrees
# - counterclockwise: counter-clockwise 90 degrees
# - horizontal-flip: flip horizontally
# - vertical-flip: flip vertically
# - upper-left-diagonal: flip across upper-left/lower-right diagonal
# - upper-right-diagonal: flip across upper-right/lower-left diagonal
# Exit on first error
set -e
if [ -n "$1" ]; then
FLIP_METHOD=$1
else
FLIP_METHOD=none
fi
### CONFIGURATION
# If your "adb" is not in your $PATH, set the full path to it here.
# If "adb" is in your $PATH, you don't have to change this option.
ADB_PATH=~/bin/android-sdk-linux_x86/platform-tools/adb
if which adb; then
ADB=$(which adb)
else
ADB=$ADB_PATH
fi
# IP used by the phone in your wireless network
WIFI_IP=192.168.2.122
# Port on which IP Webcam is listening
PORT=8080
# URL on which the latest v4l2loopback DKMS .deb can be found
V4L2LOOPBACK_DEB_URL=http://ftp.us.debian.org/debian/pool/main/v/v4l2loopback/v4l2loopback-dkms_0.5.0-1_all.deb
# Path to which the v4l2loopback DKMS .deb should be saved
V4L2LOOPBACK_DEB_PATH=/tmp/v4l2loopback-dkms.deb
### FUNCTIONS
has_kernel_module() {
sudo modprobe -q "$1"
}
error() {
zenity --error --text "$@"
exit 1
}
warning() {
zenity --warning --text "$@"
}
info() {
zenity --info --text "$@"
}
confirm() {
zenity --question --text "$@"
}
can_run() {
# It's either the path to a file, or the name of an executable in $PATH
(test -x "$1" || which "$1") &>/dev/null
}
start_adb() {
can_run "$ADB" && "$ADB" start-server
}
phone_plugged() {
start_adb && test "$("$ADB" get-state)" == "device"
}
url_reachable() {
curl -sI "$1" >/dev/null
}
send_intent() {
start_adb && "$ADB" shell am start -a android.intent.action.MAIN -n $@
}
iw_server_is_started() {
url_reachable "$VIDEO_URL"
}
start_iw_server() {
send_intent com.pas.webcam/.Rolling
sleep 2s
}
### MAIN BODY
# Check if the user has v4l2loopback
if ! has_kernel_module v4l2loopback; then
info "The v4l2loopback kernel module is not installed or could not be loaded. I will try to install the kernel module using your distro's package manager. If that doesn't work, please install v4l2loopback manually from github.com/umlaeute/v4l2loopback."
if can_run apt-get; then
sudo apt-get install dkms
wget "$V4L2LOOPBACK_DEB_URL" -O "$V4L2LOOPBACK_DEB_PATH"
sudo dpkg -i "$V4L2LOOPBACK_DEB_PATH"
elif can_run yaourt; then
yaourt -S gst-v4l2loopback
yaourt -S v4l2loopback-git
fi
if has_kernel_module v4l2loopback; then
info "The v4l2loopback kernel module was installed successfully."
else
error "Could not install the v4l2loopback kernel module through apt-get or yaourt."
fi
fi
# Use the newest /dev/video* device as the webcam: this should help
# when loading v4l2loopback on a system that already has a regular
# webcam.
DEVICE=$(ls -1t /dev/video* | head -1)
# Decide whether to connect through USB or through wi-fi
IP=$WIFI_IP
if ! can_run "$ADB"; then
warning "adb is not available: you'll have to use Wi-Fi, which will be slower. Next time, please install the Android SDK from developer.android.com/sdk."
else
while ! phone_plugged && ! confirm "adb is available, but the phone is not plugged in. Are you sure you want to use Wi-Fi (slower)? If you don't, please connect your phone to USB."; do
true
done
if phone_plugged; then
"$ADB" forward tcp:$PORT tcp:$PORT
IP=127.0.0.1
fi
fi
# Remind the user to open up IP Webcam and start the server
BASE_URL=http://$IP:$PORT
VIDEO_URL=$BASE_URL/videofeed
AUDIO_URL=$BASE_URL/audio.wav
if phone_plugged && ! iw_server_is_started; then
# If the phone is plugged to USB and we have ADB, we can start the server by sending an intent
start_iw_server
fi
while ! iw_server_is_started; do
info "The IP Webcam video feed is not reachable at $VIDEO_URL. Please open IP Webcam in your phone and start the server."
done
# Load null-sink if needed
if !(pactl list | grep -q module-null-sink); then
pactl load-module module-null-sink
fi
# Install and open pavucontrol as needed
if ! can_run pavucontrol; then
info "You don't have pavucontrol. I'll try to install its Debian/Ubuntu package."
sudo apt-get install pavucontrol
fi
if ! pgrep pavucontrol; then
info "We will open now pavucontrol. You should leave it open to change the recording device of your video chat program to 'Monitor Null Output'. NOTE: make sure that in 'Output Devices' *all* devices are listed."
pavucontrol &
fi
# Check for gst-launch
GSTLAUNCH=gst-launch
if can_run apt-get; then
# Debian
GSTLAUNCH=gst-launch
if ! can_run "$GSTLAUNCH"; then
info "You don't have gst-launch. I'll try to install its Debian/Ubuntu package."
sudo apt-get install gstreamer-tools
fi
elif can_run pacman; then
# Arch
GSTLAUNCH=gst-launch-0.10
if ! can_run "$GSTLAUNCH"; then
info "You don't have gst-launch. I'll try to install its Arch package."
sudo pacman -S gstreamer0.10 gstreamer0.10-good-plugins
fi
fi
if ! can_run "$GSTLAUNCH"; then
error "Could not find gst-launch. Exiting."
exit 1
fi
# Start the GStreamer graph needed to grab the video and audio
set +e
info "Using IP Webcam as webcam/microphone. You can now open your videochat app."
"$GSTLAUNCH" -evt --gst-plugin-spew \
souphttpsrc location="http://$IP:$PORT/videofeed" do-timestamp=true is_live=true \
! multipartdemux ! jpegdec ! ffmpegcolorspace ! "video/x-raw-yuv, format=(fourcc){YV12}" ! videoflip method="$FLIP_METHOD" ! v4l2sink device="$DEVICE" \
souphttpsrc location="http://$IP:$PORT/audio.wav" do-timestamp=true is_live=true \
! wavparse ! audioconvert ! volume volume=3 ! rglimiter ! pulsesink device=null sync=false \
2>&1 | tee feed.log
info "Disconnected from IP Webcam. Have a nice day!"
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