For what it’s worth, ADBTuner supports H.265.That was fixed a long time ago. I’ve been running H.265 in my own config for a while.
@mackid1993 clever idea with the captions!
1 Like
It's the beauty of open source free MIT Licensed software, anyone can contribute an innovative idea. 
That screen capture looks sharp as hell, nice and crisp. Good work!
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Thank you so much!!
I did not know that -- but it's good news! Are you up for doing some testing on what we have going here? It'd be fantastic to have another knowledgeable person putting this through its paces...
2 Likes
Here's what things are looking like in my ah4c Docker container with five tuners active (all with captions being added), using the compact setup I detailed here:
Here's the new Activity page from ah4c. This is with the Parakeet Unified Model, and using all recommended/default settings:
The Proxmox Debian LXC I have running this Docker container is barely breaking a sweat. The GPU is doing all the work, but it's in bursts:
intel-gpu-top: Intel Raptorlake_s (Gen12) @ /dev/dri/card0 - 88/ 88 MHz; 91% RC6; 0.38/41.61 W; 7 irqs/s
ENGINES BUSY MI_SEMA MI_WAIT
Render/3D 33.85% |██████████████████████████████████▋ | 0% 0%
Blitter 0.00% | | 0% 0%
Video 0.00% | | 0% 0%
VideoEnhance 0.00% | | 0% 0%
PID MEM RSS Render/3D Blitter Video VideoEnhance NAME
3186819 695276K 695148K |▉ || || || | ah4c
@bnhf Full UI Redesign and some Bugfixes + Native AI Closed Captions by mackid1993 · Pull Request #20 · sullrich/ah4c · GitHub
I added that environment variable like you asked, hopefully it works right.
I also added just some general polish. I cleaned up the playback detection feature and it's working a lot better now. It's a little bit more reliable. Just a little bit of hardening.
I also cleaned up some of the UI. Considering I have 10 tuners, I realized the activity card might overflow, so I added a scroll to it if it does get too long. I also added real-time mode to Parakeet Unified and sentence mode to Nemotron, and you can switch between the two. I made sentence mode the default since it's probably the best for most people. When using real-time mode, there's a warning about memory usage since it can't share memory across tuners.
Let me know whenever you merge it or if you have any issues.
Also, if anyone has a home server or a PC with an NVIDIA card and can test CUDA, that would be great.
I have an NVIDIA card in my server, but it's currently used by a VM, so I don't want to remove it from that and mess with my VM...
Edit: just found a bug with my latest commit....patching.
Edit1: Patched, but I am running a defensive audit just to be sure.
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Ready to test in the next couple of days. I get a few errors when tuning:
2026/08/20 02:47:34 [EXECUTE] Stdout: '2026-08-20 02:47:25 ERROR [pyatv.scripts.atvremote]: Command 'home' is not supported by device
2026-08-20 02:47:27 ERROR [pyatv.scripts.atvremote]: Command 'launch_app' is not supported by device
2026/08/20 02:47:35 [EXECUTE] Stdout: '2026-08-20 02:47:35 ERROR [pyatv.scripts.atvremote]: Command 'launch_app' is not supported by device
And no channel is fired up. These are my settings:
services:
# 2026.08.16
# GitHub home for this project with setup instructions: https://github.com/sullrich/ah4c
# Docker Hub home for this project: https://hub.docker.com/repository/docker/bnhf/ah4c
ah4c:
image: bnhf/ah4c:${TAG:-latest}
container_name: atvtuner
hostname: atvtuner
dns_search: ${DOMAIN:-localdomain} # Specify the name of your LAN's domain, usually local or localdomain
runtime: ${DOCKER_RUNTIME:-runc} # Closed captions only. Set DOCKER_RUNTIME=nvidia for an NVIDIA GPU with the CUDA engine build. Requires the NVIDIA container toolkit
