* Don't touch transmitter.
* Potential fix for #8331 and other HD 5xxx, 6xxx
mode setting issues.
* Missed in my backport drm commit:
3a47824d85eeca122895646f027dc63480994199
* Tested as non-impacting change on my APU
* Version 17-02-2012
* Used to initialize the Raspberry Pi GPU and boot it
* License is permissive, I've also included the
confirmation email on this license.
* Little bootloader documentation.
* Still nothing to get excited about, preliminary.
* Add a notification if the network interface monitored by
the system tray icon has a major state change.
* This gives users a little feedback on connection state.
* User is only prompted once on each state change.
* TODO: change system tray icons to vector so we can scale
them up better.
* This value is card internal framebuffer offset
* 0 is the proper value, however it was causing issues for me
* The mode setting issues I saw before are now gone, and this
seems to make mode setting more stable now.
* This was a *big* oops on my part.
* We were missing initial setup call for
Kaleidoscope and DP Bridge encoders.
* If you were having radeon HD mode setting
issues, try this change.
* Potential fix for #5722, #7397, #8059, #8151, #8282,
#8289, #8310, #8322, #8331
* Begin storing the lcd flags in lvds info call as the
encoder needs them.
* Fill out laptop / lvds todo in encoder code.
* Stub out dvo encoder calls, not sure use cases for dvo.
* Try to not blank the crtc when it is alreay disabled
* Clean up wording, active now present on display info
* Don't lock crtc when doing normal dpms calls, crtc
should only be locked during mode set / change
* "DANGER" is a little strong of a warning
* Provide better tracing when things go wrong
* Give raw table / operation values in addition
to AtomBIOS pointers
* If apic is not present, the smp code never gets called
to set up the fpu.
* Detect lack of apic, and set up fpu in arch_cpu.
* Should fix#8346 and #8348
* Move to new mesa optional package whih build options:
-march=i586 -mtune=i686 -mmmx (removing all -msse*)
* SSE asm still executes based on CPU flags
* Fixes blocker #8318
* Fix red teapot on mouseover. This was due to extra
buffer swap.
* Fix crash on double buffer usage.
* We still use single buffer at the moment as Haiku
has a software cursor that gets overwritten by GL apps
* Prepend x86_ to non-static x86 code
* Add x86_init_fpu function to kernel header
* Don't init fpu multiple times on smp systems
* Verified fpu is still started on smp and non-smp
* SSE code still generates general protection faults
on smp systems though
* Add new function to check for protocol support
* If IPv6 support is present assign ::1 to loopback
* ping6 ::1 functions 100%
* Still some route strangeness with link local addresses
* Check to ensure the address doesn't already exist on card
* In the future we will want to check interface address flags
for any local scoped addresses on a card.
* Remove old ioctl code, cleanup AutoLooper.
* Move link local code into NetServer
AutoLooper should only be used for things that
count as "auto-configuration" such as DHCP, router
advertisements, and DHCPv6
* Properly form IPv6 link local address from MAC address
* I think some IPv6 routes are needed still for proper
local link connectivity.
* Duplicate Address Detection is still a TODO
* Style cleanup
* Prevent trademark issues with "OpenGL" text.
* Rename OpenGL preference pane "3D Rendering"
* Update catkeys
* Add a better image to 3D Rendering preferences
(we can change this if there are objections, just
trying to pretty the pane up a little)
* The !DOUBLE actually wipes *all* GL settings causing the
teapot depth issues.
* Teapot now renders properly, however still flickers red
on mouse over.
* Disable tracing, it really spams the console when GL is
working.
* Philippe voiced that he was the original author in the ML,
adding Philippe to the headers to ensure credit is given.
* Adding Precision Insight copyright back *just incase*
It's unclear if Precision Insight code was used given
Philippe's comments in the ML, lets be safe and add it back.
As we have Brian's permission for these changes I feel
comfortable with it.
* I received the ok via email from Brain Paul at mesa to
relicense the GLDispatcher sources to MIT + him as the
author.
* Update include ordering
* Remove HAIKU_TARGET_PLATFORM_HAIKU ifdefs for boot options
* Use non-debug version which is a *lot* smaller
* Represents bug fixes to Mesa under Haiku, x86
assembly + sse is now used with swrast.
* Remove state.h requirement as I can't find anything
that actually uses it.
* Return the correct error code if there is a connection error
* Be more verbose if there is a problem
network connection problem instead of showing "Login error: "
* IMAP inbound: Show a valid error message if there is a
* Show server name resolution, fishes out IPv6 bug #8293
* Rename init_sse to init_fpu and handle FPU setup.
* Stop trying to set up FPU before VM init.
We tried to set up the FPU before VM init, then
set it up again after VM init with SSE extensions,
this caused SSE and MMX applications to crash.
* Be more logical in FPU setup by detecting CPU flag prior
to enabling FPU. (it's unlikely Haiku will run on
a processor without a fpu... but lets be consistant)
* SSE2 gcc code now runs (faster even) without GPF
* tqh confirms his previously crashing mmx code now works
* The non-SSE FPU enable after VM init needs tested!
* Move compiled binaries into lib.haiku within Mesa optional
pacakge, this enables us to use Make or scons to build Mesa
* Untangle libGL linking and order library inclusion
* Remove zmuldef hacks
* Compile libgallium into the libGL on Mesa 8.0 / gcc4 images
* Don't Mesa calculate cpu optimizations due to visibility
issues, use Mesa cpu functions for this.
* Don't allow undefined symbols in libGL.so to ensure sanity.
* Move Mesa optional packages to haiku-files
* Rename _SetSpan to _SetupRenderBuffer to perform more general
render buffer setup and consolidate code
* Remove CMAP8 calls. Mesa no longer supports CMAP8. CMAP8 GL
use cases are non-existent
* Call different functions depending on Mesa version
* The --no-warnings is for the GL headers which produce
large numbers of attribute directive ignored warnings
that cannot be disabled on gcc2
* Some of these changes may be pulled back with the NEW_MESA
define so this works across older and newer Mesa versions
* NEW_MESA defines and checks should be removed when gcc2 is
no longer a supported platform
* Record external clock frequency (aka, DP non-pll)
* Add function to control DIG transmitter
* Cleanup duplicated is external code in encoder mode set
* Add color space to BPP function
* Pass display_mode to DP lane count function
* Get BPP in DP lane count
* Move some DPInfo population out of DP link training
as other things need them sooner.
* Fill out DP code in external encoder setup
