Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

i wasn't this excited waiting for my exam results! or even santa!

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

here's some info on compiling it

http://www.gnu.org/software/gnash/ma...f.html#runs-on

i think it slightly out of date as a lot of work has been done on gnash over the last few months, but i guess the compile instructions are still valid.

edit: yeah, that manual is a year old.

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

probably some time , i suspect days , not hours, as nothing works first time! it's pretty exciting that someone is attempting it though.

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

Last I remember, gnash is like 80% from being complete. That, and it's target was flash 9.4 playback. Could be wrong on both accounts though, but I know gnash isn't finished to some degree.

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

had a quick look on the fornt of the gnash homepage.
http://www.gnu.org/s/gnash/

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

The homepage is not exactly up to date it seems. They mention "growing support for swf v10" here: http://www.gnashdev.org/?q=node/73
so perhaps there is something.

I'm compiling the standalone player, because I didn't find xulrunner-dev right away and I didn't feel like fighting with it before testing whether this does anything. Takes ages to compile it seems.

EDIT, regardless of the growing support for v10, I wouldn't hold my breath for anything really useful...

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

http://i.imgur.com/s10xp.png

It runs at least, rather slow on slow, but I didn't really make any proper configurations... Will compile with some better options and see if it works better.

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

install n900 mplayer, also in the dev manual:

http://www.gnu.org/software/gnash/ma...f.html#runs-on

it says to run an autosomething script before running configure so maybe the autowhater script configures the hardware optimisations..

edit:from the dev manual:

Gnash uses FFmpeg for codecs, so any file supported by Mplayer should work with Gnash. Gnash supports the loading of patent free codecs like Ogg Vorbis or Theora from disk based files, while work is being done to support these codecs when embedded in a SWF file. FFmpeg contains the codecs used by the current SWF defintion, FLV, VP6 (ON2), H.263, H.264, and MP3.

now.. the question is did the mplayer team hardware accelerate the ffmpgeg codecs? i think the answer is yes. correct me if i'm wrong..

also to compile it , the dev manual says

The typical process of building from source will involve getting the source, build dependencies, configuration, compilation, testing, and installation. A simplified overview of the process would be:

./autogen.sh
./configure
make
make check
make install

Re: watch flash 10.1 videos with hardware acceleration on maemo with GNASH? maybe maybe
 

Figured I'd join just to talk about this:

My last experience with gnash (on a desktop OS) wasn't very good. It wouldn't run most Flash 9 flashes at all (VVVVVV for example). My quick experience with porting it to the Maemo dev environment wasn't any better.

In fact, when you run a Flash 9 SWF with gnash in verbose mode, it warns you that Flash 9 isn't fully supported. If it barely supports Flash 9, what makes you think you'll have any better luck with Flash 10.1?

I think a more ambitious project would be to port Lightspark to maemo. Apparently it has an ARM port by the Ubuntu folks (https://launchpad.net/ubuntu/natty/+...0.4.6-0ubuntu1). It supports AS 3, and will fallback on gnash for AS 1 and 2 code.