rtsp-samsung-tv

Description

Display RTSP streams from IP Cameras on Samsung smart TV (Tizen TV)

Features

support more than 999 RTSP streams.
switch channels(rtsp stream) using numpad on the remote control
Run Inside docker container
use server to convert rtsp streams using ffmpeg
group rtsp streams on the obe channel (Display 4 cameras streams on one channel)
support udp and tcp transport
tizen samsung tv application
admin ui
protect admin ui(optional)
Voice Control
Remote Control
Supports parameters before "-i" and after it
Raspberry Pi Hw acceleration

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Server Installation

wget -qO-  https://deb.nodesource.com/setup_14.x | bash
sudo apt-get install ffmpeg
npm i pm2 -g
sudo env PATH=$PATH:/usr/bin pm2 startup systemd -u ${currentUser} --hp ${HOME}
sudo npm i rtsp-samsung-tv -g
sudo pm2 start `npm root -g`/rtsp-samsung-tv/server.js
sudo pm2 save

open http:\\<SERVER_IP>:3004 (Default Login: admin, Default Password: admin) and add a new Camera and click Save

Run Inside docker container

docker run -d --name=rtsp-samsung-tv  -p 3004:3004 -p 9999-10004:9999-10004  --restart=always vassio/rtsp-samsung-tv:latest

Configuration on Host:

echo "{}" >/opt/channels.json
docker run -d --name=rtsp-samsung-tv  -p 3004:3004 -p 9999-10004:9999-10004  -v /opt/channels.json:/opt/config/channels.json --restart=always vassio/rtsp-samsung-tv:latest

Keycloak Protection

echo "{}" >/opt/channels.json
docker run -d --name=rtsp-samsung-tv  -p 3004:3004 -p 9999-10004:9999-10004  -v /opt/channels.json:/opt/config/channels.json -v  `pwd`/keycloak.json:/opt/config/keycloak.json --restart=always vassio/rtsp-samsung-tv:latest

Install Samsung TV Application(Tizen Application)

install java jdk
install Tizen SDK on your PC https://developer.tizen.org/development/tizen-studio/download
download application source git clone https://github.com/vzakharchenko/rtsp-samsung-tv.git
in "Tizen Studio Package manager" install "Tizen SDK Tools"
"Extension SDK" install "extras"
open "Tizen Studio"
File -> Open Project From File System
open rtsp-samsung-tv/CameraDevice
Enable Development mode on your TV
open Device manager
click "Scan device"
set Connection to "On"
right click on your connection and select "Permit install"

If you see NO DUID For Selected Device then you need to generate certificate for your TV

in Tizen studio select project and run it on TV.Channel
setup server ip and port on TV.

Admin UI

Url: `http:\\<SERVER_IP>:3004`

Default Login: admin
Password: admin

where:

File path to config file.
Default Transport Default RTSP Transport. Applicable to all cameras
Default RTSP FFmpeg parameters Parameters before "-i". Applicable to all cameras
Default Encode FFmpeg parameters Parameters before "-i". Applicable to all cameras

ffmpeg <Default RTSP FFmpeg parameters> -i rtsp://stream <Default Encode FFmpeg parameters>

Camera Specific Columns:

Status now on TV.
Camera channel number.
Camera Mode "1 Camera" : one camera on screen, "4 Cameras" : 4 cameras on one screen.
rtsp Streams rtsp streams.
Transport Camera RTSP Transport.
RTSP FFmpeg parameters Parameters before "-i". Applicable to all cameras
Encode FFmpeg parameters Parameters after "-i". Applicable to all cameras

ffmpeg <RTSP FFmpeg parameters> -i rtsp://stream <Encode FFmpeg parameters>

add 1 Camera:

Add 4 cameras on one screen:

delete Camera

Protect Admin UI using Default Authentication

Default user: admin/admin

Protect Admin UI using keycloak SSO (Optional)

download keycloak.json from the keycloak admin ui.
save keycloak.json to ./config/keycloak.json or /opt/config

example of keycloak.json

{
  "realm": "RTSP",
  "auth-server-url": "https://localhost:8090/auth",
  "ssl-required": "external",
  "resource": "testClient",
  "credentials": {
    "secret": "secret"
  },
  "confidential-port": 0
}

Raspberry Pi Hw acceleration on ffmpeg (Raspbian Lite Image)

build ffmpeg with mmal feature

sudo apt-get install libomxil-bellagio-dev
sudo apt-get install libomxil-bellagio-bin
git clone https://github.com/FFmpeg/FFmpeg
cd FFmpeg
git checkout origin/release/3.2
sudo ./configure --arch=armel --target-os=linux --enable-gpl --enable-mmal  --enable-omx --enable-omx-rpi --enable-nonfree
sudo make -j4
sudo make install