* The direct methods in BMailProtocol now forward the request to the
looper; it's no longer the mail_daemon's responsibility to know
anything about that protocol.
* It's in desperate need of refactoring, but it doesn't hurt to add
it to the repository as is.
Signed-off-by: Augustin Cavalier <waddlesplash@gmail.com>
This is a squash of the 42 commits by @mshlyn, as I couldn't find a
way to break them into logical chunks. I did not include these in the build,
as it appears that they only partially work anyway, and much more cleanup is
still needed. However, this is a huge improvement on what was in the tree
before, which looked horrendous and didn't even compile (as it was designed
for the old stack).
Mostly fixes#812.
* Fix Endpoint Context Initialisation (Refer xHCI v1.1 - 6.2.3)
* Fix Interval Calculation (Refer xHCI v1.1 - 6.2.3.6 , USB 2.0 - 9.6.6 page 271)
* Fix MaxBurst, MaxPacketSize Calculation (Refer xHCI v1.1 - 6.2.3.5, USB 2.0 - 9.6.6 page 271)
* Fix MaxESITPayload Calculation (Refer xHCI v1.1 - 4.14.2)
* Remove Link TRBs as they were never being used
* Increase Number of TRBs per endpoint (to utilise the whole area allocated for Device TRBs)
* Fix usage of XHCI_MAX_ENDPOINTS (most of the checks were failing at corner cases)
* Some coding style fixes.
Signed-off-by: Augustin Cavalier <waddlesplash@gmail.com>
Before this patch, writes to USB disks on XHCI in VirtualBox (which emulates
an Intel C210) stalled or failed. After this patch, they apparently work,
although I got mixed results - a BFS disk seemed to work perfectly, a FAT32
one also seemed to work OK but after a reboot there was data corruption. USB
mouse is still as busted as ever.
These are now done in AcpiInitializeSubsystem(), as part of the
early init so they can be present when the tables are loaded.
Should fix ACPI not working since the merge.
Requested by RudolfC. Apparently there was a regression which prevented
ACPI battery/power from working on his system, which was fixed by
https://github.com/acpica/acpica/commit/a3267967c.
The only testing I did with this was confirm it compiles and boots
in a VM, so apologies if this breaks something else.
This code is closer to what we used before for gcc2, and should not
crash there anymore. I could not get exactly the same code to work, but
reduced the difference to a single statement (which makes gcc2 work and
breaks gcc4). This is protected under a guard with appropriate ffmpeg
version test.
This code works for both gcc2 and gcc4 (tested with mp3 and aac files as
well as youtube videos). It still gets the timestamps wrong with ffmpeg
2.4, but I'll try to solve that another time.
Commit 856cc59e58 didn't really "fix"
anything; it just broke audio pretty much everywhere but YouTube,
and there videos play at 2x speed so it wasn't really worth it.
Stopgap solution for #12509.
* People interested, please review!
* This is based on the patch from Fredrik Moden which was based on
the Oleg Krysenkov one.
* The original patch has been reworked by myself.
* Adapted the code to work with the new PluginManager API which
differently than before doesn't need to contact the media_server.
Check for partial matches on the product_name string.
Tested with a USB card reader and an SD card.
Feel free to add icons for Compact Flash and Secure Media and more matches.
* The message to send the mails never made it to the add-on looper.
* Mail protocol threads now have names.
* Added a "public" BOutboundMailProtocol::SendMessages() call that sends
itself a message (even the correct one this time).
In 2346363b, had corrected the offset writing to the disk, but missed
correcting the offset for reading from the entries struct.
Instead of writing a block, just write the single entry, simplifying
the offset logic considerably.
Some codecs will always output audio in planar mode no matter what we
request. This is the case for example with AAC used for youtube. We now
use swresample to convert from planar to packed format.
Note that since swresample does its own buffering, we could probably do
away with some of the code that handled buffering before, making the
audio pipeline simpler and faster.
Fixes audio in youtube, but now the video plays at 2x speed. It seems
something is wrong with the timestamps. Possible things to investigate:
* why do we use the packet dts instead of the pts from the frames anyway?
* the pts and pkt_dts are in "stream time_base units". We seem to assume
microseconds for audio but this is probably not the case. Or did I
miss where the conversion is done?
* Our media kit is designed to work with packed audio: which means the
samples from different channels are interleaved in a single stream
* Old ffmpeg versions also used this, but they now switched to the
planar format, where each channel is stored separately.
* Fortunately, we can request ffmpeg to use the packed format. We
actually already tried to do that, but the API for requesting a sample
format has also changed.
* Finally, we didn't recognize the packed format reported by the codecs,
which in some cases could lead to 16/32 bit mismatches on top of the
planar/packed mixup.
Fixes audio with ffmpeg 2.8 (ticket #12460)
Tested with a 5MB image, seems to work.
There seems to be an issue with too long names though, or possibly names with spaces.
Also, technically it supports FAT12,16 and 32, so it should probably be renamed
in the interface.
Didn't check how to declare support for more than 1 partition types either.
* These are the standard types used in HTML5 media, tell everyone that
we can handle them.
* A few more green items in html5test.com, no extra points since none of
the formats are mandatory however.
* Added B_ prefix.
* Renamed 16 bit variants to B_LENDIAN16_*.
* Added 32 bit variants (albeit only 16 of them for now).
* Adjusted headers that were using them.
