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MistServer Pro features a fully fledged streaming media toolchain allowing you to utilise MistServer as complete streaming media platform to a simple media server in mere minutes. A short feature list is given below, for full specifications please view our specifications page.

Source: 'push://192.168.137.19' MistServer needs to know what input will be used and where to expect it from. Using this source will tell MistServer to expect an incoming RTMP push from the ip 192.168.137.19. This will also make sure that only the address 192.168.137.19 is allowed to push this stream. OBS Stream settings. MistServer makes this possible through the following key features: On the fly repackaging to all common delivery formats. In the past, now, and in the future. Our meta-player picks the best player for you, and can change players or delivery methods depending on current conditions (device, network, load, etc). MistServer V2.11 Quickstart guide May 17, 2017 Phone: +1 408 677 5212 Phone: + 619 E-mail: info@ddvtech.com 1 Quickstart guide for MistServer 1.1 List of files and their purpose MistServer consists of multiple binaries, all working together to form the software as a whole. Each binary is dedicated to a specific task: MistController.

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[Blog] Generating a live test stream from a server using command line

Hello everyone! Today I wanted to talk about testing live streams. As you will probably have guessed: in order to truly test a live stream you'll need to be able to give it a live input. In some cases that might be a bit of a challenge, especially if you only have shell access and no live input available. It's for those situations that we've got a script that uses ffmpeg to generate a live feed which we call videogen. The script itself is made for Linux servers, but you could take the ffmpeg command line and use it for any server able to run ffmpeg.

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What is videogen

Videogen is a simple generated live stream for testing live input/playback without the need for an actual live source somewhere. It is built on some of the examples available at the ffmpeg wiki site. It looks like this:

ffmpeg

As you might've suspected, in order to use videogen you'll need ffmpeg. Make sure to have it installed or have the binaries available in order to run videogen.

Installing videogen

Place the videogen file in your /usr/local/bin directory, or make your own videogen by pasting this code in a file and making it executable:

Using Videogen

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Videogen is rather easy to use, but it does require some manual input as you need to specify the output, but you can specify any of the codecs inside as well incase you want/need to use something else than our default settings.

The only required manual input is the type of output you want and the output URL (or file). For MistServer your output options are:

RTMP

RTSP

TS Unicast

TS Multicast

As it's all run locally it doesn't really matter which protocol you'll be using except for one point. RTMP cannot handle multi bitrate using this method, so if you want to create a multi bitrate videogen you'll usually want to use TS.

Additional parameters

You'll have access to any of the additional parameters that ffmpeg provides for both video and audio encoding simply by just adding them after the videogen command. Ffmpeg handles the last given parameters if they overwrite previously given parameters. For all the ffmpeg parameters we recommend checking the ffmpeg documentation for codecs, video and audio.

Some of the parameters we tend to use more often are:

-g NUMBER

This determines when keyframes show up. This sets the amount of frames to pass before inserting a keyframe. When set to 25 you'll get one keyframe per second, as videogen runs at 25fps.

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-s RESOLUTIONxRESOLUION

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This changes the resolution. The default of videogen is 800x600, so setting this to 1920x1080 will make it a 'HD' stream, though the quality is barely noticeable with this script. We tend to use screen resolutions to verify a track is working correctly.

-c:v hevc or -c:v h264

This changes the video codec. The default is h264 baseline profile of 3.0, which should be compatible with any modern device. Changing the codec to H265 (HEVC) or 'default' h264 changes things and might be exactly what you want to find out. Do note that HEVC cannot work over RTMP, use RTSP or TS instead!

-c:a mp3 -ar 44100

This changes the audio codec. The default is aac, so knowing how to set mp3 instead can be handy. Just be sure to add an audio rate as MP3 tends to bug out when it's not set. We tend to use 44100 as most devices will work with this audio rate.

Multibitrate videogen

Obviously you would want to try out a multi bitrate videogen as well, which you can do but will want to use TS for instead of RTMP as RTMP cannot handle multi bitrate through a single stream as push input.

You can find our multi bitrate videogen here.

You can also make an executable file with the following command in it:

This will create a multi bitrate video stream with aac and mp3 audio and a 800x600, 1920x1080 h264 video stream and a single 1920x1080 h265 (HEVC) stream. That should cover 'most' multi bitrate needs.

You will always want to combine this with the ts output for ffmpeg, so using it will come down to:

Using videogen or multivideogen with MistServer directly

Of course you can also use videogen or multivideogen without a console, you will still have to put the scripts on your server (preferably the /usr/local/bin folder) however.

To use them together with MistServer just use ts-exec and the mpegts output of ffmpeg like this:

MistServer source:

You can put the streams on always on to have a continuous live stream or leave them on default settings and only start the live stream when you need it. Keep in mind that as long as they're active they will use CPU.