mmsfbsurface.cpp

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/***************************************************************************
 *   Copyright (C) 2005-2007 Stefan Schwarzer, Jens Schneider,             *
 *                           Matthias Hardt, Guido Madaus                  *
 *                                                                         *
 *   Copyright (C) 2007-2008 BerLinux Solutions GbR                        *
 *                           Stefan Schwarzer & Guido Madaus               *
 *                                                                         *
 *   Copyright (C) 2009-2012 BerLinux Solutions GmbH                       *
 *                                                                         *
 *   Authors:                                                              *
 *      Stefan Schwarzer   <stefan.schwarzer@diskohq.org>,                 *
 *      Matthias Hardt     <matthias.hardt@diskohq.org>,                   *
 *      Jens Schneider     <jens.schneider@diskohq.org>,                   *
 *      Guido Madaus       <guido.madaus@diskohq.org>,                     *
 *      Patrick Helterhoff <patrick.helterhoff@diskohq.org>,               *
 *      René Bählkow       <rene.baehlkow@diskohq.org>                     *
 *                                                                         *
 *   This library is free software; you can redistribute it and/or         *
 *   modify it under the terms of the GNU Lesser General Public            *
 *   License version 2.1 as published by the Free Software Foundation.     *
 *                                                                         *
 *   This library is distributed in the hope that it will be useful,       *
 *   but WITHOUT ANY WARRANTY; without even the implied warranty of        *
 *   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU     *
 *   Lesser General Public License for more details.                       *
 *                                                                         *
 *   You should have received a copy of the GNU Lesser General Public      *
 *   License along with this library; if not, write to the                 *
 *   Free Software Foundation, Inc.,                                       *
 *   51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA            *
 **************************************************************************/

#include "mmsgui/fb/mmsfbsurface.h"
#include "mmsgui/fb/mmsfb.h"
#include "mmsgui/fb/mmsfbsurfacemanager.h"

//#define DEBUG_LOCK_OUTPUT
#ifdef DEBUG_LOCK_OUTPUT
#include <sys/syscall.h>
#endif

#ifdef __ENABLE_ACTMON__
#include "mmscore/mmsperf.h"
#endif

#include <math.h>
#include <string.h>
#include <stdlib.h>

#ifdef __HAVE_XLIB__
#include <ft2build.h>
#include FT_GLYPH_H
#endif


#ifdef  __HAVE_DIRECTFB__
D_DEBUG_DOMAIN( MMS_Surface, "MMS/Surface", "MMS FB Surface" );
#endif

// static variables
bool MMSFBSurface::extendedaccel                                = false;
MMSFBSurfaceAllocMethod MMSFBSurface::allocmethod               = MMSFBSurfaceAllocMethod_malloc;

#define INITCHECK  if((!mmsfb->isInitialized())||(!this->initialized)){MMSFB_SetError(0,"MMSFBSurface is not initialized");return false;}

#define CLIPSUBSURFACE \
    MMSFBRegion reg, tmp; \
    bool tmpset; \
    if (clipSubSurface(&reg, false, &tmp, &tmpset)) {

#define UNCLIPSUBSURFACE \
    clipSubSurface(NULL, false, &tmp, &tmpset); }

#define SETSUBSURFACE_DRAWINGFLAGS \
    MMSFBColor ccc = this->config.color; \
    this->dfb_surface->SetColor(this->dfb_surface, ccc.r, ccc.g, ccc.b, ccc.a); \
    this->dfb_surface->SetDrawingFlags(this->dfb_surface, getDFBSurfaceDrawingFlagsFromMMSFBDrawingFlags(this->config.drawingflags));

#define RESETSUBSURFACE_DRAWINGFLAGS \
    ccc = this->root_parent->config.color; \
    this->dfb_surface->SetColor(this->dfb_surface, ccc.r, ccc.g, ccc.b, ccc.a); \
    this->dfb_surface->SetDrawingFlags(this->dfb_surface, getDFBSurfaceDrawingFlagsFromMMSFBDrawingFlags(this->root_parent->config.drawingflags));

#define SETSUBSURFACE_BLITTINGFLAGS \
    MMSFBColor ccc = this->config.color; \
    this->dfb_surface->SetColor(this->dfb_surface, ccc.r, ccc.g, ccc.b, ccc.a); \
    this->dfb_surface->SetBlittingFlags(this->dfb_surface, getDFBSurfaceBlittingFlagsFromMMSFBBlittingFlags(this->config.blittingflags));

#define RESETSUBSURFACE_BLITTINGFLAGS \
    ccc = this->root_parent->config.color; \
    this->dfb_surface->SetColor(this->dfb_surface, ccc.r, ccc.g, ccc.b, ccc.a); \
    this->dfb_surface->SetBlittingFlags(this->dfb_surface, getDFBSurfaceBlittingFlagsFromMMSFBBlittingFlags(this->root_parent->config.blittingflags));



MMSFBSurface::MMSFBSurface(int w, int h, MMSFBSurfacePixelFormat pixelformat, int backbuffer, bool systemonly) {
    // init me
    this->initialized = false;
#ifdef  __HAVE_DIRECTFB__
    this->dfb_surface = NULL;
#endif
    this->surface_read_locked = false;
    this->surface_read_lock_cnt = 0;
    this->surface_write_locked = false;
    this->surface_write_lock_cnt = 0;
    this->surface_invert_lock = false;
#ifdef __HAVE_XLIB__
    this->scaler = NULL;
#endif

    // create the surfacebuffer where additional infos are stored
    createSurfaceBuffer();

    if (this->allocmethod == MMSFBSurfaceAllocMethod_dfb) {
#ifdef  __HAVE_DIRECTFB__
        // create surface description
        DFBSurfaceDescription   surface_desc;
        surface_desc.flags = (DFBSurfaceDescriptionFlags)(DSDESC_WIDTH | DSDESC_HEIGHT | DSDESC_PIXELFORMAT);
        surface_desc.width = w;
        surface_desc.height = h;
        surface_desc.pixelformat = getDFBPixelFormatFromMMSFBPixelFormat(pixelformat);

        if (surface_desc.pixelformat==DSPF_UNKNOWN)
            surface_desc.flags = (DFBSurfaceDescriptionFlags)(surface_desc.flags & ~DSDESC_PIXELFORMAT);

        // we use premultiplied surfaces because of alphachannel blitting with better performance
        surface_desc.flags = (DFBSurfaceDescriptionFlags)(surface_desc.flags | DSDESC_CAPS);
        surface_desc.caps = DSCAPS_PREMULTIPLIED;

        switch (backbuffer) {
            case 1: // front + one back buffer (double)
                surface_desc.caps = (DFBSurfaceCapabilities)(surface_desc.caps | DSCAPS_DOUBLE);
                break;
            case 2: // front + two back buffer (triple)
                surface_desc.caps = (DFBSurfaceCapabilities)(surface_desc.caps | DSCAPS_TRIPLE);
                break;
        }

        // surface should stored in system memory only?
        if (systemonly)
            surface_desc.caps = (DFBSurfaceCapabilities)(surface_desc.caps | DSCAPS_SYSTEMONLY);

        // create the surface
        DFBResult dfbres;
        if ((dfbres=mmsfb->dfb->CreateSurface(mmsfb->dfb, &surface_desc, &this->dfb_surface)) != DFB_OK) {
            this->dfb_surface = NULL;
            DEBUGMSG("MMSGUI", "ERROR");
            MMSFB_SetError(dfbres, "IDirectFB::CreateSurface(" + iToStr(w) + "x" + iToStr(h) + ") failed");
            return;
        }

        init(MMSFBSurfaceAllocatedBy_dfb, NULL, NULL);
#endif
    }
    else
    if (this->allocmethod == MMSFBSurfaceAllocMethod_ogl) {
#ifdef  __HAVE_OPENGL__
        // setup surface attributes
        // if we allocate an fbo, backbuffers are not supported
        MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
        this->config.w = sb->sbw = w;
        this->config.h = sb->sbh = h;
        sb->pixelformat = MMSFB_PF_ABGR;
        sb->alphachannel = true;
        sb->premultiplied = false;
        sb->backbuffer = 0;
        sb->numbuffers = 1;
        sb->systemonly = false;

        // setup plane buffer
        sb->currbuffer_read = 0;
        sb->currbuffer_write = 0;
        sb->buffers[0].hwbuffer = true;
        sb->buffers[0].opaque = false;
        sb->buffers[0].transparent = false;

        mmsfb->bei->alloc(this);

        init(MMSFBSurfaceAllocatedBy_ogl, NULL, NULL);
#endif
    }
    else {
        // setup surface attributes
        MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
        this->config.w = sb->sbw = w;
        this->config.h = sb->sbh = h;
        sb->pixelformat = pixelformat;
        sb->alphachannel = isAlphaPixelFormat(sb->pixelformat);
        sb->premultiplied = true;
        sb->backbuffer = backbuffer;
        sb->systemonly = systemonly;