devices:
- ${GPU_DEVICE:-/dev/null} # Closed captions only. Set GPU_DEVICE=/dev/dri to let the Vulkan engine build use an Intel or AMD GPU. Left at the default it passes /dev/null, which always exists and does nothing
ports:
- ${ADBS_PORT:-5037}:5037 # Port used by adb-server
- ${HOST_PORT:-7654}:7654 # Port used by this ah4c proxy
# - ${WSCR_PORT:-8000}:8000 # Port used by ws-scrcpy
environment:
- IPADDRESS=${IPADDRESS} # Hostname or IP address of this ah4c extension to be used in M3U file (also add port number if not in M3U)
- NUMBER_TUNERS=${NUMBER_TUNERS} # Number of tuners you'd like defined - add a matching TUNERn_IP and ENCODERn_URL line below for each beyond 9
- TUNER1_IP=${TUNER1_IP} # Streaming device #1 with adb port in the form hostname:port or ip:port
- TUNER2_IP=${TUNER2_IP} # Streaming device #2 with adb port in the form hostname:port or ip:port
- TUNER3_IP=${TUNER3_IP} # Streaming device #3 with adb port in the form hostname:port or ip:port
- TUNER4_IP=${TUNER4_IP} # Streaming device #4 with adb port in the form hostname:port or ip:port
- TUNER5_IP=${TUNER5_IP} # Streaming device #5 with adb port in the form hostname:port or ip:port
- TUNER6_IP=${TUNER6_IP} # Streaming device #6 with adb port in the form hostname:port or ip:port
- TUNER7_IP=${TUNER7_IP} # Streaming device #7 with adb port in the form hostname:port or ip:port
- TUNER8_IP=${TUNER8_IP} # Streaming device #8 with adb port in the form hostname:port or ip:port
- TUNER9_IP=${TUNER9_IP} # Streaming device #9 with adb port in the form hostname:port or ip:port
- ENCODER1_URL=${ENCODER1_URL} # Full URL for tuner #1 in the form http://hostname/stream or http://ip/stream
- ENCODER2_URL=${ENCODER2_URL} # Full URL for tuner #2 in the form http://hostname/stream or http://ip/stream
- ENCODER3_URL=${ENCODER3_URL} # Full URL for tuner #3 in the form http://hostname/stream or http://ip/stream
- ENCODER4_URL=${ENCODER4_URL} # Full URL for tuner #4 in the form http://hostname/stream or http://ip/stream
- ENCODER5_URL=${ENCODER5_URL} # Full URL for tuner #5 in the form http://hostname/stream or http://ip/stream
- ENCODER6_URL=${ENCODER6_URL} # Full URL for tuner #6 in the form http://hostname/stream or http://ip/stream
- ENCODER7_URL=${ENCODER7_URL} # Full URL for tuner #7 in the form http://hostname/stream or http://ip/stream
- ENCODER8_URL=${ENCODER8_URL} # Full URL for tuner #8 in the form http://hostname/stream or http://ip/stream
- ENCODER9_URL=${ENCODER9_URL} # Full URL for tuner #9 in the form http://hostname/stream or http://ip/stream
- STREAMER_APP=${STREAMER_APP} # Streaming device name and streaming app you're using in the form scripts/streamer/app (use lowercase with slashes between as shown)
- PYATV=${PYATV:-false} # Set to TRUE to run docker-start-pyatv.sh at container start for Apple TV tuners via pyatv, instead of the default docker-start.sh used for adb-based tuners. Case-insensitive; anything else runs the default.
- CHANNELSIP=${CHANNELSIP} # Hostname or IP address of the Channels DVR server itself
- ALERT_SMTP_SERVER=${ALERT_SMTP_SERVER} # The domainname:port of the SMTP server you'll be using like smtp.gmail.com:587. This is for sending ah4c alerts if tuning fails.
- ALERT_AUTH_SERVER=${ALERT_AUTH_SERVER} # The auth server for the e-mail you'll be using like smtp.gmail.com
- ALERT_EMAIL_FROM=${ALERT_EMAIL_FROM} # The e-mail address you'd like your ah4c failure alert e-mails to show as being from.
- ALERT_EMAIL_PASS=${ALERT_EMAIL_PASS} # Gmail and Yahoo both support the creation of app-specific e-mail passwords, and this is the way to go! It's NOT recommended to use your everyday e-mail password.
- ALERT_EMAIL_TO=${ALERT_EMAIL_TO} # The e-mail address you'd like your alert e-mails sent to.
