Following some recent changes, the collection of strings does not use
B_COLLECTING_CATKEYS define anymore. Adjust the code to use
B_TRANSLATE_MARK_VOID instead, leading to the same result (string is
added to catalog, but not used)
* Initial testing with QEmu emulation works with interrupt/bulk,
testing on real hardware still not working. Small bulk requests work
OK, not bigger ones (for instance it can't load the MediaPlayer
application at 800KB).
* QEmu doesn't support byte read in the MMIO space, switch to double word.
* added SubmitNormalRequest() for interrupt and bulk endpoints.
* AllocateDevice(): fixed the physical address of the link TRB pointing
to the beginning of the ring.
* _InsertEndpointForPipe(): setup context for non-default endpoints
on creation. This should get the device to the configured state.
* _UnlinkDescriptorForPipe(): the next pointer wasn't null after unlinking.
* HandleTransferComplete(): add descriptor to a list to be processed by the
finisher thread.
* FinishThread(): process finished transfers and call the callback,
then free the TRB.
* added more traces, coding style
* added xhci_td, xhci_endpoint structs.
* SubmitRequest: this links a 3-stage TD control request into
the endpoint ring.
* _InsertEndpointForPipe: when a pipe is created, configure the
endpoint and set up the controller cookie.
* CreateDescriptor and FreeDescriptor: allocates memory for a TD.
* _LinkDescriptorForPipe: link a TD in an endpoint ring.
* _UnlinkDescriptorForPipe: unlink a TD
* AllocateDevice:
slot number zero isn't valid.
stick the slot number to the device struct.
configure the default endpoint before calling SetAddress.
address is found in the device context instead of the input context.
device address passed to the USB stack has to begin with 1.
* Ring:
check for invalid slot/endpoint combination.
ring the slot doorbell instead of the doorbell 0.
* Root hub: fixed USB version.
* HandleTransferComplete: finds out the TD which submitted a
transfer.
* USB Core:
Hub: pass more correct speed, port and address for USB3 devices.
Transfer: doesn't care for bandwidth computation for super speed.
BusManager: Make AllocateDevice() and FreeDevice() virtual, XHCI needs to setup
a slot and an address for the device.
Add USB_SPEED_WIRELESS usb_speed definition.
Add USB2.0 erratum definition and some USB3 definitions
* XHCI:
Find outs which port supports SuperSpeed or not.
Override AllocateDevice() to configure slot and address for a connected device.
Override FreeDevice() to free ressources associated to a slot.
Add context struct definitions.
* remove the xhci cmd complete thread
* creation of the scratchpad area
* wait for running status after starting the controller
* increase delays on controller reset (250ms instead of 100ms)
* use of SpinLocker from AutoLock.h
* add a DoCommand() method to queue a command, ring and wait for the event
response
* add a method for each command
* XHCI_PORTSC macro was off 1 port
* add definitions for TRB types, Completion Codes.
* Use the ServerConnection class in POP3 too. This means no #ifdef USE_SSL for the connection anymore.
* I remember from the mailing list that there were problems with to many open connection using POP3. Thus, if there is an error or nothing to retrieve close the connection.
* Resolves blocker #8322.
* Should resolve #8151, #8163, #8282, #8457
* Digital output on DVII was getting hard set
in the encoder to analog / CRT mode.
* We now check the edid "type" flag
* Flag gets set to 1 if edid data from digital
transmitter, 0 if analog transmitter.
* First steps at getting card command processor wired
up to the ring buffers.
* Code doesn't run yet as I have *no* idea what happens
when these rings are in an invalid state.
* rename B_TRANSLATE_CONTEXT to B_TRANSLATION_CONTEXT and
B_TRANSLATE_WITH_CONTEXT to B_TRANSLATE_CONTEXT, squashing a TODO
* adjust all uses of both macros in Haiku's source tree
* use correct header guard for collecting/Catalog.h
The renamed macros require adjustments to all external applications
using catalogs.
* rename BCatalogAddOn to BCatalogData, since it doesn't represent an
add-on, but rather the catalog data provided by an add-on
* move BCatalogData out of Catalog.{h,cpp} into its own header and
implementation file
* drop BCatalogData::MarkForTranslation() methods, they're not needed
* drop BCatalog::GetNoAutoCollectString() methods, they're not being
used anywhere
* cleanup the B_TRANSLATE_... macros somewhat
* add versions of the B_TRANSLATE_MARK_... macros that are meant to be
used in void context (when the string isn't being used by the program,
just meant to be picked up by collectcatkeys).
* adjust several apps to use B_TRANSLATE_MARK_..._VOID where needed
* adjust users of BCatalogAddOn accordingly
* it's bad practice to do a 'using <namespace>' in a header, as that
is very likely to have unintended effects, so drop those from a couple
of private Locale headers
* adjust files all over the locale kit in order to fix the problems
(by explicitly importing the required classes in the implementation
files)
* Rename RenderQueue to RingQueue to be more generic
* We will need two Ring Buffer types, one for
host -> gpu (render/cp data) and one gpu -> host (irq)
* Add header guard to ringqueue.h
* Things still may change as I work up to a bigger picture.
Debug macros like PRINT, ERROR, etc. are defined differently in NetFS
and UserlandFS. In NetFS they use single parentheses while in UserlandFS
double parentheses are required. Somehow this got mixed up in NetFS and
there were both styles of calling these macros what caused the incorrect
one to produce compilation errors.
Signed-off-by: Ingo Weinhold <ingo_weinhold@gmx.de>
The problem appeared to be on the request creating side (i.e. in the
kernel add-on) which did not support NULL pointers properly.
Relocation of addresses in request when it is received translates
offset = 0, size = 0 to pointer NULL so that no change in that part
of code was required.
Signed-off-by: Ingo Weinhold <ingo_weinhold@gmx.de>