        // allocate my surface buffers
        sb->numbuffers = backbuffer + 1;
        if (sb->numbuffers > MMSFBSurfaceMaxBuffers) {
            sb->numbuffers = MMSFBSurfaceMaxBuffers;
            sb->backbuffer = sb->numbuffers - 1;
        }
        sb->currbuffer_read = 0;
        if (sb->numbuffers > 1)
            // using backbuffer(s)
            sb->currbuffer_write = 1;
        else
            // using only a single buffer for read/write
            sb->currbuffer_write = 0;
        DEBUGMSG("MMSGUI", "start allocating surface buffer");
        memset(sb->buffers, 0, sizeof(sb->buffers));
        for (int i = 0; i < sb->numbuffers; i++) {
            sb->buffers[i].pitch = calcPitch(w);
            int size = calcSize(sb->buffers[i].pitch, sb->sbh);
            DEBUGMSG("MMSGUI", ">allocating surface buffer #%d, %d bytes (pitch=%d, h=%d)", i, size, sb->buffers[i].pitch, sb->sbh);
            sb->buffers[i].ptr = malloc(size);
            sb->buffers[i].hwbuffer = false;

            // few internally pixelformats supports planes and therefore we must init the pointers
            initPlanePointers(&sb->buffers[i], sb->sbh);
        }
        DEBUGMSG("MMSGUI", "allocating surface buffer finished");

        init(MMSFBSurfaceAllocatedBy_malloc, NULL, NULL);
    }
}


#ifdef  __HAVE_DIRECTFB__

MMSFBSurface::MMSFBSurface(IDirectFBSurface *dfb_surface, MMSFBSurface *parent,
                           MMSFBRectangle *sub_surface_rect) {
    // init me
    this->initialized = false;
#ifdef  __HAVE_DIRECTFB__
    this->dfb_surface = dfb_surface;
#endif
#ifdef __HAVE_XLIB__
    this->scaler = NULL;
#endif

    // create the surfacebuffer where additional infos are stored
    createSurfaceBuffer();

    init(MMSFBSurfaceAllocatedBy_dfb, parent, sub_surface_rect);
}

#endif


MMSFBSurface::MMSFBSurface(MMSFBSurface *parent, MMSFBRectangle *sub_surface_rect) {
    // init me
    this->initialized = false;
#ifdef  __HAVE_DIRECTFB__
    this->dfb_surface = NULL;
#endif
#ifdef __HAVE_XLIB__
    this->scaler = NULL;
#endif

    if ((!parent)||(this->allocmethod == MMSFBSurfaceAllocMethod_dfb)) {
        // create the surfacebuffer where additional infos are stored
        createSurfaceBuffer();
    }
    else {
        // != DFB and parent set
        this->config.surface_buffer = NULL;
    }

    this->layer = NULL;

    init(parent->allocated_by, parent, sub_surface_rect);
}



MMSFBSurface::MMSFBSurface(int w, int h, MMSFBSurfacePixelFormat pixelformat, int backbuffer, MMSFBSurfacePlanes *planes) {
    // init me
    this->initialized = false;
#ifdef  __HAVE_DIRECTFB__
    this->dfb_surface = NULL;
#endif
    this->surface_read_locked = false;
    this->surface_read_lock_cnt = 0;
    this->surface_write_locked = false;
    this->surface_write_lock_cnt = 0;
    this->surface_invert_lock = false;
#ifdef __HAVE_XLIB__
    this->scaler = NULL;
#endif

    // create the surfacebuffer where additional infos are stored
    createSurfaceBuffer();

    // setup surface attributes
    MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
    this->config.w = sb->sbw = w;
    this->config.h = sb->sbh = h;
    sb->pixelformat = pixelformat;
    sb->alphachannel = isAlphaPixelFormat(sb->pixelformat);
    sb->premultiplied = true;
    sb->backbuffer = backbuffer;
    sb->systemonly = true;

    // set the surface buffer
    memset(sb->buffers, 0, sizeof(sb->buffers));
    sb->numbuffers = backbuffer+1;
    if (sb->numbuffers > MMSFBSurfaceMaxBuffers) sb->numbuffers = MMSFBSurfaceMaxBuffers;
    sb->buffers[0] = *planes;
    if (sb->numbuffers >= 2) {
        if (planes[1].ptr)
            sb->buffers[1] = planes[1];
        else
            sb->numbuffers = 1;
    }
    if (sb->numbuffers >= 3) {
        if (planes[2].ptr)
            sb->buffers[2] = planes[2];
        else
            sb->numbuffers = 2;
    }
    sb->backbuffer = sb->numbuffers - 1;
    sb->currbuffer_read = 0;
    if (sb->numbuffers <= 1)
        sb->currbuffer_write = 0;
    else
        sb->currbuffer_write = 1;
    sb->external_buffer = true;

    init(MMSFBSurfaceAllocatedBy_malloc, NULL, NULL);
}

MMSFBSurface::MMSFBSurface(int w, int h, MMSFBSurfacePixelFormat pixelformat, MMSFBSurfacePlanes *planes) {
    MMSFBSurface(w, h, pixelformat, 0, planes);
}


#ifdef __HAVE_XV__
MMSFBSurface::MMSFBSurface(int w, int h, MMSFBSurfacePixelFormat pixelformat, XvImage *xv_image1, XvImage *xv_image2) {
    // init me
    this->initialized = false;
#ifdef  __HAVE_DIRECTFB__
    this->dfb_surface = NULL;
#endif
    this->surface_read_locked = false;
    this->surface_read_lock_cnt = 0;
    this->surface_write_locked = false;
    this->surface_write_lock_cnt = 0;
    this->surface_invert_lock = false;
    this->scaler = NULL;

    // create the surfacebuffer where additional infos are stored
    createSurfaceBuffer();

    // setup surface attributes
    MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
    this->config.w = sb->sbw = w;
    this->config.h = sb->sbh = h;
    sb->pixelformat = pixelformat;
    sb->alphachannel = isAlphaPixelFormat(sb->pixelformat);
    sb->premultiplied = true;
    sb->backbuffer = 1;
    sb->systemonly = true;

    // set the surface buffer
    memset(sb->buffers, 0, sizeof(sb->buffers));
    sb->numbuffers = 2;
    sb->xv_image[0] = xv_image1;
    sb->buffers[0].ptr = sb->xv_image[0]->data;
    sb->buffers[0].pitch = *(sb->xv_image[0]->pitches);
    sb->buffers[0].hwbuffer = false;
    sb->xv_image[1] = xv_image2;
    sb->buffers[1].ptr = sb->xv_image[1]->data;
    sb->buffers[1].pitch = *(sb->xv_image[1]->pitches);
    sb->buffers[1].hwbuffer = false;
    sb->currbuffer_read = 0;
    sb->currbuffer_write = 1;
    sb->external_buffer = true;

    init(MMSFBSurfaceAllocatedBy_xvimage, NULL, NULL);
}
#endif

#ifdef __HAVE_XLIB__
MMSFBSurface::MMSFBSurface(int w, int h, MMSFBSurfacePixelFormat pixelformat, XImage *x_image1, XImage *x_image2, MMSFBSurface *scaler) {
    // init me
    this->initialized = false;
#ifdef  __HAVE_DIRECTFB__
    this->dfb_surface = NULL;
#endif
    this->surface_read_locked = false;
    this->surface_read_lock_cnt = 0;
    this->surface_write_locked = false;
    this->surface_write_lock_cnt = 0;
    this->surface_invert_lock = false;
    this->scaler = scaler;

    // create the surfacebuffer where additional infos are stored
    createSurfaceBuffer();

    // setup surface attributes
    MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
    this->config.w = sb->sbw = w;
    this->config.h = sb->sbh = h;
    sb->pixelformat = pixelformat;
    sb->alphachannel = isAlphaPixelFormat(sb->pixelformat);
    sb->premultiplied = true;
    sb->backbuffer = 0;
    sb->systemonly = true;

    // set the surface buffer
    memset(sb->buffers, 0, sizeof(sb->buffers));
    if (x_image2) {
        // two ximages
        sb->backbuffer = 1;
        sb->numbuffers = 2;
        sb->x_image[0] = x_image1;
        sb->buffers[0].ptr = sb->x_image[0]->data;
        sb->buffers[0].pitch = sb->x_image[0]->bytes_per_line;
        sb->buffers[0].hwbuffer = false;
        sb->x_image[1] = x_image2;
        sb->buffers[1].ptr = sb->x_image[1]->data;
        sb->buffers[1].pitch = sb->x_image[1]->bytes_per_line;
        sb->buffers[1].hwbuffer = false;
        sb->currbuffer_read = 0;
        sb->currbuffer_write = 1;
        sb->external_buffer = true;
    }
    else {
        // only one buffer
        sb->backbuffer = 0;
        sb->numbuffers = 1;
        sb->x_image[0] = x_image1;
        sb->buffers[0].ptr = sb->x_image[0]->data;
        sb->buffers[0].pitch = sb->x_image[0]->bytes_per_line;
        sb->buffers[0].hwbuffer = false;
        sb->x_image[1] = NULL;
        sb->buffers[1].ptr = NULL;
        sb->buffers[1].hwbuffer = false;
        sb->currbuffer_read = 0;
        sb->currbuffer_write = 0;
        sb->external_buffer = true;
    }

    init(MMSFBSurfaceAllocatedBy_ximage, NULL, NULL);
}
#endif



#ifdef __HAVE_OPENGL__
MMSFBSurface::MMSFBSurface(int w, int h, MMSFBSurfaceAllocatedBy allocated_by) {
    // init me
    this->initialized = false;
#ifdef  __HAVE_DIRECTFB__
    this->dfb_surface = NULL;
#endif
#ifdef __HAVE_XLIB__
    this->scaler = NULL;
#endif