#- ALERT_WEBHOOK_URL=""
- LIVETV_ATTEMPTS=${LIVETV_ATTEMPTS} # For FireTV Live Guide tuning only, set maximum number of attempts at finding the desired channel
- CREATE_M3US=${CREATE_M3US:-false} # Set to true to create device-specific M3Us for use with Amazon Prime Premium channels -- requires a FireTV device
- UPDATE_SCRIPTS=${UPDATE_SCRIPTS:-true} # Set to true if you'd like the sample scripts and STREAMER_APP scripts updated whether they exist or not
- UPDATE_M3US=${UPDATE_M3US:-true} # Set to true if you'd like the sample m3us updated whether they exist or not
- TZ=${TZ} # Your local timezone in Linux "tz" format
- SPEED_MODE=${SPEED_MODE:-false} # Set to false if you'd like the target streaming app to be closed after each tuning cycle (limited script support).
- KEEP_WATCHING=${KEEP_WATCHING} # In supported scripts, set the delay before resending a tuning deeplink to prevent "Are you still watching?" type messages. Examples: Use 4h for 4 hours or 240m for 240 minutes.
- NULL_FRAME_INSERTION=${NULL_FRAME_INSERTION:-false} # Set to TRUE to fill encoder stalls with MPEG-TS NULL packets (PID 0x1FFF) so the DVR never sees a zero-byte gap mid-recording. Case-insensitive (true/True/TRUE all work); anything else, including 1/yes, leaves the feature off.
- PLAYBACK_DETECTION=${PLAYBACK_DETECTION:-false} # Set to TRUE to hold the stream until the device reports media audio playing and the picture is actually moving, then start on a keyframe, so a recording begins on the program rather than on the app's loading screen. Requires adb access to the tuner; network tuners only. Case-insensitive (true/True/TRUE all work); anything else, including 1/yes, leaves the feature off.
- PLAYBACK_DELAY=${PLAYBACK_DELAY} # Set to a whole number of seconds to skip the start of each tune, so a recording begins on the program rather than on the app's loading screen. Piped through the bundled ffmpeg with -ss and stream copy; no re-encoding, and the skip starts on the next keyframe so it can run slightly past the configured value. The value is the total tune time, scripts included. Supported range is 2 to 30, since the DVR allows a tune about 30 seconds; values outside the range are clamped and logged. Ignored when PLAYBACK_DETECTION is TRUE; network tuners only. 0 or unset leaves the feature off.
- HEARTBEAT_INTERVAL=${HEARTBEAT_INTERVAL:-0} # In supported scripts (currently osprey), seconds between keepalive keyevents sent during playback to stop the app's UI inactivity timer from resetting the stream. Set to 0 to disable.
- NVIDIA_VISIBLE_DEVICES=${NVIDIA_VISIBLE_DEVICES} # Closed captions only. Set to all alongside DOCKER_RUNTIME=nvidia to expose an NVIDIA GPU. Empty means no GPU and is the default
- NVIDIA_DRIVER_CAPABILITIES=${NVIDIA_DRIVER_CAPABILITIES} # Closed captions only. Set to compute,utility when using an NVIDIA GPU, so the driver the CUDA engine build needs is passed in
volumes:
- ${HOST_DIR}/ah4c/scripts:/opt/scripts # pre/stop/bmitune.sh scripts will be stored in this bound host directory under streamer/app
- ${HOST_DIR}/ah4c/m3u:/opt/m3u # m3u files will be stored here and hosted at http://<hostname or ip>:7654/m3u for use in Channels DVR - Custom Channels settings
- ${HOST_DIR}/ah4c/adb:/root/.android # Persistent data directory for adb keys
- ${HOST_DIR}/ah4c/captions:/opt/captions # Closed caption settings, and the speech model, engine and any GPU driver downloaded from the Closed Captions page. Stays empty unless you turn captions on
restart: unless-stopped
TAG=beta4
DOMAIN=localdomain
DOCKER_RUNTIME=runc
GPU_DEVICE=/dev/null
ADBS_PORT=5037
HOST_PORT=7654
SCRC_PORT=7655
IPADDRESS=10.10.11.23:7654
NUMBER_TUNERS=1
TUNER1_IP=10.10.11.42
ENCODER1_URL=http://10.10.11.43:8090/stream0
STREAMER_APP=scripts/atv/spectrum
PYATV=true
CHANNELSIP=http://10.10.11.20:8089
ALERT_SMTP_SERVER=
ALERT_AUTH_SERVER=
ALERT_EMAIL_FROM=
ALERT_EMAIL_PASS=
ALERT_EMAIL_TO=
UPDATE_SCRIPTS=false
UPDATE_M3US=false
TZ=America/New_York
SPEED_MODE=false
KEEP_WATCHING=4h
NULL_FRAME_INSERTION=false
PLAYBACK_DETECTION=false
PLAYBACK_DELAY=0
HEARTBEAT_INTERVAL=0
HOST_DIR=/etc/appletvtuner
NVIDIA_VISIBLE_DEVICES=
NVIDIA_DRIVER_CAPABILITIES=
I had to comment out ${WSCR_PORT:-8000}:8000 or container wouldn't create.
