So I decided to give it a try. To see if I could in fact get the server up and running on my ubuntu machine. To my surprise, the standard install scripts worked flawlessly.

Here are the steps:

1. Download the development server
2. unzip FlashMediaDevServer_4_5_all.zip
3. cd [path_to_unzipped_files]/linux
4. tar -zxvf FlashMediaServer4.5_x64.tar.gz
5. cd FMS_4_5_0_r297
6. sudo ./installFMS
7. follow the onscreen instructions
8. point your browser to your machines IP address.

Assuming you have MacPorts installed. Run the following command:
sudo port install erlang

Once that is done you are ready to install Erlyvideo. Go here for up to date install instructions (you will also need git installed).

Finally on to the fun stuff. go to http://localhost:8082/

Assuming everything worked alright you should see the flash content loaded. Go ahead open up terminal and run the following command replacing INPUT_FILE with the file of your choice.

ffmpeg -i INPUT_FILE -re -ac 2 -acodec libfaac -vcodec libx264 -vpre default -s 480x320 -f flv rtmp://localhost:1935/rtmp/test

Now switch back to your browser where you have the erlyvideo page loaded. replace the url at the top of the page with.
rtmp://localhost:1935/rtmp/test

Click on the Connect button.
Then towards the bottom of the page click the Play button.

Congratulations you are now streaming video to erlyvideo!!!

First you will need to download and install Xcode and then MacPorts. Please go here for MacPort download and install instructions.

Once when MacPorts is done being installed you will need to install a few packages. They include yasm, pkgconfig and openssl. So lets begin getting those installed first. Type the following command into terminal and then press enter.
sudo port install yasm pkgconfig openssl

Once when this is complete you will need to download a few extra files. We are going to compile these manually so we make sure we have the latest and greatest.

FAAC v1.28
FAAD2 v2.7
Lame
LIBRTMP
x264 (download the latest build)
FFMPEG 0.6

First you will want to extract each archive. In OSX you can double-click on the archive to extract or else in terminal use the following command.

tar xzf FILE_NAME.tar.gz

Now it’s time to compile each library. Don’t worry its very easy. For the rest of the steps we will only be working in terminal. So open it up and navigate to where you downloaded your files. Mine are located in my Downloads folder.
cd ~/Downloads

Enter the following commands to navigate to your faac folder, configure, compile and install.

cd faac-1.28/
./configure
make
make install

Now to compile Faad

cd ../faad2-2.7/
./configure
make
make install

Lames turn

cd ../lame-3.98.4/
./configure
make
make install

RTMP is a little different.

cd ../rtmpdump-2.2e/
make SYS=MacOSX
make install

Your path to h264 will most likely be different from mine.

cd ../x264-snapshot-20100629-2245/
./configure
make
make install

Finally FFMPEG 0.6. This also requires a few more steps.
cd ../ffmpeg-0.6/
export PKG_CONFIG_PATH=/usr/local/lib/pkgconfig
./configure --enable-gpl --enable-nonfree --enable-pthreads --enable-libfaac --enable-libfaad --enable-libmp3lame --enable-libx264 --enable-libvpx --enable-librtmp
make
make install

Done! now you are ready to encode your file and send it to an RTMP server. I’ve been using the following command to test this.
ffmpeg -i INPUT_FILE -re -ac 2 -acodec libfaac -vcodec libx264 -vpre default -s 480x320 -f flv rtmp://localhost:1935/rtmp/test

Just replace INPUTE_FILE with the video you want to transcode and rtmp://localhost:1935/rtmp/test with the RTMP server you want to publish to. This could be a Flash Media Server, Wowza Server, Red5, Erlyvideo or any other server that supports this functionality.

Download your free developer edition here

From the site:

“ELIPS Studio 3 cuts through the complexity of the fragmented mobile market by providing a single development toolkit for the world’s most popular handsets. It includes a sophisticated simulator, and the code it generates is compact and rapid enough to run even on low-specification, mass-market handsets.”

How does it work?

1. Develop in Adobe Flex/Flash Builder
   ELIPS Studio 3 is available as a plug-in for Adobe Flex / Flash Builder, a popular IDE for the development of RIAs and RDAs using the ActionScript and MXML languages.
2. Use our mobile Flex Framework
   The product comes with a mobile-optimized version of the Flex Framework and a wide range of Flex extension libraries, including mobile device features and UI components. These provide additional capabilities beyond those found in the ‘standard’ Flex, such as making voice calls, accessing the phone’s address book, sending SMS or MMS, taking snapshots or videos with the camera, and more. You can also import open source ActionScript Web 2.0 libraries.
3. Build and deploy for the mobile platforms you want
   ELIPS Studio 3 automatically mobilizes and packages your Flex-based applications for industry-leading platforms, including iPhone, Android, Symbian, Windows Mobile, plus proprietary mass-market devices that run Real-Time operating systems (RTOS).
   And because Open-Plug has a long track record of creating optimized code for cellular handsets… you’ll get amazing performance with your new Mobile 2.0 applications!

< Air 2.0 Beta runtime / Air 2.0 Beta SDK >
< Flash Player 10.1 Beta / Player Global SWC >
< Developer Guides >
< AS3 Language Reference >

Samples:

Samples are from Adobe

This little project I’ve been playing around with is trying to get my HDHomeRun (HDHR) to rebroadcast its live feed to flash. I’ve been investigating technologies like Red5, C++ RTMP Server and Flash Media Server. With anything that requires multiple pieces of different technologies. The hard part is integrating these different pieces together. Luckily the HDHR is open source. So that provides a lot of avenues for development. The only hard part is trying to get the MPEG-TS from the HDHR and convert it on the fly to something flash can use.

So far I haven’t been able to get any of the solutions to work. but as soon as I do I’ll post something here.