    // currently only for ogl
    if (allocated_by != MMSFBSurfaceAllocatedBy_ogl)
        return;

    // create the surfacebuffer where additional infos are stored
    createSurfaceBuffer();

    // setup surface attributes
    this->config.w = this->config.surface_buffer->sbw = w;
    this->config.h = this->config.surface_buffer->sbh = h;

    if (this->config.surface_buffer) {
        MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
        memset(sb->buffers, 0, sizeof(sb->buffers));
        sb->numbuffers = 0;
        sb->external_buffer = false;

        // setup plane buffer
        sb->currbuffer_read = 0;
        sb->currbuffer_write = 0;
        sb->buffers[0].hwbuffer = true;
        sb->buffers[0].opaque = false;
        sb->buffers[0].transparent = false;

        // this surface is the primary opengl framebuffer
        sb->ogl_fbo = 0;
        sb->ogl_fbo_initialized = true;
    }

    init(MMSFBSurfaceAllocatedBy_ogl, NULL, NULL);
}
#endif



MMSFBSurface::~MMSFBSurface() {

#ifdef __ENABLE_ACTMON__
    if (this->mmsperf)
        delete this->mmsperf;
#endif

    if (!mmsfb->isInitialized()) return;

    // release memory - only if not the layer surface
    if (this->initialized) {
        if (!this->is_sub_surface) {
#ifndef USE_DFB_SUBSURFACE
            // delete all sub surfaces
            deleteSubSurface(NULL);
#endif
            mmsfbsurfacemanager->releaseSurface(this);
        }
        else {
#ifdef USE_DFB_SUBSURFACE
            if (this->dfb_surface) {
                this->dfb_surface->Release(this->dfb_surface);
            }
#endif

            if (this->parent)
                this->parent->deleteSubSurface(this);
        }
    }
}



void MMSFBSurface::init(MMSFBSurfaceAllocatedBy allocated_by,
                        MMSFBSurface *parent,
                        MMSFBRectangle *sub_surface_rect) {
    // init me
#ifdef __ENABLE_ACTMON__
    this->mmsperf = new MMSPerf();
#endif

#ifdef __HAVE_FBDEV__
    this->fbdev_ts = NULL;
#endif

    this->allocated_by = allocated_by;
    this->initialized = true;

    this->surface_read_locked = false;
    this->surface_read_lock_cnt = 0;
    this->surface_write_locked = false;
    this->surface_write_lock_cnt = 0;
    this->surface_invert_lock = false;
    this->flipflags = MMSFB_FLIP_NONE;
    this->TID = 0;
    this->Lock_cnt = 0;

    this->clear_request.set = false;

    // init subsurface
    this->parent = parent;
    this->root_parent =  NULL;
    this->sub_surface_xoff = 0;
    this->sub_surface_yoff = 0;
    if (this->parent) {
        if (!this->parent->is_sub_surface)
            this->root_parent = this->parent;
        else
            this->root_parent = this->parent->root_parent;

        this->is_sub_surface = true;

        this->sub_surface_rect = *sub_surface_rect;

        this->config.surface_buffer = this->root_parent->config.surface_buffer;

        this->layer = parent->layer;

#ifndef USE_DFB_SUBSURFACE

#ifdef __HAVE_DIRECTFB__
        this->dfb_surface = this->root_parent->dfb_surface;
#endif

        getRealSubSurfacePos();
#endif

    }
    else {
        this->is_sub_surface = false;
        this->sub_surface_rect.x = 0;
        this->sub_surface_rect.y = 0;
        this->sub_surface_rect.w = 0;
        this->sub_surface_rect.h = 0;
    }


    // get current config
    if (this->initialized) {
        getConfiguration();

        // init color
        this->config.color.r = 0;
        this->config.color.g = 0;
        this->config.color.b = 0;
        this->config.color.a = 0;
        this->config.shadow_top_color = this->config.color;
        this->config.shadow_bottom_color = this->config.color;
        this->config.shadow_left_color = this->config.color;
        this->config.shadow_right_color = this->config.color;
        this->config.shadow_top_left_color = this->config.color;
        this->config.shadow_top_right_color = this->config.color;
        this->config.shadow_bottom_left_color = this->config.color;
        this->config.shadow_bottom_right_color = this->config.color;
        this->config.clipped = false;
        this->config.iswinsurface = false;
        this->config.islayersurface = (this->parent && this->parent->isLayerSurface());
        this->config.drawingflags = MMSFB_DRAW_NOFX;
        this->config.blittingflags = MMSFB_BLIT_NOFX;
        this->config.font = NULL;
    }
}



bool MMSFBSurface::isInitialized() {
    return this->initialized;
}


void MMSFBSurface::createSurfaceBuffer() {

    // create the surfacebuffer where additional infos are stored
    this->config.surface_buffer = new MMSFBSurfaceBuffer;
    MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
    if (!sb) return;

    memset(sb->buffers, 0, sizeof(sb->buffers));
    sb->numbuffers = 0;
    sb->external_buffer = false;
#ifdef __HAVE_FBDEV__
    sb->mmsfbdev_surface = NULL;
#endif
#ifdef __HAVE_XLIB__
    sb->x_image[0] = NULL;
#endif
#ifdef __HAVE_XV__
    sb->xv_image[0] = NULL;
#endif
#ifdef __HAVE_OPENGL__
    sb->ogl_fbo = 0;
    sb->ogl_tex = 0;
    sb->ogl_rbo = 0;
    sb->ogl_fbo_initialized = false;
    sb->ogl_tex_initialized = false;
    sb->ogl_rbo_initialized = false;
    sb->ogl_unchanged_depth_buffer = false;
#endif
}


void MMSFBSurface::freeSurfaceBuffer() {

    if (!this->initialized)
        return;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        if (this->dfb_surface) {
            this->dfb_surface->Release(this->dfb_surface);
            this->dfb_surface = NULL;
        }
#endif
    }
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        //free my surface buffers
        MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
        if (!sb->external_buffer) {
            // buffer which is internally allocated
            if (!this->is_sub_surface) {
                // no subsurface
                // free all buffers (front and back buffers)
                mmsfb->bei->free(this);
                delete sb;
                sb=NULL;
            }
        }

        if(sb) {
            sb->numbuffers = 0;
        }
#endif
    }
    else {
        //free my surface buffers
        MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
        if (!sb->external_buffer) {
            // buffer which is internally allocated
            if (!this->is_sub_surface) {
                // no subsurface
                // free all buffers (front and back buffers)
                for (int i = 0; i < sb->numbuffers; i++) {
                    // free only first plane of each buffer, because it points to memory for all used planes
                    if (sb->buffers[i].ptr) {
                        free(sb->buffers[i].ptr);
                        sb->buffers[i].ptr = NULL;
                    }
                }
                delete sb;
                sb=NULL;
            }
        }
        if(sb) {
            sb->numbuffers = 0;
        }
    }

    this->initialized = false;
}

void MMSFBSurface::deleteSubSurface(MMSFBSurface *surface) {
    if (surface) {
        // remove a sub surface from the list
        for (unsigned int i = 0; i < this->children.size(); i++)
            if (this->children.at(i) == surface) {
                this->children.erase(this->children.begin()+i);
                break;
            }
    }
    else {
        // delete all sub surfaces
        for (unsigned int i = 0; i < this->children.size(); i++) {
            this->children.at(i)->deleteSubSurface(NULL);
            delete this->children.at(i);
        }
    }
}

int MMSFBSurface::calcPitch(int width) {

    MMSFBSurfacePixelFormat pf = this->config.surface_buffer->pixelformat;
    int    pitch = width;