Are you doing this in a brand new test container? Depending on where your ATV authorization credentials are stored, you may have do another pairing with the apple tv.
Well, yeah, that port's not going to work with an Apple TV. I think that probably should be better documented. Good catch. I wonder if we can hide the device control tile if one is using an Apple TV. Although I wouldn't be able to test that because I don't run anything in that config.
A couple of different issues here -- one of which is what's in the Docker Compose, and I believe we're going to be able to eliminate both WSCR_PORT and ADBS_PORT. With your new internal proxy of ws-scrcpy in the WebUI, I don't see any need to expose it on a separate port. ADBS_PORT was added way-back-when to support something experimental, that was never implemented.
I'm just verifying a couple of things now, but then I'll post a new Docker Compose here that I'd like us to use as the standard, along with a sample env var file.
As far as Device Control in the WebUI, could you hide it if PYATV=true? That might be the simplest way to handle it.
New :beta4 built with the most recent changes.
I just added some logic really quickly to hopefully hide the device control tile when PYATV is set to true. I don't know if you want to take a look. I don't really have an Apple TV for tuning, and I don't have a lot of time because I have to leave for work in 10 minutes.
But I would love the feedback and to know that I hopefully did it right the first time.
Edit: I just smoke tested on WSL and it does work.
1 Like
@mackid1993 I'd like to use the following as our standard Docker Compose, and sample set of env vars:
services:
# 2026.08.20
# GitHub home for this project with setup instructions: https://github.com/sullrich/ah4c
# Docker Hub home for this project: https://hub.docker.com/repository/docker/bnhf/ah4c
ah4c:
image: bnhf/ah4c:${TAG:-latest}
container_name: ah4c
hostname: ah4c
dns_search: ${DOMAIN:-localdomain} # Specify the name of your LAN's domain, usually local or localdomain
runtime: ${DOCKER_RUNTIME:-runc} # Closed captions only. Set DOCKER_RUNTIME=nvidia for an NVIDIA GPU with the CUDA engine build. Requires the NVIDIA container toolkit
devices:
- ${GPU_DEVICE:-/dev/null} # Closed captions only. Set GPU_DEVICE=/dev/dri to let the Vulkan engine build use an Intel or AMD GPU. Left at the default it passes /dev/null, which always exists and does nothing
ports:
- ${HOST_PORT:-7654}:7654 # Port used by this ah4c proxy
environment:
- IPADDRESS=${IPADDRESS} # Hostname or IP address of this ah4c extension to be used in M3U file (also add port number if not in M3U)
- NUMBER_TUNERS=${NUMBER_TUNERS} # Number of tuners you'd like defined - add a matching TUNERn_IP and ENCODERn_URL line below for each beyond 9
- TUNER1_IP=${TUNER1_IP} # Streaming device #1 with adb port in the form hostname:port or ip:port
- TUNER2_IP=${TUNER2_IP} # Streaming device #2 with adb port in the form hostname:port or ip:port
- TUNER3_IP=${TUNER3_IP} # Streaming device #3 with adb port in the form hostname:port or ip:port
- TUNER4_IP=${TUNER4_IP} # Streaming device #4 with adb port in the form hostname:port or ip:port
- TUNER5_IP=${TUNER5_IP} # Streaming device #5 with adb port in the form hostname:port or ip:port
- TUNER6_IP=${TUNER6_IP} # Streaming device #6 with adb port in the form hostname:port or ip:port
- TUNER7_IP=${TUNER7_IP} # Streaming device #7 with adb port in the form hostname:port or ip:port
- TUNER8_IP=${TUNER8_IP} # Streaming device #8 with adb port in the form hostname:port or ip:port
- TUNER9_IP=${TUNER9_IP} # Streaming device #9 with adb port in the form hostname:port or ip:port
