For unsupported browsers it will fall back to Flash. As long as you provide both an h.264 and WebM encoded version of the video, it will play natively on almost all browsers. I found John Dyer’s MediaElement.js to be an excellent solution for doing this. 'conditions':, ], 'sources': [ 'h264.I recently added a video player to a client’s site. #, - 'use_third_party_h264%': 0, # TODO(hbos): To be used in follow-up CL(s). # CHECK THE OPENH264, FFMPEG AND H.264 LICENSES/PATENTS BEFORE BUILDING. If FFmpeg is built without H.264, + # compilation succeeds but |H264DecoderImpl| fails to initialize. Because FFmpeg can be built with/without H.264 + # support, |ffmpeg_branding| has to separately be set to a value that + # includes H.264, for example 'Chrome'. This is supported on + # all platforms except iOS. + # Enable this to build OpenH264 encoder/FFmpeg decoder. # Without it, it compiles but H264DecoderImpl fails to initialize. # FFmpeg can be built with/without H.264 support, see 'ffmpeg_branding'. # - ffmpeg_branding=Chrome is one way to support H.264 decoding in FFmpeg.

# - use_openh264=1 is required for OpenH264 targets to be defined. Because of this, OpenH264 - # and FFmpeg have to be correctly enabled separately. # Encoding uses OpenH264 and decoding uses FFmpeg.

'use_objc_h264%': 0, - # Enable this to build H.264 encoder/decoder using third party libraries. +++ -137,16 +137,14 Enabling this may break interop with Android clients that support H264. Rtc_use_h264 flag (replacing use_third_party_h264 flag) for building OpenH264/FFmpeg, false by default but can be overridden in supplement.gypi and build_overrides/webrtc.gni.Ĭr-Commit-Position: -git a/webrtc/build/common.gypi b/webrtc/build/common.gypi

H264 encoding ffmpeg