    switch (pf) {
    case MMSFB_PF_ARGB1555:
        pitch = width * 2;
        break;
    case MMSFB_PF_RGB16:
        pitch = width * 2;
        break;
    case MMSFB_PF_RGB24:
        pitch = width * 3;
        break;
    case MMSFB_PF_RGB32:
        pitch = width * 4;
        break;
    case MMSFB_PF_ARGB:
        pitch = width * 4;
        break;
    case MMSFB_PF_A8:
        pitch = width;
        break;
    case MMSFB_PF_YUY2:
        pitch = width * 2;
        break;
    case MMSFB_PF_RGB332:
        pitch = width;
        break;
    case MMSFB_PF_UYVY:
        pitch = width * 2;
        break;
    case MMSFB_PF_I420:
        pitch = width;
        break;
    case MMSFB_PF_YV12:
        pitch = width;
        break;
    case MMSFB_PF_LUT8:
        pitch = width;
        break;
    case MMSFB_PF_ALUT44:
        pitch = width;
        break;
    case MMSFB_PF_AiRGB:
        pitch = width * 4;
        break;
    case MMSFB_PF_A1:
        pitch = width / 8;
        break;
    case MMSFB_PF_NV12:
        pitch = width;
        break;
    case MMSFB_PF_NV16:
        pitch = width;
        break;
    case MMSFB_PF_ARGB2554:
        pitch = width * 2;
        break;
    case MMSFB_PF_ARGB4444:
        pitch = width * 2;
        break;
    case MMSFB_PF_NV21:
        pitch = width;
        break;
    case MMSFB_PF_AYUV:
        pitch = width * 4;
        break;
    case MMSFB_PF_ARGB3565:
        pitch = width * 2;
        break;
    case MMSFB_PF_BGR24:
        pitch = width * 3;
        break;
    case MMSFB_PF_BGR555:
        pitch = width * 2;
        break;
    case MMSFB_PF_ABGR:
        pitch = width * 4;
        break;
    default:
        break;
    }

    if (pitch <= 0) pitch = 1;
    if (pitch % 4)
        pitch += 4 - pitch % 4;

    return pitch;
}

int MMSFBSurface::calcSize(int pitch, int height) {

    MMSFBSurfacePixelFormat pf = this->config.surface_buffer->pixelformat;
    int size = pitch * height;
    int diff;

    if (pf == MMSFB_PF_I420) {
        // increase size for U/V planes
        size += size / 2;
        if ((diff = size % pitch))
            size += pitch - diff;
    }
    else
    if (pf == MMSFB_PF_YV12) {
        // increase size for U/V planes
        size += size / 2;
        if ((diff = size % pitch))
            size += pitch - diff;
    }
    else
    if (pf == MMSFB_PF_ARGB3565) {
        // increase size for alpha plane (4 bit for each pixel)
        size += size / 4;
        if ((diff = size % pitch))
            size += pitch - diff;
    }

    return size;
}

void MMSFBSurface::initPlanePointers(MMSFBSurfacePlanes *planes, int height) {

    MMSFBSurfacePixelFormat pf = this->config.surface_buffer->pixelformat;

    switch (pf) {
    case MMSFB_PF_YV12:
        planes->ptr3 = ((unsigned char *)planes->ptr) + planes->pitch * height;
        planes->pitch3 = planes->pitch / 4;
        planes->ptr2 = ((unsigned char *)planes->ptr3) + planes->pitch3 * height;
        planes->pitch2 = planes->pitch3;
        break;
    case MMSFB_PF_ARGB3565:
        planes->ptr2 = ((unsigned char *)planes->ptr) + planes->pitch * height;
        planes->pitch2 = planes->pitch / 4;
        planes->ptr3 = NULL;
        planes->pitch3 = 0;
        break;
    default:
        break;
    }
}

void MMSFBSurface::getRealSubSurfacePos(MMSFBSurface *surface, bool refreshChilds) {
    if (this->is_sub_surface) {
        this->sub_surface_xoff = this->sub_surface_rect.x + this->parent->sub_surface_xoff;
        this->sub_surface_yoff = this->sub_surface_rect.y + this->parent->sub_surface_yoff;

        if (refreshChilds)
            for (unsigned int i = 0; i < this->children.size(); i++)
                this->children.at(i)->getRealSubSurfacePos(NULL, refreshChilds);
    }
    else {
        this->sub_surface_xoff = 0;
        this->sub_surface_yoff = 0;
    }
}


bool MMSFBSurface::clipSubSurface(MMSFBRegion *region, bool regionset, MMSFBRegion *tmp, bool *tmpset) {
    MMSFBRegion myregion;

    if (!region) {
        if (*tmpset)
            this->root_parent->setClip(tmp);
        else
            this->root_parent->setClip(NULL);
//      this->root_parent->unlock();
        return true;
    }

    /* get my region */
    getClip(&myregion);

    if (this->is_sub_surface) {
        myregion.x1+=sub_surface_xoff;
        myregion.y1+=sub_surface_yoff;
        myregion.x2+=sub_surface_xoff;
        myregion.y2+=sub_surface_yoff;
    }

    if (!regionset) {
        /* init region */
        *region = myregion;
        if(this->parent)
            return this->parent->clipSubSurface(region, true, tmp, tmpset);
    }

    /* check if input region is within my region */
    if (region->x1 < myregion.x1)
        region->x1 = myregion.x1;
    else
    if (region->x1 > myregion.x2)
        return false;

    if (region->y1 < myregion.y1)
        region->y1 = myregion.y1;
    else
    if (region->y1 > myregion.y2)
        return false;

    if (region->x2 > myregion.x2)
        region->x2 = myregion.x2;
    else
    if (region->x2 < myregion.x1)
        return false;

    if (region->y2 > myregion.y2)
        region->y2 = myregion.y2;
    else
    if (region->y2 < myregion.y1)
        return false;

    /* have a parent, call recursive */
    if (this->is_sub_surface)
        return this->parent->clipSubSurface(region, true, tmp, tmpset);

    /* i am the root, set clip now */
//  lock();
    if (this->config.clipped) {
        getClip(tmp);
        *tmpset=true;
    }
    else
        *tmpset=false;
    setClip(region);
    return true;
}

void *MMSFBSurface::getDFBSurface() {
    if (!initialized)
        return NULL;

#ifdef  __HAVE_DIRECTFB__
    return this->dfb_surface;
#endif

    return NULL;
}

bool MMSFBSurface::getConfiguration(MMSFBSurfaceConfig *config) {

    /* check if initialized */
    INITCHECK;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBSurfaceCapabilities  caps;
        DFBResult               dfbres;
        DFBSurfacePixelFormat   mypf;

        /* get size */
        if (!this->is_sub_surface) {
            if ((dfbres=this->dfb_surface->GetSize(this->dfb_surface, &(this->config.w), &(this->config.h))) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::GetSize() failed");
                return false;
            }
            this->config.surface_buffer->sbw = this->config.w;
            this->config.surface_buffer->sbh = this->config.h;
        }
        else {
#ifdef USE_DFB_SUBSURFACE
            if ((dfbres=this->dfb_surface->GetSize(this->dfb_surface, &(this->config.w), &(this->config.h))) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::GetSize() failed");
                return false;
            }
#else
            this->config.w = this->sub_surface_rect.w;
            this->config.h = this->sub_surface_rect.h;
#endif
        }

        // get the surface pitch
        void *ptr;
        if (this->dfb_surface->Lock(this->dfb_surface, DSLF_READ, &ptr, &this->config.surface_buffer->buffers[0].pitch) == DFB_OK) {
            this->dfb_surface->Unlock(this->dfb_surface);
        }

        /* get pixelformat */
        if ((dfbres=this->dfb_surface->GetPixelFormat(this->dfb_surface, &mypf)) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::GetPixelFormat() failed");
            return false;
        }

        /* build a format string */
        this->config.surface_buffer->pixelformat = getMMSFBPixelFormatFromDFBPixelFormat(mypf);
        this->config.surface_buffer->alphachannel = isAlphaPixelFormat(this->config.surface_buffer->pixelformat);

        /* get capabilities */
        if ((dfbres=this->dfb_surface->GetCapabilities(this->dfb_surface, &caps)) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::GetCapabilities() failed");
            return false;
        }

        /* is it a premultiplied surface? */
        this->config.surface_buffer->premultiplied = caps & DSCAPS_PREMULTIPLIED;

        /* get the buffer mode */
        this->config.surface_buffer->backbuffer = 0;
        if (caps & DSCAPS_DOUBLE)
            this->config.surface_buffer->backbuffer = 1;
        else
        if (caps & DSCAPS_TRIPLE)
            this->config.surface_buffer->backbuffer = 2;

        /* system only? */
        this->config.surface_buffer->systemonly = false;
        if (caps & DSCAPS_SYSTEMONLY)
            this->config.surface_buffer->systemonly = true;

        /* fill return config */
        if (config)
            *config = this->config;

        /* log some infos */
        if ((!config)&&(!this->is_sub_surface)) {
            DEBUGMSG("MMSGUI", "Surface properties:");

            DEBUGMSG("MMSGUI", " type:         DFB");
            DEBUGMSG("MMSGUI", " size:         " + iToStr(this->config.w) + "x" + iToStr(this->config.h));
            DEBUGMSG("MMSGUI", " pitch:        " + iToStr(this->config.surface_buffer->buffers[0].pitch));

            if (this->config.surface_buffer->alphachannel)
                DEBUGMSG("MMSGUI", " pixelformat:  " + getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat) + ",ALPHACHANNEL");
            else
                DEBUGMSG("MMSGUI", " pixelformat:  " + getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat));