- ENCODER1_URL=${ENCODER1_URL} # Full URL for tuner #1 in the form http://hostname/stream or http://ip/stream
- ENCODER2_URL=${ENCODER2_URL} # Full URL for tuner #2 in the form http://hostname/stream or http://ip/stream
- ENCODER3_URL=${ENCODER3_URL} # Full URL for tuner #3 in the form http://hostname/stream or http://ip/stream
- ENCODER4_URL=${ENCODER4_URL} # Full URL for tuner #4 in the form http://hostname/stream or http://ip/stream
- ENCODER5_URL=${ENCODER5_URL} # Full URL for tuner #5 in the form http://hostname/stream or http://ip/stream
- ENCODER6_URL=${ENCODER6_URL} # Full URL for tuner #6 in the form http://hostname/stream or http://ip/stream
- ENCODER7_URL=${ENCODER7_URL} # Full URL for tuner #7 in the form http://hostname/stream or http://ip/stream
- ENCODER8_URL=${ENCODER8_URL} # Full URL for tuner #8 in the form http://hostname/stream or http://ip/stream
- ENCODER9_URL=${ENCODER9_URL} # Full URL for tuner #9 in the form http://hostname/stream or http://ip/stream
- STREAMER_APP=${STREAMER_APP} # Streaming device name and streaming app you're using in the form scripts/streamer/app (use lowercase with slashes between as shown)
- PYATV=${PYATV:-false} # Set to TRUE to run docker-start-pyatv.sh at container start for Apple TV tuners via pyatv, instead of the default docker-start.sh used for adb-based tuners. Case-insensitive; anything else runs the default.
- CHANNELSIP=${CHANNELSIP} # Hostname or IP address of the Channels DVR server itself
- ALERT_SMTP_SERVER=${ALERT_SMTP_SERVER} # The domainname:port of the SMTP server you'll be using like smtp.gmail.com:587. This is for sending ah4c alerts if tuning fails.
- ALERT_AUTH_SERVER=${ALERT_AUTH_SERVER} # The auth server for the e-mail you'll be using like smtp.gmail.com
- ALERT_EMAIL_FROM=${ALERT_EMAIL_FROM} # The e-mail address you'd like your ah4c failure alert e-mails to show as being from.
- ALERT_EMAIL_PASS=${ALERT_EMAIL_PASS} # Gmail and Yahoo both support the creation of app-specific e-mail passwords, and this is the way to go! It's NOT recommended to use your everyday e-mail password.
- ALERT_EMAIL_TO=${ALERT_EMAIL_TO} # The e-mail address you'd like your alert e-mails sent to.
- ALERT_WEBHOOK_URL=${ALERT_WEBHOOK_URL} # URL to GET when an alert fires (same failures that trigger the e-mail); put $reason in the URL and it's replaced with the URL-encoded message. Blank disables it.
- LIVETV_ATTEMPTS=${LIVETV_ATTEMPTS} # For FireTV Live Guide tuning only, set maximum number of attempts at finding the desired channel
- CREATE_M3US=${CREATE_M3US:-false} # Set to true to create device-specific M3Us for use with Amazon Prime Premium channels -- requires a FireTV device
- UPDATE_SCRIPTS=${UPDATE_SCRIPTS:-true} # Set to true if you'd like the sample scripts and STREAMER_APP scripts updated whether they exist or not
- UPDATE_M3US=${UPDATE_M3US:-true} # Set to true if you'd like the sample m3us updated whether they exist or not
- TZ=${TZ} # Your local timezone in Linux "tz" format
- SPEED_MODE=${SPEED_MODE:-false} # Set to false if you'd like the target streaming app to be closed after each tuning cycle (limited script support).
- KEEP_WATCHING=${KEEP_WATCHING} # In supported scripts, set the delay before resending a tuning deeplink to prevent "Are you still watching?" type messages. Examples: Use 4h for 4 hours or 240m for 240 minutes.
- AUTOCROP_CHANNELS=${AUTOCROP_CHANNELS} # Space separated list of channels (by number) with black borders on 4 sides to autocrop while maintaining aspect ratio. Requires LinkPi Encoder!
- LINKPI_HOSTNAME=${LINKPI_HOSTNAME} # Hostname or IP of the LinkPi Encoder's web API. Required for AUTOCROP_CHANNELS.
