UltraCoder/libwebrtc
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libwebrtc Build Status Build Status

CMake script for retrieving, building and linking Google's WebRTC into a single static library.

Status

The following table displays the current state of this project, including supported platforms and architectures.

Linux macOS Windows iOS Android
x86 x64 arm x86 x64 x86 x64 arm arm arm64 x86 x64
✔ ✔ ✔

Prerequisites

  • CMake 3.5 or later,
  • Python 2.7 (optional for Windows)

Debian & Ubuntu

Install the required development packages

# apt-get install build-essential libglib2.0-dev libgtk2.0-dev libxtst-dev \
                  libxss-dev libpci-dev libdbus-1-dev libgconf2-dev \
                  libgnome-keyring-dev libnss3-dev libasound2-dev libpulse-dev \
                  libudev-dev

Windows

  • Windows 7 x64 or later, x86 operating systems are unsupported.

  • Visual Studio 2015 with updates - Download the Installer

    Make sure that you install the following components:

    • Visual C++, which will select three sub-categories including MFC
    • Universal Windows Apps Development Tools > Tools
    • Universal Windows Apps Development Tools > Windows 10 SDK (10.0.10586)

Getting Started

Clone the repository, initialize the submodules if depot_tools is not installed on your system or not defined inside your PATH environment variable. Create an output directory and browse inside it.

$ git clone https://github.com/aisouard/libwebrtc.git
$ cd libwebrtc
$ git submodule init
$ git submodule update
$ mkdir out
$ cd out

Windows users must append Win64 if they are using a Visual Studio generator. The libwebrtc.sln project solution will be located inside the current directory output directory.

> cmake -G "Visual Studio 14 2015 Win64" ..

Unix users will just have to run $ cmake .. to generate the Makefiles, then run the following commands.

$ make
$ make package
# make install

The library will be located inside the lib folder of the current output directory. The include folder will contain the header files.

Advanced Usage

The library will be compiled and usable on the same host's platform and architecture. Here are some CMake flags which could be useful if you need to perform cross-compiling.

  • BUILD_SAMPLES

    Build PeerConnection sample, source code located inside the Samples/PeerConnection directory.

  • BUILD_TESTS

    Build WebRTC tests. (not supported yet)

  • NINJA_ARGS

    Arguments to pass while executing the ninja command. For instance, you can define the number of cores you would like to use, in order to speed-up the build process:

    cmake -DNINJA_ARGS="-j 4" ..

  • TARGET_OS

    Target operating system, the value will be used inside the --target_os argument of the gn gen command. The value must be one of the following:

    • android
    • chromeos
    • ios
    • linux
    • mac
    • nacl
    • win

  • TARGET_CPU

    Target architecture, the value will be used inside the --target_cpu argument of the gn gen command. The value must be one of the following:

    • x86
    • x64
    • arm
    • arm64
    • mipsel

Contributing

Feel free to open an issue if you wish a bug to be fixed, to discuss a new feature or to ask a question. I'm open to pull requests, as long as your modifications are working on the three major OS (Windows, macOS and Linux).

Don't forget to put your name and e-mail address inside the AUTHORS file! You can also reach me on Twitter for further discussion.

License

MIT ©