            DEBUGMSG("MMSGUI", " capabilities:");

            if (caps & DSCAPS_PRIMARY)
                DEBUGMSG("MMSGUI", "  PRIMARY");
            if (caps & DSCAPS_SYSTEMONLY)
                DEBUGMSG("MMSGUI", "  SYSTEMONLY");
            if (caps & DSCAPS_VIDEOONLY)
                DEBUGMSG("MMSGUI", "  VIDEOONLY");
            if (caps & DSCAPS_DOUBLE)
                DEBUGMSG("MMSGUI", "  DOUBLE");
            if (caps & DSCAPS_TRIPLE)
                DEBUGMSG("MMSGUI", "  TRIPLE");
            if (caps & DSCAPS_PREMULTIPLIED)
                DEBUGMSG("MMSGUI", "  PREMULTIPLIED");
        }

        return true;
#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        if (this->config.surface_buffer->ogl_fbo == 0) {
            // this surface is the primary display buffer connected to the x-window
            int val;

            // get size
            if (this->is_sub_surface) {
                this->config.w = this->sub_surface_rect.w;
                this->config.h = this->sub_surface_rect.h;
            }
            this->config.surface_buffer->buffers[0].pitch = this->config.w * 4;

            this->config.surface_buffer->pixelformat = MMSFB_PF_ABGR;
            this->config.surface_buffer->alphachannel = true;
            this->config.surface_buffer->premultiplied = false;

            // get double buffering status
/*printf("getconfig\n");fflush(stdout);
            LOCK_OGL(0);
printf("getconfig2\n");fflush(stdout);
            int glxres;
            if ((glxres = glXGetConfig(this->x_display, this->xvi, GLX_DOUBLEBUFFER, &val))) {
                MMSFB_SetError(glxres, "glXGetConfig() failed");
                UNLOCK_OGL;
                return false;
            }
            UNLOCK_OGL;*/
// TODO
            val = 1;
            this->config.surface_buffer->backbuffer = (val)?1:0;
            this->config.surface_buffer->numbuffers = this->config.surface_buffer->backbuffer + 1;

            this->config.surface_buffer->systemonly = false;
        }
        else {
            // get size
            if (this->is_sub_surface) {
                this->config.w = this->sub_surface_rect.w;
                this->config.h = this->sub_surface_rect.h;
            }
            this->config.surface_buffer->buffers[0].pitch = this->config.w * 4;

            this->config.surface_buffer->pixelformat = MMSFB_PF_ABGR;
            this->config.surface_buffer->alphachannel = true;
            this->config.surface_buffer->premultiplied = false;

            this->config.surface_buffer->backbuffer = 0;
            this->config.surface_buffer->numbuffers = this->config.surface_buffer->backbuffer + 1;

            this->config.surface_buffer->systemonly = false;
        }

        // fill return config
        if (config)
            *config = this->config;

        // log some infos
        if ((!config)&&(!this->is_sub_surface)) {
            DEBUGMSG("MMSGUI", "Surface properties:");

            DEBUGMSG("MMSGUI", " type:         OGL");
            DEBUGMSG("MMSGUI", " size:         " + iToStr(this->config.w) + "x" + iToStr(this->config.h));
            DEBUGMSG("MMSGUI", " pitch:        " + iToStr(this->config.surface_buffer->buffers[0].pitch));

            if (this->config.surface_buffer->alphachannel)
                DEBUGMSG("MMSGUI", " pixelformat:  " + getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat) + ",ALPHACHANNEL");
            else
                DEBUGMSG("MMSGUI", " pixelformat:  " + getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat));

            DEBUGMSG("MMSGUI", " capabilities:");

            if (this->config.surface_buffer->ogl_fbo == 0)
                DEBUGMSG("MMSGUI", "  PRIMARY");
            if (this->config.surface_buffer->backbuffer == 1)
                DEBUGMSG("MMSGUI", "  DOUBLE");
        }
        return true;
#endif
    }
    else {
        // get size
        if (this->is_sub_surface) {
            this->config.w = this->sub_surface_rect.w;
            this->config.h = this->sub_surface_rect.h;
        }

        // fill return config
        if (config)
            *config = this->config;

        // log some infos
        if ((!config)&&(!this->is_sub_surface)) {
            DEBUGMSG("MMSGUI", "Surface properties:");

            DEBUGMSG("MMSGUI", " type:         MMS");
            DEBUGMSG("MMSGUI", " size:         " + iToStr(this->config.w) + "x" + iToStr(this->config.h));
            DEBUGMSG("MMSGUI", " pitch:        " + iToStr(this->config.surface_buffer->buffers[0].pitch));

            if (this->config.surface_buffer->alphachannel)
                DEBUGMSG("MMSGUI", " pixelformat:  " + getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat) + ",ALPHACHANNEL");
            else
                DEBUGMSG("MMSGUI", " pixelformat:  " + getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat));

            DEBUGMSG("MMSGUI", " capabilities:");

            if (this->config.surface_buffer->systemonly)
                DEBUGMSG("MMSGUI", "  SYSTEMONLY");
            if (this->config.surface_buffer->backbuffer == 1)
                DEBUGMSG("MMSGUI", "  DOUBLE");
            if (this->config.surface_buffer->backbuffer == 2)
                DEBUGMSG("MMSGUI", "  TRIPLE");
            if (this->config.surface_buffer->premultiplied)
                DEBUGMSG("MMSGUI", "  PREMULTIPLIED");
        }
        return true;
    }
    return false;
}

void MMSFBSurface::setExtendedAcceleration(bool extendedaccel) {
    this->extendedaccel = extendedaccel;
}

bool MMSFBSurface::getExtendedAcceleration() {
    return this->extendedaccel;
}

void MMSFBSurface::setAllocMethod(MMSFBSurfaceAllocMethod allocmethod) {
    this->allocmethod = allocmethod;
    if (this->allocmethod == MMSFBSurfaceAllocMethod_malloc)
        printf("DISKO: Using own surface memory management.\n");
}

MMSFBSurfaceAllocMethod MMSFBSurface::getAllocMethod() {
    return this->allocmethod;
}

bool MMSFBSurface::isWinSurface() {
    return this->config.iswinsurface;
}

bool MMSFBSurface::isLayerSurface() {
    return this->config.islayersurface;
}

bool MMSFBSurface::isSubSurface() {
    return this->is_sub_surface;
}

MMSFBSurface *MMSFBSurface::getParent() {
    return this->parent;
}

MMSFBSurface *MMSFBSurface::getRootParent() {
    return this->root_parent;
}

bool MMSFBSurface::setWinSurface(bool iswinsurface) {

    /* check if initialized */
    INITCHECK;

    /* set the flag */
    this->config.iswinsurface = iswinsurface;

    return true;
}

bool MMSFBSurface::setLayerSurface(bool islayersurface) {

    /* check if initialized */
    INITCHECK;

    /* set the flag */
    this->config.islayersurface = islayersurface;

    return true;
}


bool MMSFBSurface::isOpaque() {
    if (MMSFBSURFACE_READ_BUFFER(this).opaque) {
        return true;
    }
    else {
        return (!isAlphaPixelFormat(this->config.surface_buffer->pixelformat));
    }
}


bool MMSFBSurface::getPixelFormat(MMSFBSurfacePixelFormat *pixelformat) {

    /* check if initialized */
    INITCHECK;

    /* return the pixelformat */
    *pixelformat = this->config.surface_buffer->pixelformat;

    return true;
}

bool MMSFBSurface::getSize(int *w, int *h) {

    /* check if initialized */
    INITCHECK;

    /* return values */
    *w = this->config.w;
    *h = this->config.h;

    return true;
}

bool MMSFBSurface::getNumberOfBuffers(int *num) {

    // check if initialized
    INITCHECK;

    // return value
    *num = this->config.surface_buffer->backbuffer + 1;

    return true;
}

bool MMSFBSurface::getMemSize(int *size) {

    /* check if initialized */
    INITCHECK;

    /* init size */
    if (!size)
        return false;
    *size = 0;

    *size = calcSize(this->config.surface_buffer->buffers[0].pitch, this->config.h);

    return true;
}


bool MMSFBSurface::setFlipFlags(MMSFBFlipFlags flags) {
    this->flipflags = flags;
    return true;
}



bool MMSFBSurface::calcClip(int x, int y, int w, int h, MMSFBRectangle *crect) {
    MMSFBRegion clipreg;

