diff options
| author | Marcin Juszkiewicz <hrw@openembedded.org> | 2006-04-21 10:30:08 +0000 |
|---|---|---|
| committer | OpenEmbedded Project <openembedded-devel@lists.openembedded.org> | 2006-04-21 10:30:08 +0000 |
| commit | 28f02967abbf61c832bd5713ee7c055e2c73eb19 (patch) | |
| tree | fab6a9dab642c1e0ea3f78a5d0394c34a60397d2 /packages/qte/qte-2.3.12/c7x0-w100-accel.patch | |
| parent | 2ae892dc300673b51fb9eb2515a3b0e4f14ae587 (diff) | |
added qt/e 2.3.12 as non-default, WIP
Diffstat (limited to 'packages/qte/qte-2.3.12/c7x0-w100-accel.patch')
| -rw-r--r-- | packages/qte/qte-2.3.12/c7x0-w100-accel.patch | 3414 |
1 files changed, 3414 insertions, 0 deletions
diff --git a/packages/qte/qte-2.3.12/c7x0-w100-accel.patch b/packages/qte/qte-2.3.12/c7x0-w100-accel.patch new file mode 100644 index 0000000000..06a723447c --- /dev/null +++ b/packages/qte/qte-2.3.12/c7x0-w100-accel.patch @@ -0,0 +1,3414 @@ +ATI IMAGEON (W100) Accelerated support +Manuel Teira <manuel.teira@telefonica.net> + +# +# Patch managed by http://www.holgerschurig.de/patcher.html +# + +Index: qt-2.3.10-snapshot-20060120/configure +=================================================================== +--- qt-2.3.10-snapshot-20060120.orig/configure 2006-01-20 21:15:58.395868288 +0100 ++++ qt-2.3.10-snapshot-20060120/configure 2006-01-20 21:17:39.451505496 +0100 +@@ -366,6 +366,9 @@ + -accel-matrox) + QWS_ACCEL_MATROX=y + ;; ++ -accel-w100) ++ QWS_ACCEL_W100=y ++ ;; + -qvfb) + QWS_QVFB=y + ;; +@@ -767,6 +770,10 @@ + then + QT_CXX="$QT_CXX -DQT_NO_QWS_MATROX" + fi ++if [ -z "$QWS_ACCEL_W100" -a -n "$EMB" ] ++then ++ QT_CXX="$QT_CXX -DQT_NO_QWS_W100" ++fi + if [ -z "$QWS_VNC" -a -n "$EMB" ] + then + QT_CXX="$QT_CXX -DQT_NO_QWS_VNC" +@@ -1398,6 +1405,7 @@ + -accel-voodoo3 ..... Enable Voodoo3 acceleration. + -accel-mach64 ...... Enable Mach64 acceleration. + -accel-matrox ...... Enable Matrox MGA acceleration. ++ -accel-w100 ........ Enable ATI Imageon w100 acceleration (experimental). + -qvfb .............. Enable X11-based Qt Virtual Frame Buffer. + -vnc ............... Enable VNC server (requires network module). + +@@ -1522,6 +1530,7 @@ + [ "x$JPEG" = "xyes" ] && QT_LIBS="${QT_LIBS} -ljpeg" + [ "x$MNG" = "xyes" ] && QT_LIBS="${QT_LIBS} -lmng -ljpeg" # assume JNG support + [ "x$NAS_SOUND" = "xyes" ] && QT_LIBS="${QT_LIBS} -laudio -lXt" # Xt junk in audio library ++[ "x$QWS_ACCEL_W100" = "xy" ] && QT_LIBS="${QT_LIBS} -laticore" # Aticore W100 support + QT_LIBS="$L_FLAGS $R_FLAGS $QT_LIBS $l_FLAGS" + + +Index: qt-2.3.10-snapshot-20060120/src/kernel/qgfxraster_qws.cpp +=================================================================== +--- qt-2.3.10-snapshot-20060120.orig/src/kernel/qgfxraster_qws.cpp 2006-01-20 21:09:56.399900040 +0100 ++++ qt-2.3.10-snapshot-20060120/src/kernel/qgfxraster_qws.cpp 2006-01-20 21:17:39.454505040 +0100 +@@ -2699,7 +2699,6 @@ + } + #endif + // Bresenham algorithm from Graphics Gems +- + int ax=QABS(dx)*2; + int ay=QABS(dy)*2; + int sy=dy>0 ? 1 : -1; +@@ -5984,6 +5983,10 @@ + # include "qgfxmatrox_qws.cpp" + #endif + ++#if !defined(QT_NO_QWS_W100) ++# include "qgfxw100_qws.cpp" ++#endif ++ + #if !defined(QT_NO_QWS_VFB) + # include "qgfxvfb_qws.cpp" + #endif +@@ -6038,6 +6041,9 @@ + #if !defined(QT_NO_QWS_MATROX) + { "Matrox", qt_get_screen_matrox, 1 }, + #endif ++#if !defined(QT_NO_QWS_W100) ++ { "W100", qt_get_screen_w100, 1 }, ++#endif + #if !defined(QT_NO_QWS_TRANSFORMED) + { "Transformed", qt_get_screen_transformed, 0 }, + #endif +@@ -6078,6 +6084,8 @@ + qt_screen = driverTable[i].qt_get_screen( display_id ); + if ( qt_screen ) { + if ( qt_screen->connect( spec ) ) { ++ printf( "[%d]:Connected to screen '%s'\n", ++ getpid(), driverTable[i].name ); + return qt_screen; + } else { + delete qt_screen; +Index: qt-2.3.10-snapshot-20060120/src/3rdparty/kernel/aticore/aticore.h +=================================================================== +--- /dev/null 1970-01-01 00:00:00.000000000 +0000 ++++ qt-2.3.10-snapshot-20060120/src/3rdparty/kernel/aticore/aticore.h 2006-01-20 21:17:39.455504888 +0100 +@@ -0,0 +1,574 @@ ++/* ++ * AtiCore 2D acceleration API ++ * ++ */ ++ ++#include <inttypes.h> ++#include <sys/types.h> ++ ++#ifndef __W100API_H__ ++#define __W100API_H__ ++ ++#ifdef __cplusplus ++extern "C" { ++#endif ++ ++#define SolidRop_GXclear 0x00 /* 0 */ ++#define SolidRop_GXand 0xa0 /* src AND dst */ ++#define SolidRop_GXandReverse 0x50 /* src AND NOT dst */ ++#define SolidRop_GXcopy 0xf0 /* src */ ++#define SolidRop_GXandInverted 0x0a /* NOT src AND dst */ ++#define SolidRop_GXnoop 0xaa /* dst */ ++#define SolidRop_GXxor 0x5a /* src XOR dst */ ++#define SolidRop_GXor 0xfa /* src OR dst */ ++#define SolidRop_GXnor 0x05 /* NOT src AND NOT dst */ ++#define SolidRop_GXequiv 0xa5 /* NOT src XOR dst */ ++#define SolidRop_GXinvert 0x55 /* NOT dst */ ++#define SolidRop_GXorReverse 0xf5 /* src OR NOT dst */ ++#define SolidRop_GXcopyInverted 0x0f /* NOT src */ ++#define SolidRop_GXorInverted 0xaf /* NOT src OR dst */ ++#define SolidRop_GXnand 0x5f /* NOT src OR NOT dst */ ++#define SolidRop_GXset 0xff /* 1 */ ++ ++#define BltRop_GXclear 0x00 /* 0 */ ++#define BltRop_GXand 0x88 /* src AND dst */ ++#define BltRop_GXandReverse 0x44 /* src AND NOT dst */ ++#define BltRop_GXcopy 0xcc /* src */ ++#define BltRop_GXandInverted 0x22 /* NOT src AND dst */ ++#define BltRop_GXnoop 0xaa /* dst */ ++#define BltRop_GXxor 0x66 /* src XOR dst */ ++#define BltRop_GXor 0xee /* src OR dst */ ++#define BltRop_GXnor 0x11 /* NOT src AND NOT dst */ ++#define BltRop_GXequiv 0x99 /* NOT src XOR dst */ ++#define BltRop_GXinvert 0x55 /* NOT dst */ ++#define BltRop_GXorReverse 0xdd /* src OR NOT dst */ ++#define BltRop_GXcopyInverted 0x33 /* NOT src */ ++#define BltRop_GXorInverted 0xbb /* NOT src OR dst */ ++#define BltRop_GXnand 0x77 /* NOT src OR NOT dst */ ++#define BltRop_GXset 0xff /* 1 */ ++ ++#define DSTTYPE_8BPP 2 //8bpp ++#define DSTTYPE_16BPP_1555 3 //16 bpp aRGB 1555 ++#define DSTTYPE_16BPP_444 5 //16 bpp aRGB 4444 ++ ++#define SRCTYPE_1BPP_OPA 0 //mono (expanded to frgd, bkgd) ++#define SRCTYPE_1BPP_TRA 1 //mono (expanded to frgd, leave_alone) ++#define SRCTYPE_EQU_DST 3 //color (same as DST) ++#define SRCTYPE_SOLID_COLOR_BLT 4 //solid color for Blt (use frgd) ++#define SRCTYPE_4BPP 5 //4 bpp ++#define SRCTYPE_12BPP_PACKED 6 //12 bpp packed ++ ++#define ROP3_SRCCOPY 0xcc ++#define ROP3_PATCOPY 0xf0 ++ ++#define OVLTYPE_YUV420 7 ++#define OVLTYPE_RGB565 8 ++ ++#define DP_BRUSH_8x8MONOOPA 0 //8x8 mono pattern (expanded to frgd, bkgd ) ++#define DP_BRUSH_8x8MONOTRA 1 //8x8 mono pattern (expanded to frgd, leave alone ) ++#define DP_PEN_32x1MONOOPA 6 //32x1 mono pattern (expanded to frgd, bkgd) ++#define DP_PEN_32x1MONOTRA 7 //32x1 mono pattern (expanded to frgd, leave alone) ++#define DP_BRUSH_8x8COLOR 10 //8x8 color pattern ++#define DP_BRUSH_SOLIDCOLOR 13 //solid color pattern (frgd) ++#define DB_BRUSH_NONE 15 //No brush used ++ ++ typedef struct { ++ int16_t XCoord; ++ int16_t YCoord; ++ } ATI_POINT; ++ ++ typedef struct { ++ int16_t XCoord; ++ int16_t YCoord; ++ int16_t Width; ++ int16_t Height; ++ } ATI_RECT; ++ ++ typedef struct { ++ int16_t X_Top_Left; // x coordinate of top left corner ++ int16_t Y_Top_Left; // y coordinate of top left corner ++ int16_t X_Bottom_Right; // x coordinate of bottom right corner ++ int16_t Y_Bottom_Right; // y coordinate of bottom right corner ++ } ATI_CLIPRECT; ++ ++ typedef struct { ++ uint32_t Count; ++ uint8_t ScaleXFactor; ++ uint8_t ScaleYFactor; ++ uint8_t BlendOn; ++ uint8_t dummy1; ++ } ATI_STRETCH; ++ ++ typedef struct { ++ uint32_t *lpSrcBitmap; /* サーフェスのオフセット */ ++ uint16_t XCoord; /* +4 確定:サーフェス内のx座標 */ ++ uint16_t YCoord; /* +6 確定:サーフェス内のy座標 */ ++ uint16_t SrcPitch; /* +8 確定: */ ++ uint16_t SrcHeight; /* +10 確定: */ ++ uint16_t OverlayWidth; /* オーバレイの幅(Srcと違う値にしても、動的に拡大縮小されたりはしない、意味あんの？) */ ++ uint16_t OverlayHeight; ++ uint32_t lpOverlayKey; /* +16 確定:謎(カラーキー？) */ ++ uint8_t OverlayFormat; /* +20 確定 */ ++ uint8_t dummy1; ++ uint16_t dummy2; ++ } ATI_OVERLAYPROP; /* 24bytes? */ ++ ++ typedef struct { ++ int HInvert; ++ int VInvert; ++ } ATI_EXTVIDEOPROP; ++ ++ typedef struct { ++ ATI_EXTVIDEOPROP ExtVideoProp; ++ } ATI_UNKNOWN1; ++ ++ typedef struct { ++ unsigned long clr_cmp_fcn_src :3; ++ unsigned long :5; ++ unsigned long clr_cmp_fcn_dst :3; ++ unsigned long :13; ++ unsigned long clr_cmp_src :2; ++ unsigned long :6; ++ } clr_cmp_cntl_t; ++ ++ typedef struct { ++ uint16_t x; ++ uint16_t y; ++ uint16_t w; ++ uint16_t h; ++ clr_cmp_cntl_t cmp_cntl; ++ unsigned long tcolour; ++ } transbitblt_t; ++ ++ typedef struct { ++ uint32_t dummy1; ++ uint32_t dummy2; ++ uint8_t HExpansion; /* +8 確定 */ ++ uint8_t VExpansion; /* +9 確定 */ ++ uint8_t dummy3; ++ uint8_t dummy4; ++ uint8_t RConversion; /* +12 確定 */ ++ uint8_t dummy5; ++ uint8_t dummy6; ++ uint8_t dummy7; ++ ATI_UNKNOWN1 x; ++ } ATI_EXTENDEDOVERLAYPROP; /* 16byte? */ ++ ++ /** ++ * AtiCore initialization. ++ * Sets up the shared memory area ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_ProcessAttach( void ); ++ ++ /** ++ * AtiCore finish. ++ * ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_ProcessDetach( void ); ++ ++ ++ /** ++ * Allocates a surface on the internal RAM. ++ * Perhaps there's a way to indicate to allocate on the ++ * internal RAM? ++ * @arg handle Reference to the returned surface handle ++ * @arg offset Returned offset of this surface on the video memory ++ * @arg size Size (bytes) to be reserved (16 multiple) ++ * @arg direction ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_AllocateSurface( uint16_t *handle, uint32_t *offset, ++ uint32_t size, uint32_t direction ); ++ ++ /** ++ * Deallocates a given surface. ++ * @arg handle Handle to the allocated surface ++ * (As returned by AllocateSurface) ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_DestroySurface( uint16_t handle ); ++ ++ /** ++ * Sets the kind of Raster Operation. ++ * @param rop Raster operation to be performed ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetRopOperation( uint32_t rop ); ++ ++ /** ++ * Sets the destination type for raster operation. ++ * @param dsttype ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetDstType( uint32_t dsttype ); ++ ++ /** ++ * Sets the source type for raster operation. ++ * @param srctype ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetSrcType( uint32_t srctype ); ++ ++ /** ++ * Sets Source clipping rectangle. ++ * @param cliprect Rectangle to perform clipping. ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetSrcClippingRect( ATI_CLIPRECT *cliprect ); ++ ++ /** ++ * Sets Destination clipping rectangle. ++ * @param cliprect Rectangle to perform clipping. ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetDstClippingRect(ATI_CLIPRECT *cliprect); ++ ++ /** ++ * Sets pitch and offset for source in a raster operation. ++ * @param pitch Pitch (line width) of source ++ * @param offset Offset of source ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetSrcPitchOffset( int pitch, int offset ); ++ ++ /** ++ * Sets pitch and offset destination source in a raster operation. ++ * @param pitch Pitch (line width) of destination ++ * @param offset Offset of destination (memory offset) ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetDstPitchOffset( int pitch, int offset ); ++ ++ /** ++ * Performs a BitBlt with source rotation. ++ * @param flags Rotation degree ++ * @param dstRect Rectangle for destination Bitblitting ++ * @param srcRect Rectangle for origin bitblitting ++ * @test Tested with specified flags parameter ++ */ ++ int AtiCore_BitBltFilpRotate( int flags, ++ ATI_RECT *dstRect, ++ ATI_RECT *srcRect); ++ ++ /** ++ * Performs a BitBlt with source stretching. ++ * @param option Unknown ++ * @param point Unknown ++ * @param srcRect Source blitting surface ++ * @test Untested ++ */ ++ int AtiCore_StretchBlt( ATI_STRETCH *option, ++ ATI_POINT *point, ++ ATI_RECT *srcRect); ++ ++ /** ++ * Waits for the FIFO to be idle at least msecs. ++ * @param msecs Maximum time to wait for FIFO to idle ++ * @return 1:success, 0:fail ++ * @test Untested ++ */ ++ int AtiCore_WaitComplete( int msec ); ++ ++ /** ++ * Allocates a new overlay handle. ++ * @param handle overlay ++ * @return 1:success, 0:fail ++ * @test Yes ++ */ ++ int AtiCore_AllocOverlay( uint16_t *handle ); ++ ++ /** ++ * Deallocates a overlay handle. ++ * @param handle overlay ++ * @return 1:success, 0:fail ++ * @test Yes ++ */ ++ int AtiCore_ReleaseOverlay( uint16_t handle ); ++ ++ /** ++ * Sets up an overlay given a handle an a set of properties. ++ * @param handle Allocated handle to setup the overlay. ++ * @param props Overlay properties struct ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetupOverlay( uint16_t handle, ATI_OVERLAYPROP *props ); ++ ++ /** ++ * Sets up extended overlay features. ++ * @param handle Allocated handle to an overlay ++ * @param props Extended overlay properties ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetupOverlayExtended( uint16_t handle, ++ ATI_EXTENDEDOVERLAYPROP *props ); ++ ++ /** ++ * Enable/Disable an overlayed surface. ++ * @param handle Overlay to be enabled/disabled ++ * @param enable 1: Enable, 0: Disable ++ * @return 1:success, 0:fail ++ * @test Tested ++ */ ++ int AtiCore_SetOverlayOnOff( uint16_t handle, int enable ); ++ ++ /** ++ * Sets up the overlay position for a given handle. ++ * @param handle Overlay Handle ++ * @param x X Coordinate (Seems to be a bug with x < 4 ) ++ * @param y Y Coordinate ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetOverlayPos( uint16_t handle, ++ uint16_t x, ++ uint16_t y ); ++ ++ /** ++ * Translates between physical/virtual addresses. ++ * @param offset VRAM offset to be translated ++ * @param viraddr Virtual address for VRAM ++ * @return 1:success,0:fail ++ */ ++ int AtiCore_SetupMemoryTransfer( uint32_t offset, ++ uint32_t *viraddr ); ++ ++ /** ++ * Related with the previous one. It seems to be necesary to be called ++ * but I'm not sure of its function. ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_TerminateMemoryTransfer( void ); ++ ++ /** ++ * Returns the frontbuffer pitch and offset. ++ * @param pitch Return value for the frontbuffer pitch (width) ++ * @param offset Return value for the frontbuffer offset ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_GetFrontBufferPitchOffset( uint32_t *pitch, ++ uint32_t *offset ); ++ ++ /** ++ * Changes display brighness ? ++ * @param brightness -64...63 ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetDisplayBrightness( int brightness ); ++ ++ /** ++ * Returns the amount of available internal/external memory. ++ * @param internal Pointer to return internal memory size ++ * @param external Pointer to return external memory size ++ * @return 1:success, 0:fail ++ */ ++ int GetAvailableVideoMem( uint32_t *internal, ++ uint32_t *external ); ++ ++/** ++ * ++ * ++ * ++ ++ { ++ (uint32_t) 0 ++ (uint32_t) 0 ++ (uint16_t) 480 ++ (uint16_t) 640 ++ (uint16_t) 480 ++ (uint16_t) 640 ++ (uint32_t) 5 ++ */ ++ ++ typedef struct { ++ uint32_t dummy1; ++ ATI_RECT Size; ++ uint16_t Width; ++ uint16_t Height; ++ uint32_t Flag; ++ } ATI_GRAPHICWINDOW; ++ ++ int AtiCore_SetupGraphicWindow(void* ); ++ ++ /** ++ * It seems to be necessary after AtiCore_ProcessAttach ++ * @param mode: 0xaaab for portrait, 0xaaaa for landscape ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_ProcessAttachSpecialMode( int mode ); ++ ++ /** ++ * Detach from the special mode. Whatever it means. ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_ProcessDetachSpecialMode( void ); ++ ++ /** ++ * Sets up the position of the Graphic viewport ? ++ * @param x X coordinate ++ * @param y Y coordinate ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetGraphicWindowPos( int x, int y ); ++ ++ /** ++ * Get the graphic viewport position. ++ * @param x Pointer to xcoord placeholder ++ * @param y Pointer to ycoord placeholder ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_GetGraphicWindowPos( int *x, int *y ); ++ ++ /** ++ * Sets up the frontbuffer position. ++ * @param offset VRAM offset to be used. ++ * @param x X Coordinate? ++ * @param y Y Coordinate? ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetFrontBuffer( int offset, int x, int y ); ++ ++ /** ++ * Enable/Disable the frontbuffer? ++ * @param enable 1 enables/ 0 disables ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetGraphicWindowOnOff( int enable ); ++ ++ /* ++ * Sets the foreground color. ++ * @param colour Color in 565 format (perhaps depends on the source format) ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetFrgColour( int colour ); ++ ++ /* ++ * Sets the background colour. ++ * @param colour Colour in 565 format (perhaps depends on the source format) ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_SetBkgColour( int colour ); ++ ++ /** ++ * Changes the painting brush ++ * @param btype Type of brush to use ++ * 4: Uses the pattern ++ * 6: SolidLine ++ * @param pattern Pointer to a 32 bit pattern ++ * @return 1:success, 0:fail ++ * @test Some values for btype produces a kind of antialiasing line ++ */ ++ int AtiCore_BrushType( int btype, unsigned int *pattern ); ++ ++ /** ++ * Performs a rectangle paint. ++ * @param nrects Number of rectangles to be painted ++ * @param rects Array of rectangles to be painted ++ * @return 1:success, 0:fail ++ * @test Tested with nrects==1 ++ */ ++ int AtiCore_PaintRect( int nrects , ++ ATI_RECT rects[] ); ++ ++ /** ++ * Draws a set of lines. ++ * @param npoints Number of points in the polyline set ++ * @param points Pointer to an array of ATI_POINT ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_Polyline( int npoints, ATI_POINT points[] ); ++ ++ int AtiCore_GetPitchOffsetProperty( void *, void *); ++ ++ int AtiCore_CursorOnOff( int, int ); ++ ++ /** ++ * Performs a BitBlt ROP operation. ++ * @param unk Unknown (Always set to 1) ++ * @param dstrect Bounding destination rect ++ * @param srcrect Bounding source rect ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_BitBlt( int unk, ++ ATI_RECT *dstrect, ++ ATI_RECT *srcrect ); ++ ++ /** ++ * Performs a Transparent BitBlt ROP operation. ++ * @param dstrect Transparent DstRect bitblt argument ++ * @param srcrect Transparent SrcRect bitblt argument ++ * @return 1:success, 0:fail ++ * @test Doesn't work. It sets to zero CLR_CMP_CNTL and CLR_CMP_MSK ++ */ ++ int AtiCore_TransBitBlt( transbitblt_t *dstrect, ++ transbitblt_t *srcrect ); ++ ++ int AtiCore_WakeUpCall( void ); ++ ++ /** ++ * Draws a set of pixels ++ * @param npoints Number of points to draw ++ * @param points Pointer to an array of ATI_POINT ++ * @return 1:success, 0:fail ++ */ ++ int AtiCore_DrawPixel( int npoints, ATI_POINT *points ); ++ ++ int AtiCore_SetSysClk( unsigned short in0 ); ++ int AtiCore_SetFastSysClk( unsigned short in0 ); ++ int AtiCore_SetSlowSysClk( unsigned short in0 ); ++ ++ int AtiCore_GetCursorPos( unsigned long in0, ++ unsigned short *x, ++ unsigned short *y ); ++ ++ ++ ++/* ================================================================ */ ++/* from libqte.so.2.3.2 */ ++/* ++AtiCore_AlphaBlend ++ ++AtiCore_Flush ++AtiCore_GammaCorrection ++AtiCore_GetCRC ++AtiCore_GetCursorPos ++AtiCore_GetDeviceInfo ++AtiCore_GetGPIO_Data ++AtiCore_GetGraphicExtended ++AtiCore_GetGraphicWindowPos ++AtiCore_GetLargestVideoMemBlock ++AtiCore_GetLastError ++AtiCore_GetMultiCRC ++AtiCore_GetOverlayPos ++AtiCore_Host ++AtiCore_LoadCursorBitMap ++AtiCore_PolyScanline ++AtiCore_ProcessAttachMinimal(void)? ++AtiCore_ProcessDetachMinimal(void)? ++AtiCore_ProcessDetachSpecialMode ++AtiCore_ReadCfgReg ++AtiCore_ReadMem(int, int)? ++AtiCore_ReadReg(int, int)? ++AtiCore_ScanlineShading ++AtiCore_SetApertures ++AtiCore_SetBytePixelOrder ++AtiCore_SetCursorPos ++AtiCore_SetDisplayParameters ++AtiCore_SetDriverBehaviour ++AtiCore_SetGPIO_Data ++AtiCore_SetOverlayPosUsingGraphicWindowXY ++AtiCore_SetPartialCursor ++AtiCore_SetupGraphicExtended ++AtiCore_SetupPM4 ++AtiCore_SmallText ++AtiCore_SubmitPM4Packet ++AtiCore_WriteCfgReg ++AtiCore_WriteMem ++AtiCore_WriteReg ++ */ ++ ++#ifdef __cplusplus ++} ++#endif ++ ++#endif +Index: qt-2.3.10-snapshot-20060120/src/kernel/qgfxw100_qws.cpp +=================================================================== +--- /dev/null 1970-01-01 00:00:00.000000000 +0000 ++++ qt-2.3.10-snapshot-20060120/src/kernel/qgfxw100_qws.cpp 2006-01-20 21:17:39.459504280 +0100 +@@ -0,0 +1,2709 @@ ++ /* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil -*- */ ++/*************************************************************************** ++ ++** Imageon driver for qte using libAticore ++** Manuel Teira( 2005 ) ++** BUGS ++* - Enable again internal memory surfaces. ++****************************************************************************/ ++#include <unistd.h> ++#include <stdio.h> ++#include <stdlib.h> ++#include <errno.h> ++#include <string.h> ++#include <dirent.h> ++#include <fcntl.h> ++#include <sys/types.h> ++#include <sys/mman.h> ++#include <sys/time.h> ++#include <time.h> ++ ++#include <sys/ipc.h> ++#include <sys/shm.h> ++ ++#include <qapplication.h> ++ ++#ifndef __sparc__ ++#include <sys/io.h> ++#endif ++ ++#include "qgfxraster_qws.h" ++#include "qgfxlinuxfb_qws.h" ++#include <aticore/aticore.h> ++ ++#include <stdarg.h> ++ ++class W100Driver { ++public: ++ ++ typedef enum Loglevel { ++ ERROR = 0, ++ WARNING, ++ INFO ++ }; ++ ++ typedef enum Opcodes { ++ DRAWLINE = 0, ++ DRAWPOINT, ++ DRAWPOINTS, ++ FILLRECT, ++ SCROLL, ++ BITBLT, ++ POLYLINE, ++ EOO ++ }; ++ ++ typedef enum Retcodes { ++ codOK, ++ codError ++ }; ++ ++ ++ typedef struct Opcode { ++ QString str; ++ int index; ++ bool accelerated; ++ int hits; ++ int misses; ++ }; ++ ++ static Opcode lOpcodes[]; ++ ++ static QString level2str( int level ) ++ { ++ switch( level ) { ++ case ERROR: ++ return QString( "ERROR" ); ++ break; ++ case WARNING: ++ return QString( "WARNING" ); ++ break; ++ case INFO: ++ return QString( "INFO" ); ++ break; ++ default: ++ return QString( "UNKNOWN" ); ++ break; ++ } ++ } ++ ++ W100Driver(): ++ m_loglevel( 0 ), ++ m_logenabled( 0 ), ++ m_logcount( 0 ), ++ m_attached( false ) ++ { ++ m_pid = getpid(); ++ m_loglevel = 0; ++ char *var; ++ if ( var = getenv( "W100_DEBUG" ) ) { ++ if ( strtol( var, 0, 0 ) == 1 ) { ++ m_logenabled = 1; ++ } ++ } ++ ++ if ( m_logenabled ) { ++ if ( var = getenv( "W100_DEBUGLEVEL" ) ) { ++ if ( ( m_loglevel = strtol( var, 0, 0 ) ) < 0 ) { ++ m_loglevel = 0; ++ } ++ } ++ ++ QString path( "/mnt/card/w100/w100debug.log" ); ++ if ( var = getenv( "W100_DEBUGPATH" ) ) { ++ path = QString( var ) + "/w100debug.log"; ++ } ++ m_logfile = fopen( path.latin1(), "a" ); ++ if ( m_logfile == NULL ) m_logenabled = 0; ++ } ++ ++ Opcode *opcodePtr = lOpcodes; ++ while ( opcodePtr->index != EOO ) { ++ QString varName = "W100_ACCEL_" + opcodePtr->str; ++ char *varPtr; ++ if ( ( varPtr = getenv( varName.latin1() ) ) ) { ++ if ( ( strtol( varPtr, NULL, 0 ) == 0 ) || ++ ( strcmp( varPtr, "false" ) == 0 ) ) { ++ opcodePtr->accelerated = false; ++ } ++ } ++ opcodePtr++; ++ } ++ } ++ ++ ~W100Driver() ++ { ++ //Dump statistics about any opcode ++ Opcode *opcodePtr = lOpcodes; ++ while ( opcodePtr->index != EOO ) { ++ log( WARNING, "Opcode %s. Accelerated=%s. Hits=%d. Misses=%d", ++ opcodePtr->str.latin1(), ++ opcodePtr->accelerated ? "true" : "false", ++ opcodePtr->hits, ++ opcodePtr->misses ); ++ opcodePtr++; ++ } ++ if ( m_logenabled && m_logfile ) { ++ fclose( m_logfile ); ++ } ++ } ++ ++ bool accelerated( int opcode ) ++ { ++ if ( !m_attached ) { ++ log( WARNING, "Asking for accelerated '%s' when not attached", ++ lOpcodes[opcode].str.latin1() ); ++ return false; ++ } ++ if ( opcode < EOO ) { ++ if ( lOpcodes[opcode].accelerated ) { ++ return true; ++ } else { ++ log( WARNING, "Not accelerated '%s'", ++ lOpcodes[opcode].str.latin1() ); ++ return false; ++ } ++ } ++ return false; ++ } ++ ++ void addHit( int opcode ) ++ { ++ lOpcodes[opcode].hits++; ++ } ++ ++ void addMiss( int opcode ) ++ { ++ lOpcodes[opcode].misses++; ++ } ++ ++ void log( int level, const char *fmt, ... ) ++ { ++ if ( m_logenabled && ( level <= m_loglevel ) ) { ++ timeval tv; ++ char buffer[1024]; ++ va_list ap; ++ va_start( ap, fmt ); ++ vsnprintf( buffer, 1023, fmt, ap ); ++ va_end( ap ); ++ gettimeofday( &tv, NULL ); ++ fprintf( m_logfile, "(%010u.%06u)%d:%d:%s:%s\n", ++ tv.tv_sec, tv.tv_usec, ++ m_logcount++, ++ m_pid, ++ level2str( level ).latin1(), ++ buffer ); ++ fflush( m_logfile ); ++ } ++ } ++ ++ bool attached( void ) const ++ { ++ return m_attached; ++ } ++ ++ int processAttach( void ) ++ { ++ if ( !m_attached ) { ++ if ( AtiCore_ProcessAttach() ) { ++ log( WARNING, "Process attached succesfully" ); ++ m_attached = true; ++ return codOK; ++ } else { ++ log( WARNING, "Error attaching process" ); ++ } ++ } else { ++ log( WARNING, "Process already attached" ); ++ } ++ return codError; ++ } ++ ++ int processDetach( void ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_ProcessDetach() ) { ++ log( WARNING, "Process detached succesfully" ); ++ m_attached = false; ++ return codOK; ++ } else { ++ log( WARNING, "Error detaching process" ); ++ } ++ } else { ++ log( WARNING, "Trying to detach while not attached" ); ++ } ++ return codError; ++ } ++ ++ int allocateSurface( uint16_t *handle, uint32_t *offset, ++ uint32_t size, uint32_t direction ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_AllocateSurface( handle, offset, ++ size, direction ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in allocateSurface" ); ++ } ++ } else { ++ log( WARNING, "Trying to allocateSurface while not attached" ); ++ } ++ return codError; ++ } ++ ++ int destroySurface( uint16_t handle ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_DestroySurface( handle ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in destroySurface" ); ++ } ++ } else { ++ log( WARNING, "Trying to destroySurface while not attached" ); ++ } ++ return codError; ++ } ++ ++ int drawPixel( int npoints, ATI_POINT *points ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_DrawPixel( npoints, points ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in drawPixel" ); ++ } ++ } else { ++ log( WARNING, "Trying to drawPixel while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setRopOperation( uint32_t rop ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetRopOperation( rop ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setRopOperation" ); ++ } ++ } else { ++ log( WARNING, "Trying to setRopOperation while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setDstType( uint32_t dtype ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetDstType( dtype ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setDstType" ); ++ } ++ } else { ++ log( WARNING, "Trying to setDstType while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setSrcType( uint32_t stype ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetSrcType( stype ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setSrcType" ); ++ } ++ } else { ++ log( WARNING, "Trying to setSrcType while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setSrcClippingRect( ATI_CLIPRECT *cliprect ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetSrcClippingRect( cliprect ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setSrcClippingRect" ); ++ } ++ } else { ++ log( WARNING, "Trying to setSrcClippingRect while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setDstClippingRect( ATI_CLIPRECT *cliprect ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetDstClippingRect( cliprect ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setDstClippingRect" ); ++ } ++ } else { ++ log( WARNING, "Trying to setDstClippingRect while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setSrcPitchOffset( int pitch, int offset ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetSrcPitchOffset( pitch, offset ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setSrcPitchOffset" ); ++ } ++ } else { ++ log( WARNING, "Trying to setSrcPitchOffset while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setDstPitchOffset( int pitch, int offset ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetDstPitchOffset( pitch, offset ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setDstPitchOffset" ); ++ } ++ } else { ++ log( WARNING, "Trying to setDstPitchOffset while not attached" ); ++ } ++ return codError; ++ } ++ ++ int bitBltFlipRotate( int rot, ++ ATI_RECT *dstRect, ++ ATI_RECT *srcRect ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_BitBltFilpRotate( rot, dstRect, srcRect ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in bitBltFlipRotate" ); ++ } ++ } else { ++ log( WARNING, "Trying to bitBltFlipRotate while not attached" ); ++ } ++ return codError; ++ } ++ ++ int stretchBlt( ATI_STRETCH *option, ++ ATI_POINT *point, ++ ATI_RECT *srcRect ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_StretchBlt( option, point, srcRect ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in stretchBlt" ); ++ } ++ } else { ++ log( WARNING, "Trying to stretchBlt while not attached" ); ++ } ++ return codError; ++ } ++ ++ int waitComplete( int msec ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_WaitComplete( msec ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in waitComplete" ); ++ } ++ } else { ++ log( WARNING, "Trying to waitComplete while not attached" ); ++ } ++ return codError; ++ } ++ ++ int allocOverlay( uint16_t *handle ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_AllocOverlay( handle ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in allocOverlay" ); ++ } ++ } else { ++ log( WARNING, "Trying to allocOverlay while not attached" ); ++ } ++ return codError; ++ } ++ ++ int releaseOverlay( uint16_t handle ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_ReleaseOverlay( handle ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in releaseOverlay" ); ++ } ++ } else { ++ log( WARNING, "Trying to releaseOverlay while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setupOverlay( uint16_t handle, ATI_OVERLAYPROP *prop ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetupOverlay( handle, prop ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setupOverlay" ); ++ } ++ } else { ++ log( WARNING, "Trying to setupOverlay while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setupOverlayExtended( uint16_t handle, ++ ATI_EXTENDEDOVERLAYPROP *prop ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetupOverlayExtended( handle, prop ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setupOverlayExtended" ); ++ } ++ } else { ++ log( WARNING, "Trying to setupOverlayExtended while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setOverlayOnOff( uint16_t handle, int isShow ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetOverlayOnOff( handle, isShow ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setOverlayOnOff" ); ++ } ++ } else { ++ log( WARNING, "Trying to setOverlayOnOff while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setOverlayPos( uint16_t handle, uint16_t x, uint16_t y ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetOverlayPos( handle, x, y ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setOverlayPos" ); ++ } ++ } else { ++ log( WARNING, "Trying to setOverlayPos while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setupMemoryTransfer( uint32_t offset, uint32_t *regdata ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetupMemoryTransfer( offset, regdata ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setupMemoryTransfer" ); ++ } ++ } else { ++ log( WARNING, "Trying to setupMemoryTransfer while not attached" ); ++ } ++ return codError; ++ } ++ ++ int terminateMemoryTransfer( void ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_TerminateMemoryTransfer() ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in terminateMemoryTransfer" ); ++ } ++ } else { ++ log( WARNING, "Trying to terminateMemoryTransfer while not attached" ); ++ } ++ return codError; ++ } ++ ++ int getFrontBufferPitchOffset( uint32_t *pitch, uint32_t *offset ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_GetFrontBufferPitchOffset( pitch, offset ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in getFrontBufferPitchOffset" ); ++ } ++ } else { ++ log( WARNING, "Trying to getFrontBufferPitchOffset while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setDisplayBrightness( int bri ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetDisplayBrightness( bri ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setDisplayBrightness" ); ++ } ++ } else { ++ log( WARNING, "Trying to setDisplayBrighness while not attached" ); ++ } ++ return codError; ++ } ++ ++ int getAvailableVideoMem( uint32_t *internal, uint32_t *external ) ++ { ++ if ( m_attached ) { ++ if ( GetAvailableVideoMem( internal, external ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in getAvailableVideoMem" ); ++ } ++ } else { ++ log( WARNING, "Trying to getAvailableVideoMem while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setupGraphicWindow( ATI_GRAPHICWINDOW *win ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetupGraphicWindow( ( void * ) win ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setupGraphicWindow" ); ++ } ++ } else { ++ log( WARNING, "Trying to setupGraphicWindow while not attached" ); ++ } ++ return codError; ++ } ++ ++ int processAttachSpecialMode( int mode ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_ProcessAttachSpecialMode( mode ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in