- LINKPI_USERNAME=${LINKPI_USERNAME} # Username for the LinkPi Encoder's web API. Required for AUTOCROP_CHANNELS.
- LINKPI_PASSWORD=${LINKPI_PASSWORD} # Password for the LinkPi Encoder's web API. Required for AUTOCROP_CHANNELS; not currently read by the bundled scripts, which log in with the LinkPi default password instead.
- USER_SCRIPT=${USER_SCRIPT} # Path to a custom script to run alongside ah4c at container startup. Blank runs nothing extra.
- NULL_FRAME_INSERTION=${NULL_FRAME_INSERTION:-false} # Set to TRUE to fill encoder stalls with MPEG-TS NULL packets (PID 0x1FFF) so the DVR never sees a zero-byte gap mid-recording. Case-insensitive (true/True/TRUE all work); anything else, including 1/yes, leaves the feature off.
- PLAYBACK_DETECTION=${PLAYBACK_DETECTION:-false} # Set to TRUE to hold the stream until the device reports media audio playing and the picture is actually moving, then start on a keyframe, so a recording begins on the program rather than on the app's loading screen. Requires adb access to the tuner; network tuners only. Case-insensitive (true/True/TRUE all work); anything else, including 1/yes, leaves the feature off.
- PLAYBACK_DELAY=${PLAYBACK_DELAY} # Set to a whole number of seconds to skip the start of each tune, so a recording begins on the program rather than on the app's loading screen. Piped through the bundled ffmpeg with -ss and stream copy; no re-encoding, and the skip starts on the next keyframe so it can run slightly past the configured value. The value is the total tune time, scripts included. Supported range is 2 to 30, since the DVR allows a tune about 30 seconds; values outside the range are clamped and logged. Ignored when PLAYBACK_DETECTION is TRUE; network tuners only. 0 or unset leaves the feature off.
- PLAYBACK_STATIC_TIMEOUT=${PLAYBACK_STATIC_TIMEOUT} # Only used with PLAYBACK_DETECTION=TRUE. How many seconds the box may keep the exact player and media session it already had before the check stops watching adb and gates on motion alone. The default is 2, which suits Ospreys; apps that hold one player across channel changes, like the DirecTV app, need more. 0 or unset uses the default.
- HEARTBEAT_INTERVAL=${HEARTBEAT_INTERVAL:-0} # In supported scripts (currently osprey), seconds between keepalive keyevents sent during playback to stop the app's UI inactivity timer from resetting the stream. Set to 0 to disable.
- NVIDIA_VISIBLE_DEVICES=${NVIDIA_VISIBLE_DEVICES} # Closed captions only. Set to all alongside DOCKER_RUNTIME=nvidia to expose an NVIDIA GPU. Empty means no GPU and is the default
- NVIDIA_DRIVER_CAPABILITIES=${NVIDIA_DRIVER_CAPABILITIES} # Closed captions only. Set to compute,utility when using an NVIDIA GPU, so the driver the CUDA engine build needs is passed in
volumes:
- ${HOST_DIR}/ah4c/scripts:/opt/scripts # pre/stop/bmitune.sh scripts will be stored in this bound host directory under streamer/app
- ${HOST_DIR}/ah4c/m3u:/opt/m3u # m3u files will be stored here and hosted at http://<hostname or ip>:7654/m3u for use in Channels DVR - Custom Channels settings
- ${HOST_DIR}/ah4c/adb:/root/.android # Persistent data directory for adb keys
- ${HOST_DIR}/ah4c/captions:/opt/captions # Closed caption settings, and the speech model, engine and any GPU driver downloaded from the Closed Captions page. Stays empty unless you turn captions on
restart: unless-stopped
And, a sample set of env vars that can be used for overrides:
TAG=beta4
CONTAINER_NAME=ah4c
HOSTNAME=ah4c
DOMAIN=localdomain tailxxxxx.ts.net
DOCKER_RUNTIME=runc
GPU_DEVICE=/dev/dri
HOST_PORT=7654
IPADDRESS=docker6:7654
NUMBER_TUNERS=5
TUNER1_IP=firestick-desk1:5555
ENCODER1_URL=http://linkpi-encoder2:8090/stream0
TUNER2_IP=firestick-desk2:5555
ENCODER2_URL=http://linkpi-encoder2:8090/stream1
TUNER3_IP=firestick-desk3:5555
ENCODER3_URL=http://linkpi-encoder2:8090/stream2