#ifndef USE_DFB_SUBSURFACE
    if (!this->is_sub_surface) {
#endif
        // normal surface or dfb subsurface
        if (!this->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->config.w - 1;
            clipreg.y2 = this->config.h - 1;
        }
        else {
            clipreg = this->config.clip;
        }
#ifndef USE_DFB_SUBSURFACE
    }
    else {
        // subsurface
        if (!this->root_parent->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->root_parent->config.w - 1;
            clipreg.y2 = this->root_parent->config.h - 1;
        }
        else {
            clipreg = this->root_parent->config.clip;
        }
    }
#endif

    if (x < clipreg.x1) {
        // left outside
        w-= clipreg.x1 - x;
        if (w <= 0) {
            return false;
        }
        x = clipreg.x1;
    }
    else
    if (x > clipreg.x2) {
        // right outside
        return false;
    }

    if (y < clipreg.y1) {
        // top outside
        h-= clipreg.y1 - y;
        if (h <= 0) {
            return false;
        }
        y = clipreg.y1;
    }
    else
    if (y > clipreg.y2) {
        // bottom outside
        return false;
    }

    if (x + w - 1 > clipreg.x2) {
        // to width
        w = clipreg.x2 - x + 1;
    }

    if (y + h - 1 > clipreg.y2) {
        // to height
        h = clipreg.y2 - y + 1;
    }

    // set crect and return
    if (crect) {
        crect->x = x;
        crect->y = y;
        crect->w = w;
        crect->h = h;
    }
    return true;
}

bool MMSFBSurface::doClear(unsigned char r, unsigned char g,
                           unsigned char b, unsigned char a) {
    bool ret = false;

    // check if initialized
    INITCHECK;
/*
MMSFBRegion clip;
getClip(&clip);
printf("doClear with clip %d,%d,%d,%d (%d,%d,%d,%d)\n", clip.x1, clip.y1, clip.x2, clip.y2, r,g,b,a);
*/

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__

        MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
        MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

        DFBResult   dfbres;
        D_DEBUG_AT( MMS_Surface, "clear( argb %02x %02x %02x %02x ) <- %dx%d\n",
                    a, r, g, b, this->config.surface_buffer->sbw, this->config.surface_buffer->sbh );
        MMSFB_TRACE();

        if ((a < 0xff)&&(this->config.surface_buffer->premultiplied)) {
            // premultiplied surface, have to premultiply the color
            register int aa = a + 1;
            r = (aa * r) >> 8;
            g = (aa * g) >> 8;
            b = (aa * b) >> 8;
        }

        if (!this->is_sub_surface) {
            // clear surface
            if ((dfbres=this->dfb_surface->Clear(this->dfb_surface, r, g, b, a)) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::Clear() failed");
                return false;
            }
            ret = true;
        }
        else {

#ifndef USE_DFB_SUBSURFACE
            CLIPSUBSURFACE
#endif

            // clear surface
            if (this->dfb_surface->Clear(this->dfb_surface, r, g, b, a) == DFB_OK)
                ret = true;

#ifndef USE_DFB_SUBSURFACE
            UNCLIPSUBSURFACE
#endif
        }
#endif
    }
    else {

        // save opaque/transparent status
        bool opaque_saved       = MMSFBSURFACE_WRITE_BUFFER(this).opaque;
        bool transparent_saved  = MMSFBSURFACE_WRITE_BUFFER(this).transparent;

        // get final rectangle and new opaque/transparent status
        MMSFBRectangle crect;
        MMSFBDrawingFlags drawingflags;
        MMSFBColor color = MMSFBColor(r, g, b, a);
        if (!checkDrawingStatus(0, 0, this->config.w, this->config.h, crect, drawingflags, &color, true)) {
            // nothing to draw
            ret = true;
        }
        else {
            if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
                MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
                MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

                if (!this->is_sub_surface) {

                    mmsfb->bei->clear(this, color);

                    ret = true;
                }
                else {
                    CLIPSUBSURFACE

                    mmsfb->bei->clear(this, color);

                    UNCLIPSUBSURFACE

                    ret = true;
                }
#endif
            }
            else {
                ret = extendedAccelFillRectangle(crect.x, crect.y, crect.w, crect.h, drawingflags, &color);
            }
        }

        if (!ret) {
            // restore opaque/transparent status
            MMSFBSURFACE_WRITE_BUFFER(this).opaque      = opaque_saved;
            MMSFBSURFACE_WRITE_BUFFER(this).transparent = transparent_saved;
        }

    }

    return ret;
}


bool MMSFBSurface::finClear(MMSFBRectangle *check_rect, bool test) {

    // block other threads
//  lock();

    CLEAR_REQUEST *clear_req = &this->clear_request;
    if (this->is_sub_surface) clear_req = &this->root_parent->clear_request;

    if (!clear_req->set) {
//      unlock();
        return false;
    }

    if (!test) {
        // NOT in test mode: reset the clear flag
        clear_req->set = false;
    }

//printf("finClear\n");


    if (check_rect) {
        // we have to check if clear request can be skipped
//printf(">>>>>finClear rect %d,%d,%d,%d\n", check_rect->x, check_rect->y, check_rect->w, check_rect->h);
        if (this->is_sub_surface) {
//          check_rect->x+=sub_surface_xoff;
//          check_rect->y+=sub_surface_yoff;
        }
//printf(">>X>>finClear rect %d,%d,%d,%d\n", check_rect->x, check_rect->y, check_rect->w, check_rect->h);

        if (check_rect->x <= clear_req->real_region.x1 &&
            check_rect->y <= clear_req->real_region.y1 &&
            check_rect->x + check_rect->w - 1 >= clear_req->real_region.x2 &&
            check_rect->y + check_rect->h - 1 >= clear_req->real_region.y2) {
            // skip clear request
//printf(">>>>>finClear rect %d,%d,%d,%d  >>> skipped\n", check_rect->x, check_rect->y, check_rect->w, check_rect->h);

//          unlock();
            return false;
        }
    }

    if (test) {
        // test mode: return true if we have to clear
//      unlock();
        return true;
    }

    // we have to clear, set clip
    MMSFBRegion clip;
    bool clipped = clear_req->surface->config.clipped;
    if (clipped) {
        clear_req->surface->getClip(&clip);
        if (clear_req->clipped)
            clear_req->surface->setClip(&clear_req->clip);
        else
            clear_req->surface->setClip(NULL);
    }
    else {
        if (clear_req->clipped)
            clear_req->surface->setClip(&clear_req->clip);
    }

    // do it
    clear_req->surface->doClear(clear_req->color.r,
                                clear_req->color.g,
                                clear_req->color.b,
                                clear_req->color.a);

    // reset clip
    if (clipped) {
        clear_req->surface->setClip(&clip);
    }
    else {
        if (clear_req->clipped)
            clear_req->surface->setClip(NULL);
    }

//  unlock();
    return true;
}

bool MMSFBSurface::clear(unsigned char r, unsigned char g,
                         unsigned char b, unsigned char a) {

    // check if initialized
    INITCHECK;
/*
MMSFBRegion clip;
getClip(&clip);
printf("clear with clip %d,%d,%d,%d (%d,%d,%d,%d)  dest opaque = %d\n", clip.x1, clip.y1, clip.x2, clip.y2, r,g,b,a,MMSFBSURFACE_WRITE_BUFFER(this).opaque);
printf("------real %d,%d,%d,%d\n",clip.x1+sub_surface_xoff, clip.y1+sub_surface_yoff, clip.x2+sub_surface_xoff, clip.y2+sub_surface_yoff);
*/

    // block other threads
//    lock();

    // get access to previous clear request
    CLEAR_REQUEST *clear_req = &this->clear_request;
    if (this->is_sub_surface) clear_req = &this->root_parent->clear_request;

    // checking for previous clear...
    // it can be possible to skip previous clear
    // so we have to put affected rectangle to finClear() method, preparing the decision
    MMSFBRegion clip;
    getClip(&clip);
    MMSFBRectangle rect = MMSFBRectangle(clip.x1, clip.y1, clip.x1 + clip.x2 + 1, clip.y1 + clip.y2 + 1);

    if (finClear(&rect, true)) {
        // there is a previous clear which we have to finalize
        finClear();
    }
    else {
        // there is no previous clear OR new clear command will full overlap previous clear
        // so we can skip previous clear
    }

    // save clear request
    clear_req->set = true;
    clear_req->surface = this;
    clear_req->clipped = this->config.clipped;
    if (clear_req->clipped)
        getClip(&clear_req->clip);
    clear_req->color = MMSFBColor(r, g, b, a);

    // get affected region on the real existing surface buffer
    clear_req->real_region = (clear_req->clipped) ? clear_req->clip : MMSFBRegion(0, 0, this->config.w-1, this->config.h-1);
    if (this->is_sub_surface) {
        clear_req->real_region.x1+= this->sub_surface_xoff;
        clear_req->real_region.y1+= this->sub_surface_yoff;
        clear_req->real_region.x2+= this->sub_surface_xoff;
        clear_req->real_region.y2+= this->sub_surface_yoff;
    }

    // all right
//  unlock();
    return true;
}

bool MMSFBSurface::setColor(unsigned char r, unsigned char g,
                            unsigned char b, unsigned char a) {

    // check if initialized
    INITCHECK;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;

        // set color
#ifdef USE_DFB_SUBSURFACE
        if ((dfbres=this->dfb_surface->SetColor(this->dfb_surface, r, g, b, a)) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::SetColor() failed");
            return false;
        }
#else
        if (!this->is_sub_surface) {
            if ((dfbres=this->dfb_surface->SetColor(this->dfb_surface, r, g, b, a)) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::SetColor() failed");
                return false;
            }
        }
#endif
#endif
    }