processAttachSpecialMode" ); ++ } ++ } else { ++ log( WARNING, "Trying to processAttachSpecialMode while not attached" ); ++ } ++ return codError; ++ } ++ ++ int processDetachSpecialMode( void ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_ProcessDetachSpecialMode() ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in processDetachSpecialMode" ); ++ } ++ } else { ++ log( WARNING, "Trying to processDetachSpecialMode while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setGraphicWindowPos( int x, int y ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetGraphicWindowPos( x, y ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setGraphicWindowPos" ); ++ } ++ } else { ++ log( WARNING, "Trying to setGraphicWindow while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setFrontBuffer( int offset, int a, int b ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetFrontBuffer( offset, a, b ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setFrontBuffer" ); ++ } ++ } else { ++ log( WARNING, "Trying to setFrontBuffer while not attached" ); ++ } ++ return codError; ++ } ++ ++ int setGraphicWindowOnOff( int val ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetGraphicWindowOnOff( val ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setGraphicWindowOnOff" ); ++ } ++ } else { ++ log( WARNING, "Trying to setGraphicWindowOnOff while not attached" ); ++ } ++ } ++ ++ static unsigned long ccolor( unsigned int rgb ) ++ { ++ unsigned char r = ( rgb & 0xff0000 ) >> 19; ++ unsigned char g = ( rgb & 0xff00 ) >> 10; ++ unsigned char b = ( rgb & 0xff ) >> 3; ++ return ( ( ( ( unsigned short )0x1f & r ) << 11 ) | ++ ( ( ( unsigned short )0x3f & g ) << 5 ) | ++ ( ( ( unsigned short )0x1f & b ) ) ); ++ } ++ ++ int setFrgColour( int val ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_SetFrgColour( ccolor( val ) ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in setFrgColour" ); ++ } ++ } else { ++ log( WARNING, "Trying to setFrgColour while not attached" ); ++ } ++ return codError; ++ } ++ ++ int brushType( int type, unsigned int pattern ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_BrushType( type, &pattern ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in brushType" ); ++ } ++ } else { ++ log( WARNING, "Trying to brushType while not attached" ); ++ } ++ return codError; ++ } ++ ++ int paintRect( int flags, ATI_RECT *rect ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_PaintRect( flags, rect ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in paintRect" ); ++ } ++ } else { ++ log( WARNING, "Trying to paintRect while not attached" ); ++ } ++ return codError; ++ } ++ ++ int polyline( int npoints, ATI_POINT *points ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_Polyline( npoints, points ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in polyline" ); ++ } ++ } else { ++ log( WARNING, "Trying to polyline while not attached" ); ++ } ++ return codError; ++ } ++ ++ int getPitchOffsetProperty( void *pitch, void *offset ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_GetPitchOffsetProperty( pitch, offset ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in getPitchOffsetProperty" ); ++ } ++ } else { ++ log( WARNING, "Trying to getPitchOffsetProperty while not attached" ); ++ } ++ return codError; ++ } ++ ++ int cursorOnOff( int a, int b ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_CursorOnOff( a, b ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in cursorOnOff" ); ++ } ++ } else { ++ log( WARNING, "Trying to cursorOnOff while not attached" ); ++ } ++ return codError; ++ } ++ ++ int bitBlt( int flags, ATI_RECT *dst, ATI_RECT *src ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_BitBlt( flags, dst, src ) ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in bitBlt" ); ++ } ++ } else { ++ log( WARNING, "Trying to bitBlt while not attached" ); ++ } ++ return codError; ++ } ++ ++ int wakeUpCall( void ) ++ { ++ if ( m_attached ) { ++ if ( AtiCore_WakeUpCall() ) { ++ return codOK; ++ } else { ++ log( ERROR, "Error in wakeUpCall" ); ++ } ++ } else { ++ log( WARNING, "Trying to wakeupCall while not attached" ); ++ } ++ return codError; ++ } ++ ++private: ++ FILE *m_logfile; ++ int m_loglevel; ++ bool m_logenabled; ++ bool m_attached; ++ int m_pid; ++ int m_logcount; ++}; ++ ++W100Driver::Opcode W100Driver::lOpcodes[] = { ++ { "DRAWLINE", W100Driver::DRAWLINE, true, 0, 0 }, ++ { "DRAWPOINT", W100Driver::DRAWPOINT, true, 0, 0 }, ++ { "DRAWPOINTS", W100Driver::DRAWPOINTS, true, 0, 0 }, ++ { "FILLRECT", W100Driver::FILLRECT, true, 0, 0 }, ++ { "SCROLL", W100Driver::SCROLL, true, 0, 0 }, ++ { "BITBLT", W100Driver::BITBLT, true, 0, 0 }, ++ { "POLYLINE", W100Driver::POLYLINE, true, 0, 0 }, ++ { "" , W100Driver::EOO, false, 0, 0 } ++}; ++ ++W100Driver driver; ++ ++class QW100Screen; ++static QW100Screen *qt_w100_screen = 0; ++ ++class QW100Screen : public QLinuxFbScreen { ++public: ++ class HWSurface { ++ public: ++ HWSurface( void ): ++ m_handle( 0 ), ++ m_offset( 0 ), ++ m_addr( 0 ), ++ m_size( 0 ), ++ m_internal( false ), ++ m_clientid( -1 ) {}; ++ HWSurface( unsigned short handle, ++ uint32_t sOffset, ++ unsigned char *localAddr, ++ int amount, ++ bool internal, ++ int clientid ): ++ m_handle( handle ), ++ m_offset( sOffset ), ++ m_addr( localAddr ), ++ m_size( amount ), ++ m_internal( internal ), ++ m_clientid( clientid ) {}; ++ HWSurface( uint32_t sOffset, ++ unsigned char *localAddr, ++ bool internal, ++ int amount ): ++ m_handle( 0 ), ++ m_offset( sOffset ), ++ m_addr( localAddr ), ++ m_size( amount ), ++ m_internal( internal ), ++ m_clientid( -1 ) {}; ++ bool operator!=( HWSurface &other ) { ++ return( m_offset == other.getSOffset() ); ++ }; ++ HWSurface &operator=( const HWSurface &c ) { ++ m_handle = c.getHandle(); ++ m_offset = c.getSOffset(); ++ m_addr = c.getAddr(); ++ m_size = c.getSize(); ++ m_clientid= c.getCId(); ++ m_internal = c.internal(); ++ return( *this ); ++ }; ++ unsigned short getHandle( void ) const { return m_handle; }; ++ uint32_t getSOffset( void ) const { return m_offset; }; ++ unsigned char *getAddr( void ) const { return m_addr; }; ++ unsigned int getSize( void ) const { return m_size; }; ++ int getCId( void ) const { return m_clientid; }; ++ bool internal( void ) const { return m_internal; }; ++ ++ private: ++ unsigned short m_handle; ++ uint32_t m_offset; ++ unsigned char *m_addr; ++ int m_size; ++ bool m_internal; ++ int m_clientid; ++ }; ++ ++ QW100Screen( int display_id ); ++ virtual ~QW100Screen(); ++ virtual bool connect( const QString &spec ); ++ virtual void disconnect( void ); ++ virtual bool initDevice(); ++ virtual void shutdownDevice(); ++ virtual void restore(); ++ virtual bool useOffscreen() { return true; } ++ virtual QGfx * createGfx( unsigned char *, int, int, int, int); ++ virtual uchar *cache( int amount, int optim ); ++ virtual void uncache( uchar *c ); ++ virtual bool onCard( unsigned char *p ) const; ++ virtual bool onCard( unsigned char *p, ulong& offset ) const; ++ QMap< uchar*, HWSurface > *getPSurfaceMap( void ) const; ++ void clearCache( int clientId ); ++ ++ // Suspend/resume hooks ++ virtual void prepareToSuspend(); ++ virtual void prepareToResume(); ++ // Rotation stuff ++ enum Transformation { None, Rot90, Rot180, Rot270 }; ++ void setTransformation( Transformation t ); ++ Transformation transformation() const; ++ virtual bool isTransformed() const { return trans != None; }; ++ virtual QSize mapToDevice( const QSize & ) const; ++ virtual QSize mapFromDevice( const QSize & ) const; ++ virtual QPoint mapToDevice( const QPoint &, const QSize & ) const; ++ virtual QPoint mapFromDevice( const QPoint &, const QSize & ) const; ++ virtual QRect mapToDevice( const QRect &, const QSize & ) const; ++ virtual QRect mapFromDevice( const QRect &, const QSize & ) const; ++ virtual QImage mapToDevice( const QImage & ) const; ++ virtual QImage mapFromDevice( const QImage & ) const; ++ virtual QRegion mapToDevice( const QRegion &, const QSize & ) const; ++ virtual QRegion mapFromDevice( const QRegion &, const QSize & ) const; ++ virtual int transformOrientation() const; ++ ++protected: ++ bool w100init(); ++ void w100shutdown(); ++ Transformation trans; ++ static Transformation getTransSpec( const QString &dspec ); ++ static void clearCache( QScreen *instance, int clientId ); ++ QMap< uchar*, HWSurface > surfaceMap; ++ int vramoffset; ++ bool m_isServer; ++ virtual int pixmapLinestepAlignment() { return 128; } ++}; ++ ++template <const int depth, const int type> ++class QGfxW100 : public QGfxRaster<depth,type> { ++ ++public: ++ QGfxW100( unsigned char *b, int w, int h ); ++ virtual void drawLine( int, int, int, int); ++ virtual void fillRect( int, int, int, int); ++ virtual void blt( int, int, int, int, int, int ); ++ virtual void sync(); ++ virtual void setOffset( int x, int y ); ++ virtual void setPen( const QPen & p ); ++ ++ virtual void drawPolyline( const QPointArray &, int, int ); ++ virtual void drawPolygon( const QPointArray &, bool, int, int ); ++ virtual void drawPoint( int, int ); ++ virtual void drawPoints( const QPointArray &, int, int ); ++ virtual void scroll( int, int, int, int, int, int ); ++ virtual void tiledBlt( int rx, int ry, int w, int h ); ++ ++ inline int tx( int x, int y ) { ++ switch ( qt_w100_screen->transformation() ) { ++ case QW100Screen::Rot90: ++ return y - this->xoffs + this->yoffs; ++ case QW100Screen::Rot180: ++ return ( this->width - x - 1) - this->xoffs - this->xoffs; ++ case QW100Screen::Rot270: ++ return ( this->height - y - 1) - this->xoffs - this->yoffs; ++ default: ++ return x; ++ } ++ } ++ inline int ty( int x, int y ) { ++ switch ( qt_w100_screen->transformation() ) { ++ case QW100Screen::Rot90: ++ return (this->width - x - 1) - this->yoffs - this->xoffs; ++ case QW100Screen::Rot180: ++ return (this->height - y - 1) - this->yoffs - this->yoffs; ++ case QW100Screen::Rot270: ++ return x - this->yoffs + this->xoffs; ++ default: ++ return y; ++ } ++ } ++ ++protected: ++ bool checkDest( bool setsrc = false ); ++ bool checkSourceDest(); ++ virtual void setSourceWidgetOffset( int x, int y ); ++ void processSpans( int n, QPoint* point, int* width ); ++ bool inDraw; ++ ++ virtual void dDrawLine( int, int, int, int); ++ virtual void dFillRect( int, int, int, int); ++ virtual void dBlt( int, int, int, int, int, int ); ++ void dDrawPolyline( const QPointArray &, int, int ); ++ void dDrawPolygon( const QPointArray &, bool, int, int ); ++ void dDrawPoint( int, int ); ++ void dDrawPoints( const QPointArray &, int, int ); ++ void dScroll( int, int, int, int, int, int ); ++ void dTiledBlt( int rx, int ry, int w, int h ); ++}; ++ ++template<const int depth,const int type> ++QGfxW100<depth,type>::QGfxW100( unsigned char * b, int w, int h ) ++ : QGfxRaster<depth,type>(b, w, h), ++ inDraw( false ) ++{ ++} ++ ++template<const int depth,const int type> ++inline void QGfxW100<depth,type>::setOffset( int x, int y ) ++{ ++ QGfxRaster<depth,type>::setOffset( x, y ); ++} ++ ++namespace { ++ QString penStyleStr( const QPen &pen ) ++ { ++ QString res; ++ switch( pen.style() ) { ++ case Qt::NoPen: ++ res = "NoPen"; ++ break; ++ case Qt::SolidLine: ++ res = "SolidLine"; ++ break; ++ case Qt::DashLine: ++ res = "DashLine"; ++ break; ++ case Qt::DotLine: ++ res = "DotLine"; ++ break; ++ case Qt::DashDotLine: ++ res = "DashDotLine"; ++ break; ++ case Qt::DashDotDotLine: ++ res = "DashDotDotLine"; ++ break; ++ default: ++ res = "Unknown"; ++ } ++ return res; ++ } ++} ++ ++template<const int depth, const int type> ++inline void QGfxW100<depth,type>::setPen( const QPen &p ) ++{ ++ QGfxRaster<depth,type>::setPen( p ); ++} ++ ++template<const int depth,const int type> ++inline bool QGfxW100<depth,type>::checkSourceDest() ++{ ++ if ( !checkDest() ) { ++ return FALSE; ++ } ++ ++ int sourcepixelpitch; ++ ulong src_buffer_offset; ++ if ( this->srctype == this->SourcePen ) { ++ src_buffer_offset = -1; ++ return FALSE; ++ } else { ++ if ( !qt_screen->onCard( this->srcbits, src_buffer_offset ) ) { ++ return FALSE; ++ } ++ sourcepixelpitch = ( this->srclinestep * 8 ) / this->srcdepth; ++ driver.setSrcPitchOffset( sourcepixelpitch, ++ src_buffer_offset ); ++ } ++ return TRUE; ++} ++ ++template< const int depth, const int type> ++inline bool QGfxW100<depth, type>::checkDest( bool setsrc ) ++{ ++ //Main framebuffer should be registered as a hardware surface ++ ulong buffer_offset; ++ if ( !qt_screen->onCard( this->buffer, buffer_offset ) ) { ++ return FALSE; ++ } ++ int pixelstep = ( this->linestep() * 8 ) / depth; ++ driver.setDstPitchOffset( pixelstep, buffer_offset ); ++ if ( setsrc ) { ++ driver.setSrcPitchOffset( pixelstep, buffer_offset ); ++ } ++ return TRUE; ++} ++ ++template<const int depth,const int type> ++void QGfxW100<depth,type>::drawLine( int x1, int y1, int x2, int y2 ) ++{ ++ if ( inDraw ) { ++ dDrawLine( x1, y1, x2, y2 ); ++ } else { ++ inDraw = true; ++ dDrawLine( tx(x1,y1), ty(x1,y1), ++ tx(x2,y2), ty(x2,y2) ); ++ inDraw = false; ++ } ++} ++ ++template<const int depth,const int type> ++void QGfxW100<depth,type>::dDrawLine( int x1, int y1, int x2, int y2 ) ++{ ++ if ( ( this->ncliprect < 1) || ++ ( this->cpen.style() == this->NoPen ) ) { ++ return; ++ } ++ ++ if ( depth != 16 || ++ !driver.accelerated( W100Driver::DRAWLINE ) ) { ++ driver.addMiss( W100Driver::DRAWLINE ); ++ QGfxRaster<depth,type>::drawLine( x1, y1, x2, y2 ); ++ return; ++ } ++ ++ // Only handle 'normal' lines ++ if ( ( this->cpen.style() != this->SolidLine ) || ++ ( this->myrop != this->CopyROP ) || ++ ( this->cpen.width() > 1 ) || ++ ( this->dashedLines ) ) { ++ driver.addMiss( W100Driver::DRAWLINE ); ++ QGfxRaster<depth,type>::drawLine( x1, y1, x2, y2); ++ return; ++ } ++ ++ // Stop anyone else trying to access optype/lastop/the graphics engine ++ // to avoid synchronization problems with other processes ++ QWSDisplay::grab( true ); ++ if ( !checkDest() ) { ++ QWSDisplay::ungrab(); ++ driver.addMiss( W100Driver::DRAWLINE ); ++ QGfxRaster<depth,type>::drawLine( x1, y1, x2, y2 ); ++ return; ++ } ++ ++ ++ // Note that the last operation used the 2d engine ++ ( *optype ) = 1; ++ ++ // Add the offset of the gfx - used to make the origin the right ++ // place for windows ++ x1 += this->xoffs; ++ y1 += this->yoffs; ++ x2 += this->xoffs; ++ y2 += this->yoffs; ++ ++ QRect boundRect( x1 < x2 ? x1: x2, ++ y1 < y2 ? y1 : y2, ++ QABS( x2 - x1 ) + 1, ++ QABS( y2 - y1 ) + 1 ); ++ ++ GFX_START( boundRect ); ++ ++ // The clip region is defined as a series of rectangles ++ // We repeatedly set up the hardware clip rectangle to one of ++ // these rectangles and re-draw the line - an alternative approach ++ // would be to clip to the rectangle in software ++ ++ driver.setDstType( DSTTYPE_16BPP_1555 ); ++ driver.setSrcType( SRCTYPE_EQU_DST ); ++ driver.setRopOperation( ROP3_PATCOPY ); ++ driver.brushType( 6, 0 ); ++ driver.setFrgColour( this->cpen.color().rgb() ); ++ driver.addHit( W100Driver::DRAWLINE ); ++ ++ //The imageon seems not to write on the edge of the clip ++ //for the polyline op. ++ //We are using a three points array repeating the last point ++ //to get the last single point painted. ++ ATI_POINT points[3]; ++ points[0].XCoord = x1; ++ points[0].YCoord = y1; ++ points[1].XCoord = x2; ++ points[1].YCoord = y2; ++ points[2].XCoord = x2; ++ points[2].YCoord = y2; ++ for ( int loopc = 0; loopc < this->ncliprect; loopc++ ) { ++ if ( boundRect.intersects( this->cliprect[loopc] ) ) { ++ ATI_CLIPRECT clip; ++ clip.X_Top_Left = this->cliprect[loopc].x(); ++ clip.Y_Top_Left = this->cliprect[loopc].y(); ++ clip.X_Bottom_Right = this->cliprect[loopc].right() + 1; ++ clip.Y_Bottom_Right = this->cliprect[loopc].bottom() + 1; ++ driver.setDstClippingRect( &clip ); ++ driver.polyline( 3, points ); ++ } ++ } ++ ++ // Software mouse cursor stuff ++ GFX_END; ++ ++ // Release display again - not doing so will cause Qt/Embedded applications ++ // to deadlock ++ QWSDisplay::ungrab(); ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::drawPolyline( const QPointArray &a, ++ int index, ++ int npoints ) ++{ ++ if ( inDraw ) { ++ dDrawPolyline( a, index, npoints ); ++ } else { ++ inDraw = true; ++ QPointArray na( npoints ); ++ ++ for ( int i = 0; i < npoints; i++ ) { ++ int x, y; ++ a.point( i+index, &x, &y ); ++ na.setPoint( i, tx(x,y), ty(x,y) ); ++ } ++ ++ dDrawPolyline( na, 0, npoints ); ++ inDraw = false; ++ } ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::dDrawPolyline( const QPointArray &a, ++ int index, ++ int npoints ) ++{ ++ if ( ( this->ncliprect < 1 ) || ++ ( npoints < 1 ) || ++ ( this->cpen.style() == this->NoPen ) ) { ++ return; ++ } ++ ++ if ( depth != 16 || ++ !driver.accelerated( W100Driver::POLYLINE ) ) { ++ driver.addMiss( W100Driver::POLYLINE ); ++ QGfxRaster<depth,type>::drawPolyline( a, index, npoints ); ++ return; ++ } ++ ++ if ( this->cpen.style() != this->SolidLine || ++ this->myrop != this->CopyROP ) { ++ driver.addMiss( W100Driver::POLYLINE ); ++ QGfxRaster<depth,type>::drawPolyline( a, index, npoints ); ++ return; ++ } ++ ++ QWSDisplay::grab( TRUE ); ++ if ( !checkDest() ) { ++ QWSDisplay::ungrab(); ++ driver.addMiss( W100Driver::POLYLINE ); ++ QGfxRaster<depth,type>::drawPolyline( a, index, npoints ); ++ return; ++ } ++ ++ ( *optype ) = 1; ++ ++ driver.setDstType( DSTTYPE_16BPP_1555 ); ++ driver.setSrcType( SRCTYPE_EQU_DST ); ++ driver.setRopOperation( ROP3_PATCOPY ); ++ driver.brushType( 6, 0 ); ++ driver.setFrgColour( this->cpen.color().rgb() ); ++ ++ driver.addHit( W100Driver::POLYLINE ); ++ ++ ATI_POINT *points = new ATI_POINT[ npoints + 1 ]; ++ ++ for ( int i = 0; i < npoints; i++ ) { ++ points[i].XCoord = a[i+index].x() + this->xoffs; ++ points[i].YCoord = a[i+index].y() + this->yoffs; ++ } ++ //Hack to get the last point of the last line painted ++ points[ npoints ] = points[ npoints - 1 ]; ++ ++ ++ GFX_START( clipbounds ); ++ driver.setFrgColour( this->cpen.color().rgb() ); ++ driver.setRopOperation( ROP3_PATCOPY ); ++ for ( int loopc = 0; loopc < this->ncliprect; loopc++ ) { ++ ATI_CLIPRECT clip; ++ clip.X_Top_Left = this->cliprect[loopc].x(); ++ clip.Y_Top_Left = this->cliprect[loopc].y(); ++ clip.X_Bottom_Right = this->cliprect[loopc].right() + 1; ++ clip.Y_Bottom_Right = this->cliprect[loopc].bottom() + 1; ++ driver.setDstClippingRect( &clip ); ++ driver.polyline( npoints + 1, points ); ++ } ++ GFX_END; ++ ++ delete [] points; ++ ++ QWSDisplay::ungrab(); ++} ++ ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::drawPolygon( const QPointArray &a, ++ bool w, int index, ++ int npoints ) ++{ ++ if ( inDraw || this->cpen.style()==this->NoPen || this->patternedbrush ) { ++ //slowpath ++ dDrawPolygon( a, w, index, npoints ); ++ } else { ++ inDraw = TRUE; ++ QPointArray na( npoints ); ++ ++ for ( int i = 0; i < npoints; i++ ) { ++ int x,y; ++ a.point( i+index, &x, &y ); ++ na.setPoint( i, tx(x,y), ty(x,y) ); ++ } ++ dDrawPolygon( na, w, 0, npoints ); ++ inDraw = FALSE; ++ } ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::dDrawPolygon( const QPointArray &a, bool w, int index, int npoints ) ++{ ++ QGfxRaster<depth,type>::drawPolygon( a, w, index, npoints ); ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::drawPoint( int x, int y ) ++{ ++ dDrawPoint( tx( x, y ), ty( x, y ) ); ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::dDrawPoint( int x, int y ) ++{ ++ ++ if ( this->ncliprect < 1 ) { ++ return; ++ } ++ ++ if ( depth != 16 || ++ !driver.accelerated( W100Driver::DRAWPOINT) ) { ++ driver.addMiss( W100Driver::DRAWPOINT ); ++ QGfxRaster<depth,type>::drawPoint( x, y ); ++ return; ++ } ++ ++ if ( this->cpen.style() != this->SolidLine || ++ this->myrop != this->CopyROP ) { ++ driver.addMiss( W100Driver::DRAWPOINT ); ++ QGfxRaster<depth,type>::drawPoint( x, y ); ++ return; ++ } ++ ++ QWSDisplay::grab( TRUE ); ++ if ( !checkDest() ) { ++ QWSDisplay::ungrab(); ++ driver.addMiss( W100Driver::DRAWPOINT ); ++ QGfxRaster<depth,type>::drawPoint( x, y ); ++ return; ++ } ++ ++ driver.addHit( W100Driver::DRAWPOINT ); ++ ( *optype ) = 1; ++ ++ ATI_POINT point; ++ point.XCoord = x + this->xoffs; ++ point.YCoord = y + this->yoffs; ++ ++ GFX_START( clipbounds ); ++ driver.setFrgColour( this->cpen.color().rgb() ); ++ driver.setRopOperation( ROP3_PATCOPY ); ++ for ( int loopc = 0; loopc < this->ncliprect; loopc++ ) { ++ ATI_CLIPRECT clip; ++ clip.X_Top_Left = this->cliprect[loopc].x(); ++ clip.Y_Top_Left = this->cliprect[loopc].y(); ++ clip.X_Bottom_Right = this->cliprect[loopc].right() + 1; ++ clip.Y_Bottom_Right = this->cliprect[loopc].bottom() + 1; ++ driver.setDstClippingRect( &clip ); ++ driver.drawPixel( 1, &point ); ++ } ++ GFX_END; ++ QWSDisplay::ungrab(); ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::drawPoints( const QPointArray &a, ++ int index, ++ int npoints ) ++{ ++ QPointArray na( npoints ); ++ ++ for ( int i = 0; i < npoints; i++ ) { ++ int x, y; ++ a.point( i+index, &x, &y ); ++ na.setPoint( i, tx( x, y ), ty( x, y ) ); ++ } ++ ++ dDrawPoints( na, 0, npoints ); ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::dDrawPoints( const QPointArray &a, ++ int index, ++ int npoints ) ++{ ++ if ( ( this->ncliprect < 1 ) || ( npoints < 1 ) ) { ++ return; ++ } ++ ++ if ( depth != 16 || ++ !driver.accelerated( W100Driver::DRAWPOINTS ) ) { ++ driver.addMiss( W100Driver::DRAWPOINTS ); ++ QGfxRaster<depth,type>::drawPoints( a, index, npoints ); ++ return; ++ } ++ ++ if ( this->cpen.style() != this->SolidLine || ++ this->myrop != this->CopyROP ) { ++ driver.addMiss( W100Driver::DRAWPOINTS ); ++ QGfxRaster<depth,type>::drawPoints( a, index, npoints ); ++ return; ++ } ++ ++ QWSDisplay::grab( TRUE ); ++ if ( !checkDest() ) { ++ QWSDisplay::ungrab(); ++ driver.addMiss( W100Driver::DRAWPOINTS ); ++ QGfxRaster<depth,type>::drawPoints( a, index, npoints ); ++ return; ++ } ++ ++ driver.addHit( W100Driver::DRAWPOINTS ); ++ ( *optype ) = 1; ++ ++ ATI_POINT *points = new ATI_POINT[ npoints ]; ++ for ( int i = 0; i < npoints; i++ ) { ++ points[i].XCoord = a[i+index].x() + this->xoffs; ++ points[i].YCoord = a[i+index].y() + this->yoffs; ++ } ++ ++ GFX_START( clipbounds ); ++ driver.setFrgColour( this->cpen.color().rgb() ); ++ driver.setRopOperation( ROP3_PATCOPY ); ++ for ( int loopc = 0; loopc < this->ncliprect; loopc++ ) { ++ ATI_CLIPRECT clip; ++ clip.X_Top_Left = this->cliprect[loopc].x(); ++ clip.Y_Top_Left = this->cliprect[loopc].y(); ++ clip.X_Bottom_Right = this->cliprect[loopc].right() + 1; ++ clip.Y_Bottom_Right = this->cliprect[loopc].bottom() + 1; ++ driver.setDstClippingRect( &clip ); ++ driver.drawPixel( npoints, points ); ++ } ++ GFX_END; ++ ++ delete [] points; ++ QWSDisplay::ungrab(); ++} ++ ++template <const int depth, const int type> ++void QGfxW100<depth,type>::scroll( int x, int y, int w, int h, int sx, int sy ) ++{ ++ if ( w == 0 || h == 0 ) ++ return; ++ QRect r; ++ QRect s; ++ if ( inDraw ) { ++ r = QRect( x, y, w, h ); ++ s = QRect( sx, sy, w, h ); ++ } else { ++ r.setCoords( tx(x,y), ty(x,y), tx(x+w-1,y+h-1), ty(x+w-1,y+h-1) ); ++ s.setCoords( tx(sx,sy), ty(sx,sy), tx(sx+w-1,sy+h-1), ty(sx+w-1,sy+h-1) ); ++ r = r.normalize(); ++ s = s.normalize(); ++ } ++ dScroll( r.x(), r.y(), r.width(), r.height(), s.x(), s.y() ); ++} ++ ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::dScroll( int rx, int ry, ++ int w, int h, ++ int sx, int sy ) ++{ ++ if ( depth != 16 || ++ !driver.accelerated( W100Driver::SCROLL ) ) { ++ driver.addMiss( W100Driver::SCROLL ); ++ QGfxRaster<depth,type>::scroll( rx, ry, w, h, sx, sy ); ++ return; ++ } ++ ++ if ( this->ncliprect < 1 ) return; ++ ++ if ( ( w < 1 ) || ( h < 1 ) ) return; ++ ++ int dy = sy - ry; ++ int dx = sx - rx; ++ ++ if ( dx == 0 && dy == 0 ) return; ++ ++ ++ QWSDisplay::grab( TRUE ); ++ ++ if ( checkDest( true ) ) { ++ ++ rx += this->xoffs; ++ sx += this->xoffs; ++ ry += this->yoffs; ++ sy += this->yoffs; ++ ++ QRect boundRect( QMIN( rx , sx ), ++ QMIN( ry , sy ), ++ w + QABS( dx ) + 1, ++ h + QABS( dy ) + 1 ); ++ GFX_START( boundRect ); ++ ( *optype ) = 1; ++ ++ ++ //if ( driver.lastOp() != W100Driver::SCROLL ) { ++ driver.setRopOperation( ROP3_SRCCOPY ); ++ driver.setDstType( DSTTYPE_16BPP_1555 ); ++ driver.setSrcType( SRCTYPE_EQU_DST ); ++ //} ++ ++ driver.addHit( W100Driver::SCROLL ); ++ ++ ATI_RECT srcrect, dstrect; ++ ++ srcrect.XCoord = sx; ++ srcrect.YCoord = sy; ++ srcrect.Width = w; ++ srcrect.Height = h; ++ dstrect.XCoord = rx; ++ dstrect.YCoord = ry; ++ dstrect.Width = w; ++ dstrect.Height = h; ++ for ( int loopc = 0; loopc < this->ncliprect; loopc++ ) { ++ if ( boundRect.intersects( this->cliprect[loopc] ) ) { ++ ATI_CLIPRECT clip; ++ clip.X_Top_Left = this->cliprect[ loopc ].x(); ++ clip.Y_Top_Left = this->cliprect[ loopc ].y(); ++ clip.X_Bottom_Right = this->cliprect[ loopc ].right() + 1; ++ clip.Y_Bottom_Right = this->cliprect[ loopc ].bottom() + 1; ++ driver.setDstClippingRect( &clip ); ++ driver.bitBlt( 1, &dstrect, &srcrect ); ++ } ++ } ++ GFX_END; ++ QWSDisplay::ungrab(); ++ ++ } else { ++ QWSDisplay::ungrab(); ++ // software fallback ++ driver.addMiss( W100Driver::SCROLL ); ++ QGfxRaster<depth,type>::scroll( rx, ry, w, h, sx, sy ); ++ } ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::fillRect( int x, int y, int w, int h ) ++{ ++ if ( w == 0 || h == 0 ) ++ return; ++ QRect r( x, y, w, h ); ++ r.setCoords( tx( x, y ), ty( x, y ), ++ tx( x + w - 1, y + h - 1 ), ty( x + w - 1, y + h - 1 ) ); ++ r = r.normalize(); ++ inDraw = TRUE; ++ dFillRect( r.x(), r.y(), r.width(), r.height() ); ++ inDraw = FALSE; ++} ++ ++template< const int depth, const int type > ++void QGfxW100< depth, type>::dFillRect( int rx, int ry, int w, int h ) ++{ ++ if ( w <= 0 || h <= 0 || this->ncliprect < 1 ) return; ++ ++ if ( depth != 16 || ++ !driver.accelerated( W100Driver::FILLRECT ) ) { ++ driver.addMiss( W100Driver::FILLRECT ); ++ QGfxRaster<depth,type>::fillRect( rx, ry, w, h ); ++ return; ++ } ++ ++ if ( ( this->cbrush.style() != this->NoBrush ) && ++ ( this->cbrush.style() != this->SolidPattern ) ) { ++ driver.addMiss( W100Driver::FILLRECT ); ++ QGfxRaster<depth,type>::fillRect( rx, ry, w, h ); ++ return; ++ } ++ ++ if ( !checkDest() || ( this->myrop != this->CopyROP ) ) { ++ driver.addMiss( W100Driver::FILLRECT ); ++ QGfxRaster<depth,type>::fillRect( rx, ry, w, h ); ++ return; ++ } ++ ++ QWSDisplay::grab( TRUE ); ++ rx += this->xoffs; ++ ry += this->yoffs; ++ ++ QRect boundRect( rx, ry, w + 1, h + 1 ); ++ GFX_START( boundRect ); ++ ++ ( *optype ) = 1; ++ ++ driver.setDstType( DSTTYPE_16BPP_1555 ); ++ driver.setSrcType( SRCTYPE_EQU_DST ); ++ driver.setRopOperation( ROP3_PATCOPY ); ++ driver.brushType( 6, 0 ); ++ driver.setFrgColour( this->cbrush.color().rgb() ); ++ ++ driver.addHit( W100Driver::FILLRECT ); ++ ++ if ( this->cbrush.style() != this->NoBrush ) { ++ //Using all the cliprects ++ for ( int loopc = 0; loopc < this->ncliprect; loopc++ ) { ++ if ( boundRect.intersects( this->cliprect[loopc] ) ) { ++ ATI_CLIPRECT clip; ++ ATI_RECT rect; ++ ++ clip.X_Top_Left = this->cliprect[ loopc ].x(); ++ clip.Y_Top_Left = this->cliprect[ loopc ].y(); ++ clip.X_Bottom_Right = this->cliprect[ loopc ].right() + 1; ++ clip.Y_Bottom_Right = this->cliprect[ loopc ].bottom() + 1; ++ ++ driver.setDstClippingRect( &clip ); ++ rect.XCoord = rx; ++ rect.YCoord = ry; ++ rect.Width = w; ++ rect.Height = h; ++ driver.paintRect( 1, &rect ); ++ } ++ } ++ } ++ GFX_END; ++ ++ QWSDisplay::ungrab(); ++} ++ ++template <const int depth, const int type> ++void QGfxW100<depth,type>::blt( int x, int y, int w, int h, int sx, int sy ) ++{ ++ if ( w == 0 || h == 0 ) ++ return; ++ QRect r; ++ int rsx; ++ int rsy; ++ if ( inDraw ) { ++ r = QRect( x, y, w, h ); ++ rsx = sx; ++ rsy = sy; ++ } else { ++ r.setCoords( tx(x,y), ty(x,y), tx(x+w-1,y+h-1), ty(x+w-1,y+h-1) ); ++ r = r.normalize(); ++ switch ( qt_w100_screen->transformation() ) { ++ case QW100Screen::Rot90: ++ rsx = sy; ++ rsy = this->srcwidth - sx - w; ++ break; ++ case QW100Screen::Rot180: ++ rsx = this->srcwidth - sx - w; ++ rsy = this->srcheight - sy - h; ++ break; ++ case QW100Screen::Rot270: ++ rsx = this->srcheight - sy - h; ++ rsy = sx; ++ break; ++ default: ++ rsx = sx; ++ rsy = sy; ++ break; ++ } ++ } ++ dBlt( r.x(), r.y(), r.width(), r.height(), rsx, rsy ); ++} ++ ++template< const int depth, const int type > ++inline void QGfxW100< depth, type>::dBlt( int rx, int ry, ++ int w, int h, ++ int sx, int sy ) ++{ ++ if ( !w || !h || this->ncliprect < 1 ) { ++ return; ++ } ++ ++ if ( depth != 16 || ++ !driver.accelerated( W100Driver::BITBLT ) ) { ++ driver.addMiss( W100Driver::BITBLT ); ++ QGfxRaster<depth,type>::blt( rx, ry, w, h, sx, sy ); ++ return; ++ } ++ ++ if ( this->alphatype == this->BigEndianMask || ++ this->alphatype == this->LittleEndianMask || ++ this->alphatype == this->SeparateAlpha || ++ this->srctype == this->SourcePen || ++ ( this->myrop != this->CopyROP ) ) { ++ driver.addMiss( W100Driver::BITBLT ); ++ QGfxRaster<depth,type>::blt( rx, ry, w, h, sx, sy ); ++ return; ++ } ++ ++ if ( ( this->srcdepth != 16 ) || this->alphatype != this->IgnoreAlpha ) { ++ driver.addMiss( W100Driver::BITBLT ); ++ QGfxRaster<depth,type>::blt( rx, ry, w, h, sx, sy ); ++ return; ++ } ++ ++ QWSDisplay::grab( TRUE ); ++ ++ if ( checkSourceDest() ) { ++ QRect boundRect( rx + this->xoffs, ry + this->yoffs, ++ w + 1, h + 1 ); ++ GFX_START( boundRect ); ++ ( *optype ) = 1; ++ ++ driver.setRopOperation( ROP3_SRCCOPY ); ++ driver.setDstType( DSTTYPE_16BPP_1555 ); ++ driver.setSrcType( SRCTYPE_EQU_DST ); ++ ++ driver.addHit( W100Driver::BITBLT ); ++ ++ ATI_RECT rect1; ++ ATI_RECT rect2; ++ ++ rx += this->xoffs; ++ ry += this->yoffs; ++ ++ rect1.XCoord = this->srcwidgetoffs.x() + sx; ++ rect1.YCoord = this->srcwidgetoffs.y() + sy; ++ rect1.Width = w; ++ rect1.Height = h; ++ rect2.XCoord = rx; ++ rect2.YCoord = ry; ++ rect2.Width = w; ++ rect2.Height = h; ++ for(int loopc = 0; loopc < this->ncliprect; loopc++ ) { ++ if ( boundRect.intersects( this->cliprect[loopc] ) ) { ++ ATI_CLIPRECT clip; ++ clip.X_Top_Left = this->cliprect[ loopc ].x(); ++ clip.Y_Top_Left = this->cliprect[ loopc ].y(); ++ clip.X_Bottom_Right = this->cliprect[ loopc ].right() + 1; ++ clip.Y_Bottom_Right = this->cliprect[ loopc ].bottom() + 1; ++ driver.setDstClippingRect( &clip ); ++ driver.bitBlt( 1, &rect2, &rect1 ); ++ } ++ } ++ GFX_END; ++ ++ QWSDisplay::ungrab(); ++ return; ++ } else { ++ QWSDisplay::ungrab(); ++ driver.addMiss( W100Driver::BITBLT ); ++ QGfxRaster<depth,type>::blt( rx, ry, ++ w, h, sx, sy ); ++ } ++} ++ ++ ++template <const int depth, const int type> ++void QGfxW100<depth,type>::tiledBlt( int rx,int ry,int w,int h ) ++{ ++ if ( w <= 0 || h <= 0 ) ++ return; ++ QRect r; ++ if ( inDraw ) { ++ r = QRect(rx,ry,w,h); ++ } else { ++ r.setCoords( tx(rx,ry), ty(rx,ry), tx(rx+w-1,ry+h-1), ty(rx+w-1,ry+h-1) ); ++ r = r.normalize(); ++ } ++ ++ inDraw = TRUE; ++ ++ QPoint oldBrushOffs = this->brushoffs; ++ int brx, bry; ++ switch ( qt_w100_screen->transformation() ) { ++ case QW100Screen::Rot90: ++ brx = this->brushoffs.y(); ++ bry = this->srcwidth - this->brushoffs.x() - w; ++ break; ++ case QW100Screen::Rot180: ++ brx = this->srcwidth - this->brushoffs.x() - w; ++ bry = this->srcheight - this->brushoffs.y() - h; ++ break; ++ case QW100Screen::Rot270: ++ brx = this->srcheight - this->brushoffs.y() - h; ++ bry = this->brushoffs.x(); ++ break; ++ default: ++ brx = this->brushoffs.x(); ++ bry = this->brushoffs.y(); ++ break; ++ } ++ this->brushoffs = QPoint( brx, bry ); ++ ++ int oldsw = this->srcwidth; ++ int oldsh = this->srcheight; ++ QSize s = qt_screen->mapToDevice( QSize(this->srcwidth,this->srcheight) ); ++ this->srcwidth = s.width(); ++ this->srcheight = s.height(); ++ ++ dTiledBlt( r.x(), r.y(), r.width(), r.height() ); ++ ++ this->srcwidth = oldsw; ++ this->srcheight = oldsh; ++ this->brushoffs = oldBrushOffs; ++ inDraw = FALSE; ++} ++ ++ ++template <const int depth, const int type> ++void QGfxW100<depth,type>::dTiledBlt( int rx,int ry, int w,int h ) ++{ ++ if ( this->srcwidth == 0 || this->srcheight == 0 ) ++ return; ++ QGfxRaster<depth,type>::tiledBlt( rx, ry, w, h ); ++} ++ ++template<const int depth,const int type> ++void QGfxW100<depth,type>::sync() ++{ ++ driver.waitComplete( -1 ); ++} ++ ++template <const int depth, const int type> ++void QGfxW100<depth,type>::setSourceWidgetOffset(int x, int y) ++{ ++ if ( this->srcbits == this->buffer ) { ++ switch ( qt_w100_screen->transformation() ) { ++ case QW100Screen::Rot90: ++ this->srcwidgetoffs = QPoint( y, this->width - x - this->srcwidth ); ++ break; ++ case QW100Screen::Rot180: ++ this->srcwidgetoffs = QPoint( this->width - x - this->srcwidth, this->height - y - this->srcheight ); ++ break; ++ case QW100Screen::Rot270: ++ this->srcwidgetoffs = QPoint( this->height - y - this->srcheight, x ); ++ break; ++ default: ++ this->srcwidgetoffs = QPoint( x, y ); ++ break; ++ } ++ } else { ++ this->srcwidgetoffs = QPoint( x, y ); ++ } ++} ++ ++template <const int depth, const int type> ++void QGfxW100<depth,type>::processSpans( int n, QPoint* point, int* width ) ++{ ++ if ( inDraw || ++ this->patternedbrush && ++ this->srcwidth != 0 && ++ this->srcheight != 0 ) { ++ //in the patternedbrush case, we let blt do the transformation ++ // so we leave inDraw false. ++ QGfxRaster<depth,type>::processSpans( n, point, width ); ++ } else { ++ inDraw = true; ++ while (n--) { ++ if ( *width > 0 ) { ++ int x=tx(point->x(),point->y())+this->xoffs; ++ int y=ty(point->x(),point->y())+this->yoffs; ++ ++ switch( qt_w100_screen->transformation() ) { ++ case QW100Screen::Rot90: ++ this->vline( x, y-(*width-1), y ); ++ break; ++ case QW100Screen::Rot180: ++ this->hline( x - (*width-1), x, y ); ++ break; ++ case QW100Screen::Rot270: ++ this->vline( x, y, y+*width-1 ); ++ break; ++ default: ++ this->hline( x, x+*width-1, y ); ++ break; ++ } ++ } ++ point++; ++ width++; ++ } ++ inDraw = false; ++ } ++} ++ ++QW100Screen::QW100Screen( int display_id ) ++ :QLinuxFbScreen( display_id ), ++ vramoffset( 0 ), ++ m_isServer( false ) ++{ ++ qt_w100_screen = this; ++ vramoffset = 0; ++ clearCacheFunc = &clearCache; ++ trans = None; ++} ++ ++static const char *trans2str( QW100Screen::Transformation t ) ++{ ++ switch( t ) { ++ case QW100Screen::None: ++ return "None"; ++ break; ++ case QW100Screen::Rot90: ++ return "Rot90"; ++ break; ++ case QW100Screen::Rot180: ++ return "Rot180"; ++ break; ++ case QW100Screen::Rot270: ++ return "Rot270"; ++ break; ++ default: ++ return "Unknown"; ++ break; ++ } ++} ++ ++QW100Screen::Transformation QW100Screen::getTransSpec( const QString &dspec ) ++{ ++ Transformation mytrans = None; ++ if ( dspec.find( ":Rot270" ) >= 0 ) { ++ mytrans = Rot270; ++ } else if ( dspec.find( ":Rot180" ) >= 0 ) { ++ mytrans = Rot180; ++ } else if ( dspec.find( ":Rot90" ) >= 0 ) { ++ mytrans = Rot90; ++ } ++ return mytrans; ++} ++ ++bool QW100Screen::connect( const QString &displaySpec ) ++{ ++ driver.log( W100Driver::WARNING, "QW100Screen::connect('%s')", ++ displaySpec.latin1() ); ++ trans = getTransSpec( displaySpec ); ++ ++ if ( QLinuxFbScreen::connect( displaySpec ) ) { ++ vramoffset = ( w == 320 ) ? 