TUNER4_IP=firestick-desk4:5555
ENCODER4_URL=http://linkpi-encoder2:8090/stream3
TUNER5_IP=firestick-desk5:5555
ENCODER5_URL=http://linkpi-encoder2:8090/stream4
STREAMER_APP=scripts/firetv/dtvstreamdeeplinks
PYATV=false
CHANNELSIP=media-server10
ALERT_SMTP_SERVER=smtp.gmail.com:587
ALERT_AUTH_SERVER=smtp.gmail.com
[email protected]
ALERT_EMAIL_PASS=xxxxxxxxxxxxxxxx
[email protected]
ALERT_WEBHOOK_URL=
LIVETV_ATTEMPTS=
CREATE_M3US=false
UPDATE_SCRIPTS=true
UPDATE_M3US=true
TZ=America/Denver
SPEED_MODE=false
KEEP_WATCHING=235m
AUTOCROP_CHANNELS=
LINKPI_HOSTNAME=
LINKPI_USERNAME=
LINKPI_PASSWORD=
USER_SCRIPT=
NULL_FRAME_INSERTION=false
PLAYBACK_DETECTION=true
PLAYBACK_STATIC_TIMEOUT=12
PLAYBACK_DELAY=
HEARTBEAT_INTERVAL=
NVIDIA_VISIBLE_DEVICES=
NVIDIA_DRIVER_CAPABILITIES=
HOST_DIR=/data
EDIT: Updated to include a few variables defined in the sample set, but not in the Compose.
1 Like
There have been some changes to the recommended Docker Compose and sample set of env var overrides. Please see the post just above.
@uspino This was my first thought as well. If you're binding a different location for persistent data, you'll need to re-pair.
The new PLAYBACK_STATIC_TIMEOUT seems to be working quite well for the DTV app. The first two tunes I've tried, one on the WebUI and the other on an Android tablet, worked perfectly. No FireStick or DTV home screens visible -- tuning went directly to the stream.
I loaded your latest example YML and ENV with beta4 . The build path seems stable with the new yml and env and Im testing the added drop down options now on the parakeet model.
One thing we may want to clean up in the merged YML and env that's a bit confusing.
Should we specify a persistant data directory for the PYATV stuff?
Right now at least on my machine, its all stored in /root/.pyatv.conf and just like what happened to @uspino , rebuilding or updating with a fresh pull can blow that paring away if not careful.
The whole process of paring is also right now a manual process that looks something like this:
To add and pair a new Apple TV:
From within running container.1: Look at the config file that has credentials if new container this might have 0 bytes initially
cat /root/.android/.pyatv.conf2: Then go through the pairing process:
atvremote -s 192.168.1.xx --storage-filename /root/.android/.pyatv.conf --protocol companion pair
atvremote -s 192.168.1.xx --storage-filename /root/.android/.pyatv.conf --protocol airplay pairatvremote -s 192.168.1.yy --storage-filename /root/.android/.pyatv.conf --protocol companion pair
atvremote -s 192.168.1.yy --storage-filename /root/.android/.pyatv.conf --protocol airplay pair3: Then look at the config file that has credentials and verify changes:
cat /root/.android/.pyatv.conf4: to be safe stop and start container to verify persistent credentials
Ive always wanted a more user friendly for newbies way of doing this. Frankly - after 6 months goes by it is easy to forget this sequence and to forget about the credentials and its happened to me more than once.
Would it make sense to add this process to either olivetin, or preferably the new merged UI based on the PYATV=true flag ?
I know we are not focusing on the UI issues now and dont want to distract you or @mackid1993 from the main train of thought.
Im happy to lend a hand in coding this with some guidance from you and uncle Claude. It would be some PYATV=true code dependancies I guess, but it would be really useful and make the whole thing more mainstream for everyone,
@mackid1993 Ive tested with the latest changes, Ive only looked at parakeet unified while watching Sharknado this morning
Im still using the defaults and tried the new dropdown for realtime vs sentence at a time.
Im actually seeing more latency with the real time model. So for now Im just using the sentence at a time.
I haven't tried this with the other models yet.