    // save the color
    MMSFBColor *col = &this->config.color;
    col->r = r;
    col->g = g;
    col->b = b;
    col->a = a;

    // set the default drawing flags
    // reason a): if it is an PREMULTIPLIED surface, the given color has to
    //            premultiplied internally before using it
    // reason b): if an alpha value is specified, the next draw function
    //            should blend over the surface
    this->setDrawingFlagsByAlpha(a);

    return true;
}

bool MMSFBSurface::setColor(MMSFBColor &color) {
    return setColor(color.r, color.g, color.b, color.a);
}

bool MMSFBSurface::getColor(MMSFBColor *color) {

    // check if initialized
    INITCHECK;

    // return the color
    *color = this->config.color;

    return true;
}

bool MMSFBSurface::setShadowColor(MMSFBColor &shadow_top_color, MMSFBColor &shadow_bottom_color,
                                  MMSFBColor &shadow_left_color, MMSFBColor &shadow_right_color,
                                  MMSFBColor &shadow_top_left_color, MMSFBColor &shadow_top_right_color,
                                  MMSFBColor &shadow_bottom_left_color, MMSFBColor &shadow_bottom_right_color) {

    // check if initialized
    INITCHECK;

    // save the new shadow colors
    // note: if the alphachannel of a color is 0, the respective shadow is disabled
    this->config.shadow_top_color = shadow_top_color;
    this->config.shadow_bottom_color = shadow_bottom_color;
    this->config.shadow_left_color = shadow_left_color;
    this->config.shadow_right_color = shadow_right_color;
    this->config.shadow_top_left_color = shadow_top_left_color;
    this->config.shadow_top_right_color = shadow_top_right_color;
    this->config.shadow_bottom_left_color = shadow_bottom_left_color;
    this->config.shadow_bottom_right_color = shadow_bottom_right_color;

    return true;
}

bool MMSFBSurface::setClip(MMSFBRegion *clip) {

    // check if initialized
    INITCHECK;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;

        // set clip
#ifdef USE_DFB_SUBSURFACE
        if ((dfbres=this->dfb_surface->SetClip(this->dfb_surface, (DFBRegion*)clip)) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::SetClip() failed");
            return false;
        }
#else
        if (!this->is_sub_surface) {
            if ((dfbres=this->dfb_surface->SetClip(this->dfb_surface, (DFBRegion*)clip)) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::SetClip() failed");
                return false;
            }
        }
#endif
#endif
    }

    // save the region
    if (clip) {
        this->config.clipped = true;
        this->config.clip = *clip;
    }
    else {
        this->config.clipped = false;
    }

    return true;
}

bool MMSFBSurface::setClip(int x1, int y1, int x2, int y2) {
    MMSFBRegion clip;
    clip.x1=x1;
    clip.y1=y1;
    clip.x2=x2;
    clip.y2=y2;
    return setClip(&clip);
}

bool MMSFBSurface::getClip(MMSFBRegion *clip) {

    /* check if initialized */
    INITCHECK;

    /* return the clip region */
    if (this->config.clipped) {
        *clip = this->config.clip;
    }
    else {
        clip->x1 = 0;
        clip->y1 = 0;
        clip->x2 = this->config.w - 1;
        clip->y2 = this->config.h - 1;
    }

    return true;
}


bool MMSFBSurface::setDrawingFlags(MMSFBDrawingFlags flags) {

    /* check if initialized */
    INITCHECK;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;

        /* set the drawing flags */
#ifdef USE_DFB_SUBSURFACE
        if ((dfbres=this->dfb_surface->SetDrawingFlags(this->dfb_surface, getDFBSurfaceDrawingFlagsFromMMSFBDrawingFlags(flags))) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::SetDrawingFlags() failed");
            return false;
        }
#else
        if (!this->is_sub_surface) {
            if ((dfbres=this->dfb_surface->SetDrawingFlags(this->dfb_surface, getDFBSurfaceDrawingFlagsFromMMSFBDrawingFlags(flags))) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::SetDrawingFlags() failed");
                return false;
            }
        }
#endif
#endif
    }

    /* save the flags */
    this->config.drawingflags = flags;

    return true;
}



bool MMSFBSurface::drawLine(int x1, int y1, int x2, int y2) {
    bool ret = false;

    // check if initialized
    INITCHECK;

    // check if we can use fill rectangle
    if (x1 == x2) {
        if (y1 <= y2) {
            return fillRectangle(x1, y1, 1, y2-y1+1);
        }
        else {
            return fillRectangle(x1, y2, 1, y1-y2+1);
        }
    }
    else
    if (y1 == y2) {
        if (x1 <= x2) {
            return fillRectangle(x1, y1, x2-x1+1, 1);
        }
        else {
            return fillRectangle(x2, y1, x1-x2+1, 1);
        }
    }

    MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
    MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;
        MMSFB_BREAK();

        // draw a line
        if (!this->is_sub_surface) {
            if (!extendedAccelDrawLine(x1, y1, x2, y2))
                if ((dfbres=this->dfb_surface->DrawLine(this->dfb_surface, x1, y1, x2, y2)) != DFB_OK) {
                    MMSFB_SetError(dfbres, "IDirectFBSurface::DrawLine() failed");
                    return false;
                }
            ret = true;
        }
        else {

#ifndef USE_DFB_SUBSURFACE
            CLIPSUBSURFACE

            x1+=this->sub_surface_xoff;
            y1+=this->sub_surface_yoff;
            x2+=this->sub_surface_xoff;
            y2+=this->sub_surface_yoff;

            SETSUBSURFACE_DRAWINGFLAGS;
#endif

            if (extendedAccelDrawLine(x1, y1, x2, y2))
                ret = true;
            else
                if (this->dfb_surface->DrawLine(this->dfb_surface, x1, y1, x2, y2) == DFB_OK)
                    ret = true;

#ifndef USE_DFB_SUBSURFACE
            RESETSUBSURFACE_DRAWINGFLAGS;

            UNCLIPSUBSURFACE
#endif
        }

#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        if (!this->is_sub_surface) {

            mmsfb->bei->drawLine(this, x1, y1, x2, y2);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            mmsfb->bei->drawLine(this, x1, y1, x2, y2);

            UNCLIPSUBSURFACE

            ret = true;
        }
#endif
    }
    else {

        if (!this->is_sub_surface) {
            ret = extendedAccelDrawLine(x1, y1, x2, y2);
        }
        else {
            CLIPSUBSURFACE

            x1+=this->sub_surface_xoff;
            y1+=this->sub_surface_yoff;
            x2+=this->sub_surface_xoff;
            y2+=this->sub_surface_yoff;

            ret = extendedAccelDrawLine(x1, y1, x2, y2);

            UNCLIPSUBSURFACE
        }

    }

    return ret;
}

bool MMSFBSurface::drawRectangle(int x, int y, int w, int h) {
    bool ret = false;

    // check if initialized
    INITCHECK;
    if (w < 1 || h < 1)
        return false;

    MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
    MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        if (!this->is_sub_surface) {

            MMSFBRectangle rect = MMSFBRectangle(x, y, w, h);
            mmsfb->bei->drawRectangle(this, rect);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            MMSFBRectangle rect = MMSFBRectangle(x, y, w, h);
            mmsfb->bei->drawRectangle(this, rect);

            UNCLIPSUBSURFACE

            ret = true;
        }
#endif
    }
    else {
        // draw lines...
        if (w==1)
            ret = drawLine(x, y, x, y+h-1);
        else
        if (h==1)
            ret = drawLine(x, y, x+w-1, y);
        else {
            ret = drawLine(x, y, x+w-1, y);
            ret = drawLine(x, y+h-1, x+w-1, y+h-1);
            if (h>2) {
                ret = drawLine(x, y+1, x, y+h-2);
                ret = drawLine(x+w-1, y+1, x+w-1, y+h-2);
            }
        }
    }

    return ret;
}

bool MMSFBSurface::checkDrawingStatus(int x, int y, int w, int h,
                                      MMSFBRectangle &crect, MMSFBDrawingFlags &drawingflags,
                                      MMSFBColor *color, bool force_cleaning) {
    if (!color) {
        color = &this->config.color;
    }

    if (!force_cleaning) {
        if (color->a == 0x00) {
            // fill color is full transparent
            if (this->config.drawingflags & MMSFB_DRAW_BLEND) {
                // nothing to draw
                return false;
            }
        }
    }
    else {
        // if force_cleaning is set by the caller, we do not check for alpha == 0x00
        // note: doClear() will need this to force cleaning the surface
    }


