*** SUPPORT FOR ARMv6 WILL ALSO BE ENFORCED, BUT NOTHING LOWER ***
*** THE TARGET PLATFORM IS TI OMAP3-35xx and OMAP3-34xx ***
svn path=/trunk/; revision=41880
THE ARM BUILD STARTS UP AGAIN (all host tools and makefiles are generated correctly).
NEW TARGET TOOLCHAIN IS NOW CEGCC 0.55 (GCC-4.4.0).
svn path=/trunk/; revision=41866
- Direct call for Set(Get)LastError
- Add RemoveVectoredContinueHandler, InterlockedCompareExchange64, GetCurrentProcessorNumber, BaseCheckRunApp, AddVectoredContinueHandler to export list
svn path=/trunk/; revision=41865
Ironically, the one thing that isn't generic -- which files get built -- was in the generic file, blocking the arm rbuild from ever being able to use it, so I split this out now.
Cleaned up the i386 and arm rbuild files to use the new generic rbuild.
Brought the arm rbuild file up to spec to use the new compilerset/linkerset and msvc-compliant options.
svn path=/trunk/; revision=41864
- Not actually used yet!
- No support for expansion nonpaged pool yet.
- No major optimizations.
- We simply do the sane thing of trying to combine the next free allocation with the one we're about to make, on free.
- If possible, we'll also check if the previous allocation was a free block, and we'll merge ourselves (and in the best case, whoever is following us) into that block instead.
- No debug checks/validation.
- Write a couple lines of code to allocate and free up to 4096 pages (it will stop when it runs out).
- This is to properly excercise this code on everyone's machines to make sure it works fine (it adds a little delay to booting, but only temporary).
svn path=/trunk/; revision=41859
- Fix BRUSHOBJ_pvGetRbrush, it's supposed to provide a realization, when there is none. For this reason call ENRUSHOBJ_bRealizeBrush, that will call Eng/DrvRealizeBrush to create a realisation. The old implementation never did this and I wonder how 3rd party display drivers were expected to work correctly without this.
- Implement EBRUSHOBJ_pvGetEngBrush working similar to BRUSHOBJ_pvGetRbrush, but providing the engbrush as GDI's realization. It's currently implemented as a handle to a translated pattern and not used anywhere yet.
- Rename EBRUSHOBJ_vUnrealizeBrus to EBRUSHOBJ_vCleanup. This function now needs to be called to free the resources for a BRUSHOBJECT that GDI or a driver might have allocated. This is done in DC_Cleanup before deleting the DC and in EBRUSHOBJ_vUpdate before newly initializing it.
- Get rid of the EBRUSHOBJ's XlateObject, instead for now create new XLATEOBJ's whenever needed. Don't worry these will be gone, as soon as we make use of the engbrush.
- Pass a pointer to the DC to EBRUSHOBJ_vInit, as this allows us to save stuff like the back and fore color.
- Fix a bitmap leak: CallDibStretchBlt returned before releasing the reference to the pattern surface.
- Some FASTCALL -> NTAPI changes
- tested with VBE, VMWare-Tools and VBox driver
- I hope I didn't forget anything
svn path=/trunk/; revision=41855
- Rubber works as color replacer when used with right mouse button
(mouse handling code reorganized)
- Bug occuring when painting to neg. coordinates finally fixed
- Polygon-tool added
- Bezier-tool added
svn path=/trunk/; revision=41851
- Implement InitXlateImpl(), that currently does ... nothing :)
- Don't pass a palette type to IntEngCreateXlate, when already passing a valid palette.
svn path=/trunk/; revision=41847
- The pin creation parameters are now placed right after the reference string. Handle this case in KsValidateConnectRequest
- Only store the passed create items, no need to copy the passed create items. This is required for enabling dynamic audio devices
- Fix copying of the object class in KsAllocateObjectHeader
- Check for KSCREATE_ITEM_IRP_STORAGE flag in KsCreate
[PORTCLS]
- Reduce initial audio buffer to about 1/3 second which greatly improves performance
[SYSAUDIO]
- Remove concept of audio subdevices
- Remove imported KsCreatePin
- Replace OpenDevice loop hack
svn path=/trunk/; revision=41842
