This project has been discontinued. Check out what we made with the knowledge we learned by building Wallop: https://getchannels.com
Wallop is a transcoding server for your HDHomeRun Prime.
Wallop lets you watch TV streams on your iPhone, iPad, Roku, Web, Android device. Even away from home.
Wallop is still very new, and because of that, it's unstable.
Not unstable as in crash prone, unstable as in lots will change. Not a lot has been decided on, so things could change any time. Keep an eye on the pull requests in this repo to see what is new and what has changed.
The HDHomeRun Prime is an amazing CableCard TV tuner. It has 3 tuners, and makes its tuned content available over your local network. It even lets you capture these streams via HTTP with a simple CURL command!
The problem is, TV is generally broadcast in MPEG2 at bitrates hovering around 16-20mbps. This causes 3 problems:
This means, as awesome as this device is, and as accessible as the TV streams are, it's still basically useless. It can't stream to your phone, tablet, or even over your WiFi.
The solution is simple. Take these MPEG2 streams and transcode them to h.264 at a lower bitrate. That's what Wallop does.
Using FFMPEG, Wallop tunes the channel you request and consumes the stream from the HDHomeRun. It then transcodes it to a more consumable bitrate and broadcasts it as an HTTP Live Stream.
Voila! Now basically any modern device can stream TV from your HDHomeRun Prime.
Wallop is written in Ruby and runs fine with the Ruby that ships on OS X 10.8.
Wallop has only been tested running on OS X, though its just Ruby and FFMPEG, so it should run ok elsewhere.
You should have a modern version of FFMPEG compiled and installed. I'd suggest you just compile a fresh version from the most recent source. Here are good instructions on how get FFMPEG built for OS X. It's not that bad!
$ brew update $ cp vendor/libaacplus.rb /usr/local/Library/Formula/ $ cp vendor/x264.rb /usr/local/Library/Formula/ $ brew install x264 --HEAD $ brew install vendor/ffmpeg.rb --with-fdk-aac --with-libaacplus --with-libvo-aacenc --with-schroedinger --with-opencore-amr --disable-stripping
Wallop is a simple Ruby server. All you need to do is clone it down, install its dependencies, and start it up!
Be sure you have bundler installed first.
gem install bundler Bundler is a dependency management tool for Ruby.
git clone https://github.com/maddox/wallop.git cd wallop script/setup script/start open http://127.0.0.1:8888
To start the server after you've already set it up, just run this:
script/start open http://127.0.0.1:8888
You can optionally use launchd in OS X to start Wallop on boot. Not only will this start the server when the computer boots, but it will keep it running in case it crashes.
I'd suggest you make sure Wallop is running normally via
script/start before you install it this way.
This will install the script to launch it at boot and keep it alive. If you seem to be having trouble, you can tail the log for the install at
This will remove the script from launchd.
This will restart the server. If you update the server, you'll want to run this to get the updates running.
If you want to update Wallop, just do a normal
git pull on the repo you cloned down. Watch the development via this repo to see if there's anything you want to update for.
After updating the code, run:
This will fulfill any new dependencies as well as anything else that needs to happen after an update.
Wallop is pretty simple, but it does have a couple user configurable settings.
You can edit these settings via the
config/config.toml.example file. Once you have updated your setting save the file back to the config directory as
hdhomerun_host = "192.168.1.13" ffmpeg_path = "/usr/local/bin/ffmpeg" transcoding_path = "./tmp" port = "8888" hd_start = 500
The IP address of your HDHomeRun Prime on your network.
The path to your FFMPEG binary.
The path where Wallop will write the temporary segments when transcoding and streaming the tv streams. This defaults to the
tmp directory in Wallops own directory. If you want these files written somewhere else, you can change that here.
The port that the server will run on.
The start channel of your HD channels. Most providers start all of their HD channels at a certain number. Providing this number will let you browse JUST your HD channels.
Wallop supports the serving of Network Logos if you configure your channels to use them. Within the
config.toml file, you can map your channels to images. Just map the channel number to a file name and place those files into
/app/public/logos. Wallop will send the logo urls along in its JSON response to services talking to it.
[channel_logos] 506 = "cbs.png" 508 = "abc.png" 511 = "fox.png" 512 = "nbc.png"
you can see that
cbs.png corresponds to:
Logs are written out to the
Wallop rolls its logs whenever it starts up. So only information for the current process will be found in
log/wallop.log. When Wallop starts, it moves the old log to
log/wallop.old.log before starting up.
Wallop is more of a tool than a user facing application. It's designed to be used in coordination with other things like:
It has a full API that lets you kick off the transcode, pick your resolution and bitrate, and provides status of the stream. Read the documentation on how to talk to Wallop.
Wallop DOES have some web views that you can use to watch a stream though. Just open the server with your browser to see a list of channels. Tap/click a channel to start the stream.
Just point your browser to http://localhost:8888, or whatever host it's on.
Just tap/click a channel, and it will do it's thing and start streaming.
You have LOTS of channels. To alleviate this pain, you can set which ones are your favorites. Just tap/click the star and it will be set as a favorite channel.
This should speed up getting to the channels you want.
Basically the only browser that is supported right now is Safari. Sorry, Google hates HLS for some reason.
Chrome won't play the HLS stream natively, and JWPlayer wants $300 per year for their player that will fallback to flash for HLS streams. Even for non-commercial use. 👎
I don't have any Android devices, nor do I have any experience with them. So your milage may vary. I'd love to hear some feedback via issues
To get Wallop up and running quickly you can use the Docker image provided by ipstatic. It contains everything required to run Wallop.
On a machine that has Docker installed, pull the image down:
docker pull ipstatic/wallop
Next copy the sample config.toml file and ensure these directives are set:
ffmpeg_path = "/ffmpeg/bin/ffmpeg" acodec = "libfdk_aac" transcoding_path = "/tmp"
Then start the container:
docker run --rm --name wallop -v $(pwd)/config.toml:/wallop/config/config.toml -p 8888:8888 ipstatic/wallop:latest