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Original commit credit to Amaury Pouly, Moshe Piekarski Pushed across the finish line by Dana Conrad To enable, see setting under General Settings --> System --> USB-DAC. On devices with few endpoints, this may not work while HID and/or mass storage is enabled. Adds new dedicated mixer channel. setting usb-dac can have values: - never (0) - always (1) - while_charge_only (2) - while_mass_storage (3) Relevant devices are DWC2 and ARC usb controller devices. That being: x1000 Native targets (m3k, erosqnative, q1, others...?), sansac200, creativezenxfi2, vibe500, ipodmini2g, ipod4g, creativezenxfi, creativezenxfi3, sansaview, ipodcolor, creativezenxfistyle, samsungypz5, sansafuzeplus, iriverh10_5gb, tatungtpj1022, gigabeats, faketarget, samsungyh820, gogearhdd1630, samsungyh925, ipodmini1g, ipodvideo, creativezenmozaic, sonynwze370, creativezen, gogearsa9200, gogearhdd6330, sonynwze360, sansae200, mrobe100, iriverh10, creativezenv, ipodnano1g, samsungyh920 USB Driver-wise, it should be noted that this patch requires some slight changes: - proper blocking on control OUT transfers, to make sure the data is received *before* using it, the usb_core should probably use that too - drivers can now support interface alternate settings - drivers can be notified of completion by a new fast handler, which is called directly from the driver; this is is necessary for isochronous transfers because going through the usb queue is way too slow Designware changes: - enable for USBOTG_DESIGNWARE - set maxpacketsize to 1023 for ISO endpoints Change-Id: I570871884a4e4820b4312b203b07701f06ecacc6 |
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| apps | ||
| backdrops | ||
| bootloader | ||
| debian | ||
| docs | ||
| firmware | ||
| fonts | ||
| gdb | ||
| icons | ||
| lib | ||
| manual | ||
| packaging | ||
| tools | ||
| uisimulator | ||
| utils | ||
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| .gitattributes | ||
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__________ __ ___.
Open \______ \ ____ ____ | | _\_ |__ _______ ___
Source | _// _ \_/ ___\| |/ /| __ \ / _ \ \/ /
Jukebox | | ( <_> ) \___| < | \_\ ( <_> > < <
Firmware |____|_ /\____/ \___ >__|_ \|___ /\____/__/\_ \
\/ \/ \/ \/ \/
Build Your Own Rockbox
1. Clone 'rockbox' from git (or extract a downloaded archive).
$ git clone git://git.rockbox.org/rockbox
or
$ tar xJf rockbox.tar.xz
2. Create a build directory, preferably in the same directory as the firmware/
and apps/ directories. This is where all generated files will be written.
$ cd rockbox
$ mkdir build
$ cd build
3. Make sure you have mips/m68k/arm-elf-gcc and siblings in the PATH. Make sure
that you have 'perl' in your PATH too. Your gcc cross compiler needs to be
a particular version depending on what player you are compiling for. These
can be generated using the rockboxdev.sh script in the /tools/ folder of the
source.
$ which arm-elf-eabi-gcc
$ which perl
4. In your build directory, run the 'tools/configure' script and enter what
target you want to build for and if you want a debug version or not (and a
few more questions). It'll prompt you. The debug version is for making a
gdb version out of it. It is only useful if you run gdb towards your target
Archos.
$ ../tools/configure
5. *ploink*. Now you have got a Makefile generated for you.
6. Run 'make' and soon the necessary pieces from the firmware and the apps
directories have been compiled, linked and scrambled for you.
$ make
$ make zip
7. unzip the rockbox.zip on your music player, reboot it and
*smile*.
If you want to build for more than one target, just create several build
directories and create a setup for each target:
$ mkdir build-fuzeplus
$ cd build-fuzeplus
$ ../tools/configure
$ mkdir build-xduoox3
$ cd build-xduoox3
$ ../tools/configure
Questions anyone? Ask on the mailing list or on IRC. We'll be happy to help you!