0 : 0x0f000000; ++ if ( driver.processAttach() == W100Driver::codOK ) { ++ driver.processAttachSpecialMode( ( w == 480 ) ? 0xaaab : 0xaaaa ); ++ surfaceMap.clear(); ++ surfaceMap.insert( 0, HWSurface( vramoffset, ++ data , false, ++ w*h*d/8 ) ); ++ canaccel = true; ++ QSize s = mapFromDevice( QSize( w, h ) ); ++ w = s.width(); ++ h = s.height(); ++ return true; ++ } ++ } ++ return false; ++} ++ ++void QW100Screen::disconnect( void ) ++{ ++ driver.log( W100Driver::WARNING, "QW100Screen::disconnect()" ); ++ driver.processDetachSpecialMode(); ++ driver.processDetach(); ++ QLinuxFbScreen::disconnect(); ++ printf( "[%d]QW100Screen disconnected with %d surfaces\n", ++ getpid(), surfaceMap.count() ); ++ surfaceMap.clear(); ++} ++ ++void QW100Screen::prepareToSuspend( void ) ++{ ++ ++ driver.log( W100Driver::WARNING, ++ "QW100Screen::prepareToSuspend. Server = %s", ++ m_isServer ? "true" : "false" ); ++ ++ QWSDisplay::grab( true ); ++ driver.waitComplete( -1 ); ++ ++ if ( !driver.attached() ) { ++ driver.log( W100Driver::ERROR, "Driver was not attached. " ); ++ } else { ++ driver.processDetachSpecialMode(); ++ driver.processDetach(); ++ } ++ QWSDisplay::ungrab(); ++ ++ driver.log( W100Driver::WARNING, "prepareToSuspend done" ); ++ ++} ++ ++void QW100Screen::prepareToResume( void ) ++{ ++ ++ driver.log( W100Driver::WARNING, ++ "QW100Screen::prepareToResume. Server = %s", ++ m_isServer ? "true": "false" ); ++ ++ driver.processAttach(); ++ driver.processAttachSpecialMode( ( w == 480 ) ? 0xaaab : 0xaaaa ); ++ if ( m_isServer ) { ++ QWSDisplay::grab( true ); ++ w100init(); ++ QWSDisplay::ungrab(); ++ driver.log( W100Driver::WARNING, "W100 restarted" ); ++ } ++ driver.log( W100Driver::WARNING, "prepareToResume done" ); ++ ++} ++ ++QW100Screen::~QW100Screen() ++{ ++} ++ ++bool QW100Screen::w100init() ++{ ++ driver.log( W100Driver::WARNING, ++ "QW100Screen::w100init(%dx%d)", dw, dh ); ++ ATI_GRAPHICWINDOW win; ++ ATI_CLIPRECT clip; ++ uint16_t overlay; ++ ++ win.dummy1 = 0; ++ win.Size.XCoord = 0; ++ win.Size.YCoord = 0; ++ win.Size.Width = dw; ++ win.Size.Height = dh; ++ win.Width = dw > dh ? dh : dw; ++ win.Height = dw > dh ? dw : dh; ++ win.Flag = DSTTYPE_16BPP_444; ++ ++ driver.waitComplete( -1 ); ++ driver.setGraphicWindowOnOff( 0 ); ++ ++ driver.setupGraphicWindow( &win ); ++ driver.setGraphicWindowPos( 0, 0 ); ++ ++ driver.setFrontBuffer( vramoffset, 0, 0 ); ++ driver.setDstPitchOffset( dw, vramoffset ); ++ driver.setDstType( DSTTYPE_16BPP_444 ); ++ driver.setSrcPitchOffset( dw, vramoffset ); ++ driver.setSrcType( SRCTYPE_SOLID_COLOR_BLT ); ++ clip.X_Top_Left = 0; ++ clip.Y_Top_Left = 0; ++ clip.X_Bottom_Right = dw; ++ clip.Y_Bottom_Right = dh; ++ driver.setDstClippingRect( &clip ); ++ ++ clip.X_Top_Left = 0xE000; ++ clip.Y_Top_Left = 0xE000; ++ clip.X_Bottom_Right = 0x1FFF; ++ clip.Y_Bottom_Right = 0x1FFF; ++ ++ driver.setSrcClippingRect( &clip ); ++ ++ driver.setRopOperation( ROP3_SRCCOPY ); ++ driver.setGraphicWindowOnOff( 1 ); ++ driver.allocOverlay( &overlay ); ++ driver.setOverlayOnOff( overlay, 0 ); ++ driver.releaseOverlay( overlay ); ++ driver.setDstPitchOffset( dw, vramoffset ); ++ driver.setDstClippingRect( NULL ); ++ for ( int i = 0; i < dw * dh ; i++ ) { ++ *( data + i ) = 0; ++ } ++ driver.waitComplete( -1 ); ++ return true; ++} ++ ++void QW100Screen::w100shutdown() ++{ ++} ++ ++bool QW100Screen::initDevice() ++{ ++ QWSDisplay::grab( true ); ++ driver.log( W100Driver::WARNING, "initDevice( dw=%d, dh=%d )", ++ dw, dh ); ++ m_isServer = true; ++ ++ if ( !w100init() ) { ++ QWSDisplay::ungrab(); ++ return false; ++ } ++ ++ if ( QLinuxFbScreen::initDevice() ) { ++ //HACK ++ //Some sprite corruption seems to be avoided ++ //reserving some upper memory on the offscreen framebuffer memory ++ QLinuxFbScreen::cache( 65535 * 2, 0 ); ++ QWSDisplay::ungrab(); ++ return true; ++ } ++ QWSDisplay::ungrab(); ++ return false; ++} ++ ++void QW100Screen::shutdownDevice() ++{ ++ driver.log( W100Driver::WARNING, "Shutting down device" ); ++ QLinuxFbScreen::shutdownDevice(); ++} ++ ++void QW100Screen::restore() ++{ ++ driver.log( W100Driver::WARNING, "Restoring W100..." ); ++ QLinuxFbScreen::restore(); ++ driver.log( W100Driver::WARNING, "Restoring done" ); ++} ++ ++ ++QGfx *QW100Screen::createGfx( unsigned char *b, ++ int w, int h, int d, int linestep ) ++{ ++ //We need ALL the gfx created to be QGfxW100 to allow software ++ //drawing syncing after hardware operations ++ QGfx * ret=0; ++ if ( false ) { ++#ifndef QT_NO_QWS_DEPTH_1 ++ } else if ( d == 1 ) { ++ ret = new QGfxW100<1,0>( b, w, h ); ++#endif ++#ifndef QT_NO_QWS_DEPTH_4 ++ } else if ( d == 4 ) { ++ ret = new QGfxW100<4,0>( b, w, h ); ++#endif ++#ifndef QT_NO_QWS_DEPTH_8 ++ } else if ( d == 8 ) { ++ ret = new QGfxW100<8,0>( b, w, h ); ++#endif ++#ifndef QT_NO_QWS_DEPTH_16 ++ } else if ( d == 16 ) { ++ ret = new QGfxW100<16,0>( b, w, h ); ++#endif ++#ifndef QT_NO_QWS_DEPTH_24 ++ } else if ( d == 24 ) { ++ ret = new QGfxW100<24,0>( b, w, h ); ++#endif ++#ifndef QT_NO_QWS_DEPTH_32 ++ } else if ( d == 32 ) { ++ ret = new QGfxW100<32,0>( b, w, h ); ++#endif ++ } else { ++ qFatal( "Unsupported depth %d\n", d ); ++ ret = 0; ++ } ++ ++ ret->setLineStep( linestep ); ++ return ret; ++} ++ ++ ++uchar *QW100Screen::cache( int amount, int optim ) ++{ ++ unsigned short hSurface = 0; ++ uint32_t surfaceOffset = 0; ++ uchar* localAddr = 0; ++ bool internal = false; ++ ++ /* The size must have 0xF bit zeroed (16 multiple)*/ ++ /* Perhaps this is not needed anymore, after setting ++ * QW100Screen::pixmapLinestepAlignment to 128 ++ */ ++ amount = ( amount & 0x0F ) ? ( amount | 0x10 ) & ~0x0F : amount; ++ ++ /* Experimenting memory corruption with the ++ * internal AtiCore memory allocation routines ++ * disabled for now ++ */ ++#if 1 ++ if ( !( localAddr = QLinuxFbScreen::cache( amount, optim ) ) ) { ++ return( 0 ); ++ } ++ surfaceOffset = vramoffset + ( uint32_t ) localAddr - ( uint32_t )data; ++ ++#else ++ int retcode = 0; ++ qt_fbdpy->grab( true ); ++ retcode = driver.allocateSurface( &hSurface, ++ &surfaceOffset, ++ amount, 1 ); ++ qt_fbdpy->ungrab(); ++ if ( retcode ) { ++ internal = true; ++ driver.setupMemoryTransfer( surfaceOffset, ++ (uint32_t*) &localAddr ); ++ driver.terminateMemoryTransfer(); ++ } else { ++ // Try to use the offscreen framebuffer memory ++ // to allocate the surface. Use the qgfxlinuxfb routines ++ if ( !( localAddr = QLinuxFbScreen::cache( amount, optim ) ) ) { ++ return( 0 ); ++ } ++ //Distance between physical vram start and surface should be ++ //the same than distance between logical addresses ++ surfaceOffset = vramoffset + ( uint32_t ) localAddr - ( uint32_t ) data; ++ } ++#endif ++ ++ HWSurface surface( hSurface, surfaceOffset, ++ localAddr, amount, ++ internal, ++ qws_client_id ); ++ surfaceMap.insert( surface.getAddr(), surface ); ++ return( ( uchar* ) localAddr ); ++} ++ ++void QW100Screen::uncache( uchar *c ) ++{ ++ QMap< uchar*, HWSurface >::Iterator itr; ++ if ( ( itr = surfaceMap.find( c ) ) != surfaceMap.end() ) { ++ driver.waitComplete( -1 ); ++ if ( itr.data().internal() ) { ++ qt_fbdpy->grab( true ); ++ driver.destroySurface( itr.data().getHandle() ); ++ qt_fbdpy->ungrab(); ++ } else { ++ QLinuxFbScreen::uncache( c ); ++ } ++ surfaceMap.remove( itr ); ++ } ++} ++ ++bool QW100Screen::onCard( uchar *p ) const ++{ ++ QMap< uchar*, HWSurface >::ConstIterator itr = surfaceMap.begin(); ++ for ( ; itr != surfaceMap.end(); itr++ ) { ++ uchar *begin; ++ if ( ( begin = itr.data().getAddr() ) <= p ) { ++ if ( ( itr.data().getSize() + begin ) >= p ) { ++ return TRUE; ++ } ++ } ++ } ++ return FALSE; ++} ++ ++bool QW100Screen::onCard( unsigned char *p, ulong& offset ) const ++{ ++ QMap< uchar*, HWSurface >::ConstIterator itr; ++ for ( itr = surfaceMap.begin(); itr != surfaceMap.end(); itr++ ) { ++ uchar *begin; ++ if ( ( begin = itr.data().getAddr() ) <= p ) { ++ if ( ( itr.data().getSize() + begin ) >= p ) { ++ offset = itr.data().getSOffset() + ( p - begin ); ++ return TRUE; ++ } ++ } ++ } ++ return FALSE; ++} ++ ++QMap< uchar*, QW100Screen::HWSurface > ++*QW100Screen::getPSurfaceMap( void ) const ++{ ++ return ( QMap<uchar*,HWSurface> *) &surfaceMap; ++} ++ ++void QW100Screen::clearCache( int clientId ) ++{ ++ printf( "[%d] CLEARING CACHE FOR %d\n", getpid(), clientId ); ++ driver.log( W100Driver::WARNING, "Cleaning cache for '%d'", clientId ); ++ QMap< uchar*, HWSurface >::Iterator itr = surfaceMap.begin(); ++ while ( itr != surfaceMap.end() ) { ++ if ( itr.data().getCId() == clientId ) { ++ if ( itr.data().internal() ) { ++ qt_fbdpy->grab(); ++ driver.destroySurface( itr.data().getHandle() ); ++ qt_fbdpy->ungrab(); ++ } ++ surfaceMap.remove( itr ); ++ } ++ itr++; ++ } ++ QLinuxFbScreen::clearCache( this, clientId ); ++} ++ ++void QW100Screen::clearCache( QScreen *instance, int clientId ) ++{ ++ QW100Screen *screen = reinterpret_cast<QW100Screen *> ( instance ); ++ screen->clearCache( clientId ); ++} ++ ++void QW100Screen::setTransformation( Transformation t ) ++{ ++ qt_fbdpy->grab( true ); ++ trans = t; ++ ++ QSize s = mapFromDevice( QSize( dw,dh ) ); ++ w = s.width(); ++ h = s.height(); ++ qt_fbdpy->ungrab(); ++} ++ ++QW100Screen::Transformation QW100Screen::transformation( void ) const ++{ ++ return trans; ++} ++ ++QSize QW100Screen::mapToDevice( const QSize &s ) const ++{ ++ if ( trans == Rot90 || trans == Rot270 ) { ++ return QSize( s.height(), s.width() ); ++ } ++ ++ return s; ++} ++ ++QSize QW100Screen::mapFromDevice( const QSize &s ) const ++{ ++ if ( trans == Rot90 || trans == Rot270 ) { ++ return QSize( s.height(), s.width() ); ++ } ++ ++ return s; ++} ++ ++QPoint QW100Screen::mapToDevice( const QPoint &p, const QSize &s ) const ++{ ++ QPoint rp( p ); ++ ++ switch ( trans ) { ++ case Rot90: ++ rp.setX( p.y() ); ++ rp.setY( s.width() - p.x() - 1 ); ++ break; ++ case Rot180: ++ rp.setX( s.width() - p.x() - 1 ); ++ rp.setY( s.height() - p.y() - 1 ); ++ break; ++ case Rot270: ++ rp.setX( s.height() - p.y() - 1 ); ++ rp.setY( p.x() ); ++ break; ++ default: ++ break; ++ } ++ ++ return rp; ++} ++ ++QPoint QW100Screen::mapFromDevice( const QPoint &p, const QSize &s ) const ++{ ++ QPoint rp( p ); ++ ++ switch ( trans ) { ++ case Rot90: ++ rp.setX( s.height() - p.y() - 1 ); ++ rp.setY( p.x() ); ++ break; ++ case Rot180: ++ rp.setX( s.width() - p.x() - 1 ); ++ rp.setY( s.height() - p.y() - 1 ); ++ break; ++ case Rot270: ++ rp.setX( p.y() ); ++ rp.setY( s.width() - p.x() - 1 ); ++ break; ++ default: ++ break; ++ } ++ ++ return rp; ++} ++ ++QRect QW100Screen::mapToDevice( const QRect &r, const QSize &s ) const ++{ ++ QRect tr; ++ switch ( trans ) { ++ case Rot90: ++ tr.setCoords( r.y(), s.width() - r.x() - 1, ++ r.bottom(), s.width() - r.right() - 1 ); ++ break; ++ case Rot180: ++ tr.setCoords( s.width() - r.x() - 1, s.height() - r.y() - 1, ++ s.width() - r.right() - 1, s.height() - r.bottom() - 1 ); ++ break; ++ case Rot270: ++ tr.setCoords( s.height() - r.y() - 1, r.x(), ++ s.height() - r.bottom() - 1, r.right() ); ++ break; ++ default: ++ tr = r; ++ break; ++ } ++ ++ return tr.normalize(); ++} ++ ++QRect QW100Screen::mapFromDevice( const QRect &r, const QSize &s ) const ++{ ++ QRect tr; ++ switch ( trans ) { ++ case Rot90: ++ tr.setCoords( s.height() - r.y() - 1, r.x(), ++ s.height() - r.bottom() - 1, r.right() ); ++ break; ++ case Rot180: ++ tr.setCoords( s.width() - r.x() - 1, s.height() - r.y() - 1, ++ s.width() - r.right() - 1, s.height() - r.bottom() - 1 ); ++ break; ++ case Rot270: ++ tr.setCoords( r.y(), s.width() - r.x() - 1, ++ r.bottom(), s.width() - r.right() - 1 ); ++ break; ++ default: ++ tr = r; ++ break; ++ } ++ ++ return tr.normalize(); ++} ++ ++template<class T> ++static inline void rotateLoopTemplate( uchar *src, int srcBytesPerLine, ++ uchar *dst, int dstBytesPerLine, ++ int width, int height, ++ QW100Screen::Transformation trans, ++ bool mapToDevice ) ++{ ++ int dstXAdd = 0; ++ int dstYAdd = 0; ++ int dstXOfs = 0; ++ int dstYOfs = 0; ++ int srcYAdd = srcBytesPerLine - width * sizeof(T); ++ ++ if ( !mapToDevice ) { ++ if ( trans == QW100Screen::Rot90 ) ++ trans = QW100Screen::Rot270; ++ else if ( trans == QW100Screen::Rot270 ) ++ trans = QW100Screen::Rot90; ++ } ++ ++ switch ( trans ) { ++ case QW100Screen::Rot90: ++ dstXOfs = 0; ++ dstYOfs = width - 1; ++ dstXAdd = -dstBytesPerLine; ++ dstYAdd = 1 * sizeof(T) + width * dstBytesPerLine; ++ break; ++ case QW100Screen::Rot270: ++ dstXOfs = height - 1; ++ dstYOfs = 0; ++ dstXAdd = dstBytesPerLine; ++ dstYAdd = -1 * sizeof(T) - width * dstBytesPerLine; ++ break; ++ default: ++ dstXOfs = width - 1; ++ dstYOfs = height - 1; ++ dstXAdd = -1 * sizeof(T); ++ dstYAdd = -dstBytesPerLine + width * sizeof(T); ++ break; ++ }; ++ ++ T *dstPtr = (T *)(dst + dstYOfs * dstBytesPerLine) + dstXOfs; ++ T *srcPtr = (T *)src; ++ for ( int y = 0; y < height; y++ ) { ++ for ( int x = 0; x < width; x++ ) { ++ *dstPtr = *srcPtr++; ++ dstPtr = (T *)((uchar*)dstPtr + dstXAdd); // add dstXAdd number of bytes ++ } ++ srcPtr = (T *)((uchar*)srcPtr + srcYAdd); // add srcYAdd number of bytes ++ dstPtr = (T *)((uchar*)dstPtr + dstYAdd); // add dstYAdd number of bytes ++ } ++} ++ ++QImage QW100Screen::mapToDevice( const QImage &img ) const ++{ ++ if ( img.isNull() || trans == None ) ++ return img; ++ ++ int iw = img.width(); ++ int ih = img.height(); ++ int w = iw; ++ int h = ih; ++ if ( trans == Rot90 || trans == Rot270 ) { ++ w = ih; ++ h = iw; ++ } ++ ++ QImage rimg( w, h, img.depth(), img.numColors(), img.bitOrder() ); ++ ++ for ( int i = 0; i < img.numColors(); i++ ) { ++ rimg.colorTable()[i] = img.colorTable()[i]; ++ } ++ ++ // Optimized image rotation code for nice bit depths ++ int d = img.depth(); ++ if ( d == 8 || d == 16 || d == 32 ) { ++ int srcBytesPerLine = img.bytesPerLine(); ++ int dstBytesPerLine = rimg.bytesPerLine(); ++ uchar *srcBits = img.bits(); ++ uchar *dstBits = rimg.bits(); ++ switch ( d ) { ++ case 8: ++ rotateLoopTemplate<uchar>( srcBits, srcBytesPerLine, dstBits, dstBytesPerLine, iw, ih, trans, TRUE ); ++ break; ++ case 16: ++ rotateLoopTemplate<ushort>( srcBits, srcBytesPerLine, dstBits, dstBytesPerLine, iw, ih, trans, TRUE ); ++ break; ++ case 32: ++ rotateLoopTemplate<uint>( srcBits, srcBytesPerLine, dstBits, dstBytesPerLine, iw, ih, trans, TRUE ); ++ break; ++ } ++ rimg.setAlphaBuffer( img.hasAlphaBuffer() ); ++ rimg.setOffset( img.offset() ); ++ return rimg; ++ } ++ ++ // Slower fall back code for image rotation for 1-bit and other depths ++#define ROTATE_LOOP( X, Y, VAL ) \ ++ for ( int y = 0; y < ih; y++ ) { \ ++ for ( int x = 0; x < iw; x++ ) { \ ++ rimg.setPixel( X, Y, VAL ); \ ++ } \ ++ } \ ++ break; ++ ++ if ( img.depth() > 8 ) { ++ switch ( trans ) { ++ case Rot90: ++ ROTATE_LOOP( y, iw - x - 1, img.pixel(x, y) ) ++ case Rot270: ++ ROTATE_LOOP( ih - y - 1, x, img.pixel(x, y) ); ++ default: ++ ROTATE_LOOP( iw - x - 1, ih - y - 1, img.pixel(x, y) ); ++ } ++ } else { ++ switch ( trans ) { ++ case Rot90: ++ ROTATE_LOOP( y, iw - x - 1, img.pixelIndex(x, y) ); ++ case Rot270: ++ ROTATE_LOOP( ih - y - 1, x, img.pixelIndex(x, y) ); ++ default: ++ ROTATE_LOOP( iw - x - 1, ih - y - 1, img.pixelIndex(x, y) ); ++ } ++ } ++ ++#undef ROTATE_LOOP ++ ++ rimg.setAlphaBuffer( img.hasAlphaBuffer() ); ++ rimg.setOffset( img.offset() ); ++ ++ return rimg; ++} ++ ++QImage QW100Screen::mapFromDevice( const QImage &img ) const ++{ ++ if ( img.isNull() || trans == None ) ++ return img; ++ ++ int iw = img.width(); ++ int ih = img.height(); ++ int w = iw; ++ int h = ih; ++ if ( trans == Rot90 || trans == Rot270 ) { ++ w = ih; ++ h = iw; ++ } ++ ++ QImage rimg( w, h, img.depth(), img.numColors(), img.bitOrder() ); ++ ++ for ( int i = 0; i < img.numColors(); i++ ) { ++ rimg.colorTable()[i] = img.colorTable()[i]; ++ } ++ ++ // Optimized image rotation code for nice bit depths ++ int d = img.depth(); ++ if ( d == 8 || d == 16 || d == 32 ) { ++ int srcBytesPerLine = img.bytesPerLine(); ++ int dstBytesPerLine = rimg.bytesPerLine(); ++ uchar *srcBits = img.bits(); ++ uchar *dstBits = rimg.bits(); ++ switch ( d ) { ++ case 8: ++ rotateLoopTemplate<uchar>( srcBits, srcBytesPerLine, dstBits, dstBytesPerLine, iw, ih, trans, FALSE ); ++ break; ++ case 16: ++ rotateLoopTemplate<ushort>( srcBits, srcBytesPerLine, dstBits, dstBytesPerLine, iw, ih, trans, FALSE ); ++ break; ++ case 32: ++ rotateLoopTemplate<uint>( srcBits, srcBytesPerLine, dstBits, dstBytesPerLine, iw, ih, trans, FALSE ); ++ break; ++ } ++ rimg.setAlphaBuffer( img.hasAlphaBuffer() ); ++ rimg.setOffset( img.offset() ); ++ return rimg; ++ } ++ ++ // Slower fall back code for image rotation for 1-bit and other depths ++#define ROTATE_LOOP( X, Y, VAL ) \ ++ for ( int y = 0; y < ih; y++ ) { \ ++ for ( int x = 0; x < iw; x++ ) { \ ++ rimg.setPixel( X, Y, VAL ); \ ++ } \ ++ } \ ++ break; ++ ++ if ( img.depth() > 8 ) { ++ switch ( trans ) { ++ case Rot90: ++ ROTATE_LOOP( ih - y - 1, x, img.pixel(x, y) ); ++ case Rot270: ++ ROTATE_LOOP( y, iw - x - 1, img.pixel(x, y) ) ++ default: ++ ROTATE_LOOP( iw - x - 1, ih - y - 1, img.pixel(x, y) ); ++ } ++ } else { ++ switch ( trans ) { ++ case Rot90: ++ ROTATE_LOOP( ih - y - 1, x, img.pixelIndex(x, y) ); ++ case Rot270: ++ ROTATE_LOOP( y, iw - x - 1, img.pixelIndex(x, y) ); ++ default: ++ ROTATE_LOOP( iw - x - 1, ih - y - 1, img.pixelIndex(x, y) ); ++ } ++ } ++ ++#undef ROTATE_LOOP ++ ++ rimg.setAlphaBuffer( img.hasAlphaBuffer() ); ++ rimg.setOffset( img.offset() ); ++ ++ return rimg; ++} ++ ++QRegion QW100Screen::mapToDevice( const QRegion &rgn, const QSize &s ) const ++{ ++ if ( trans == None ) ++ return rgn; ++ ++ QRegion trgn; ++ QArray<QRect> a = rgn.rects(); ++ QRect tr; ++ const QRect *r = a.data(); ++ ++ int w = s.width(); ++ int h = s.height(); ++ int size = a.size(); ++ ++ switch ( trans ) { ++ case Rot270: ++ for ( int i = 0; i < size; i++, r++ ) { ++ tr.setCoords( h - r->y() - 1, r->x(), ++ h - r->bottom() - 1, r->right() ); ++ trgn |= tr.normalize(); ++ } ++ break; ++ case Rot90: ++ for ( int i = 0; i < size; i++, r++ ) { ++ tr.setCoords( r->y(), w - r->x() - 1, ++ r->bottom(), w - r->right() - 1 ); ++ trgn |= tr.normalize(); ++ } ++ break; ++ case Rot180: ++ for ( int i = 0; i < size; i++, r++ ) { ++ tr.setCoords( w - r->x() - 1, h - r->y() - 1, ++ w - r->right() - 1, h - r->bottom() - 1 ); ++ trgn |= tr.normalize(); ++ } ++ break; ++ default: ++ break; ++ } ++ return trgn; ++} ++ ++QRegion QW100Screen::mapFromDevice( const QRegion &rgn, const QSize &s ) const ++{ ++ if ( trans == None ) ++ return rgn; ++ ++ QRegion trgn; ++ QArray<QRect> a = rgn.rects(); ++ const QRect *r = a.data(); ++ QRect tr; ++ ++ int w = s.width(); ++ int h = s.height(); ++ int size = a.size(); ++ ++ switch ( trans ) { ++ case Rot270: ++ for ( int i = 0; i < size; i++, r++ ) { ++ tr.setCoords( r->y(), w - r->x() - 1, ++ r->bottom(), w - r->right() - 1 ); ++ trgn |= tr.normalize(); ++ } ++ break; ++ case Rot90: ++ for ( int i = 0; i < size; i++, r++ ) { ++ tr.setCoords( h - r->y() - 1, r->x(), ++ h - r->bottom() - 1, r->right() ); ++ trgn |= tr.normalize(); ++ } ++ break; ++ case Rot180: ++ for ( int i = 0; i < size; i++, r++ ) { ++ tr.setCoords( w - r->x() - 1, h - r->y() - 1, ++ w - r->right() - 1, h - r->bottom() - 1 ); ++ trgn |= tr.normalize(); ++ } ++ break; ++ default: ++ break; ++ } ++ ++ return trgn; ++} ++ ++/*! ++ 0 = none ++ 1..3 = rotates 90..270 ++ 4..7 = mirrored 0..3 ++*/ ++int QW100Screen::transformOrientation() const ++{ ++ return (int)trans; ++} ++ ++ ++void qws_w100Transformation( int t ) ++{ ++ if ( qt_w100_screen ) { ++ qt_w100_screen->setTransformation( static_cast<QW100Screen::Transformation>( t ) ); ++ } ++} ++ ++extern bool qws_accel; ++ ++extern "C" QScreen * qt_get_screen_w100( int display_id ) ++{ ++ return( new QW100Screen( display_id ) ); ++} +Index: qt-2.3.10-snapshot-20060120/src/kernel/qapplication_qws.cpp +=================================================================== +--- qt-2.3.10-snapshot-20060120.orig/src/kernel/qapplication_qws.cpp 2006-01-20 20:48:07.131939024 +0100 ++++ qt-2.3.10-snapshot-20060120/src/kernel/qapplication_qws.cpp 2006-01-20 21:17:39.461503976 +0100 +@@ -1450,16 +1450,25 @@ + extern void qws_clearLoadedFonts(); + #endif + ++#ifndef QT_NO_QWS_W100 ++extern void qws_w100Transformation( int t ); ++#endif ++ + void QWSDisplay::setTransformation( int t ) + { +-#ifndef QT_NO_QWS_TRANSFORMED ++#if !defined(QT_NO_QWS_TRANSFORMED) || !defined(QT_NO_QWS_W100) + QRect mwr = qt_screen->mapToDevice(qt_maxWindowRect, + QSize(qt_screen->width(), qt_screen->height()) ); + + QPixmapCache::clear(); + qws_clearLoadedFonts(); + qws_mapPixmaps( TRUE ); ++#ifndef QT_NO_QWS_TRANSFORMED + qws_setScreenTransformation( t ); ++#endif ++#ifndef QT_NO_QWS_W100 ++ qws_w100Transformation( t ); ++#endif + qws_mapPixmaps( FALSE ); + + if ( qt_fbdpy->d->directServerConnection() ) { |