    // check clipping region and calculate final rectangle
    if (!this->is_sub_surface) {
        if (!calcClip(x, y, w, h, &crect)) {
            // rectangle described with x, y, w, h is outside of the surface or clipping rectangle
            return false;
        }
    }
    else {
        bool outside = false;
        CLIPSUBSURFACE
        if (!calcClip(x + this->sub_surface_xoff, y + this->sub_surface_yoff, w, h, &crect)) {
            // rectangle described with x, y, w, h is outside of the surface or clipping rectangle
            outside = true;
        }
        UNCLIPSUBSURFACE
        if (outside) return false;
    }

    // set new opaque/transparent status and get drawing flags for it
    if (!force_cleaning) {
        // starting with drawingflags from config
        drawingflags = this->config.drawingflags;
    }
    else {
        // starting with special drawing flags for cleaning surface
        drawingflags = MMSFB_DRAW_SRC_PREMULTIPLY;
    }
    switch (color->a) {
    case 0x00:
        // fill color is full transparent
        switch (drawingflags) {
        case MMSFB_DRAW_NOFX:
        case MMSFB_DRAW_SRC_PREMULTIPLY:
            // note: we use this->config.surface_buffer->sbw and this->config.surface_buffer->sbh
            //       because this is the dimension of the real existing buffer
            if    ((crect.x <= 0) && (crect.y <= 0)
                && (crect.x + crect.w >= this->config.surface_buffer->sbw)
                && (crect.y + crect.h >= this->config.surface_buffer->sbh)) {
                // fill writes the whole destination surface
                MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
                MMSFBSURFACE_WRITE_BUFFER(this).transparent = true;
            }
            else {
                // let transparent status unchanged
                MMSFBSURFACE_WRITE_BUFFER(this).opaque = false;
            }
            break;
        default:
            // after drawing surface is not opaque and not transparent
            MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
            MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
            break;
        }
        break;

    case 0xff:
        // fill color is opaque
        // so remove the DRAW_BLEND flag if set
        drawingflags = drawingflags & ~MMSFB_DRAW_BLEND;
        switch (drawingflags) {
        case MMSFB_DRAW_NOFX:
        case MMSFB_DRAW_SRC_PREMULTIPLY:
            // note: we use this->config.surface_buffer->sbw and this->config.surface_buffer->sbh
            //       because this is the dimension of the real existing buffer
            if    ((crect.x <= 0) && (crect.y <= 0)
                && (crect.x + crect.w >= this->config.surface_buffer->sbw)
                && (crect.y + crect.h >= this->config.surface_buffer->sbh)) {
                // fill writes the whole destination surface
                MMSFBSURFACE_WRITE_BUFFER(this).opaque      = true;
                MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
            }
            else {
                // let opaque status unchanged
                MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
            }
            break;
        default:
            // after drawing surface is not opaque and not transparent
            MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
            MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
            break;
        }
        break;

    default:
        // fill color is semi-transparent
        if (!(drawingflags & MMSFB_DRAW_BLEND)) {
            // after drawing surface is not opaque
            MMSFBSURFACE_WRITE_BUFFER(this).opaque = false;
        }

        // after drawing surface is not transparent
        MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
        break;
    }

    return true;
}

bool MMSFBSurface::fillRectangle(int x, int y, int w, int h) {
    bool        ret = false;

    // check if initialized
    INITCHECK;

    if ((this->config.drawingflags & MMSFB_DRAW_BLEND) && this->config.color.a == 0x00) {
        // nothing to draw
        return true;
    }

    if (((this->config.drawingflags & MMSFB_DRAW_BLEND) == 0) || this->config.color.a == 0xff) {
        // we can write color directly to destination without blending
        // so we can use clear method instead of fill rectangle
        MMSFBRegion clip;
        if (getClip(&clip)) {
            if (x <= clip.x1 && y <= clip.y1 && x + w - 1 >= clip.x2 && y + h - 1 >= clip.y2) {
                // clear clipped region
                return clear(this->config.color.r, this->config.color.g, this->config.color.b, this->config.color.a);
            }
        }
    }

    if ((w <= 0) || (h <= 0)) {
        // use full surface
        x = 0;
        y = 0;
        w = this->config.w;
        h = this->config.h;
    }

    // save opaque/transparent status
    bool opaque_saved       = MMSFBSURFACE_WRITE_BUFFER(this).opaque;
    bool transparent_saved  = MMSFBSURFACE_WRITE_BUFFER(this).transparent;

    // get final rectangle and new opaque/transparent status
    MMSFBRectangle crect;
    MMSFBDrawingFlags drawingflags;
    if (!checkDrawingStatus(x, y, w, h, crect, drawingflags)) {
        // nothing to draw
        return true;
    }

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;
        D_DEBUG_AT( MMS_Surface, "fill( %d,%d - %dx%d ) <- %dx%d, %02x %02x %02x %02x\n",
                    x, y, w, h, this->config.surface_buffer->sbw, this->config.surface_buffer->sbh,
                    this->config.color.a, this->config.color.r, this->config.color.g, this->config.color.b );
        MMSFB_TRACE();

        /* fill rectangle */
        if (!this->is_sub_surface) {
            if (!extendedAccelFillRectangle(crect.x, crect.y, crect.w, crect.h, this->config.drawingflags))
                if ((dfbres=this->dfb_surface->FillRectangle(this->dfb_surface, x, y, w, h)) != DFB_OK) {
                    MMSFB_SetError(dfbres, "IDirectFBSurface::FillRectangle() failed");
                    return false;
                }
            ret = true;
        }
        else {

#ifndef USE_DFB_SUBSURFACE
            CLIPSUBSURFACE

            SETSUBSURFACE_DRAWINGFLAGS;
#endif

            if (extendedAccelFillRectangle(crect.x, crect.y, crect.w, crect.h, this->config.drawingflags))
                ret = true;
            else
                if (this->dfb_surface->FillRectangle(this->dfb_surface, x, y, w, h) == DFB_OK)
                    ret = true;

#ifndef USE_DFB_SUBSURFACE
            RESETSUBSURFACE_DRAWINGFLAGS;

            UNCLIPSUBSURFACE
#endif
        }
#endif
    }
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        mmsfb->bei->fillRectangle(this, crect, drawingflags);
        ret = true;
#endif
    }
    else {
        ret = extendedAccelFillRectangle(crect.x, crect.y, crect.w, crect.h, drawingflags);
    }

    if (!ret) {
        // restore opaque/transparent status
        MMSFBSURFACE_WRITE_BUFFER(this).opaque      = opaque_saved;
        MMSFBSURFACE_WRITE_BUFFER(this).transparent = transparent_saved;
    }

    return ret;
}

bool MMSFBSurface::drawTriangle(int x1, int y1, int x2, int y2, int x3, int y3) {
    MMSFB_BREAK();

    bool ret = false;

    // check if initialized
    INITCHECK;

    MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
    MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        if (!this->is_sub_surface) {

            MMSFBTriangle triangle = MMSFBTriangle(x1, y1, x2, y2, x3, y3);
            mmsfb->bei->drawTriangle(this, triangle);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            MMSFBTriangle triangle = MMSFBTriangle(x1, y1, x2, y2, x3, y3);
            mmsfb->bei->drawTriangle(this, triangle);

            UNCLIPSUBSURFACE

            ret = true;
        }
#endif
    }
    else {
        // draw triangle
        drawLine(x1, y1, x2, y2);
        drawLine(x1, y1, x3, y3);
        drawLine(x2, y2, x3, y3);
        ret = true;
    }

    return ret;
}

bool MMSFBSurface::fillTriangle(int x1, int y1, int x2, int y2, int x3, int y3) {
    bool ret = false;

    // check if initialized
    INITCHECK;

    MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
    MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;
        MMSFB_BREAK();

        // fill triangle
        if (!this->is_sub_surface) {
            if ((dfbres=this->dfb_surface->FillTriangle(this->dfb_surface, x1, y1, x2, y2, x3, y3)) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::FillTriangle() failed");
                return false;
            }
        }
        else {

#ifndef USE_DFB_SUBSURFACE
            CLIPSUBSURFACE

            x1+=this->sub_surface_xoff;
            y1+=this->sub_surface_yoff;
            x2+=this->sub_surface_xoff;
            y2+=this->sub_surface_yoff;
            x3+=this->sub_surface_xoff;
            y3+=this->sub_surface_yoff;

            SETSUBSURFACE_DRAWINGFLAGS;
#endif

            this->dfb_surface->FillTriangle(this->dfb_surface, x1, y1, x2, y2, x3, y3);

#ifndef USE_DFB_SUBSURFACE
            RESETSUBSURFACE_DRAWINGFLAGS;

            UNCLIPSUBSURFACE
#endif

        }

        ret = true;
#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        if (!this->is_sub_surface) {

            MMSFBTriangle triangle = MMSFBTriangle(x1, y1, x2, y2, x3, y3);
            mmsfb->bei->fillTriangle(this, triangle);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            MMSFBTriangle triangle = MMSFBTriangle(x1, y1, x2, y2, x3, y3);
            mmsfb->bei->fillTriangle(this, triangle);

            UNCLIPSUBSURFACE

            ret = true;
        }
#endif
    }
    else {
        //TODO
        ret = true;
    }

    return ret;
}

bool MMSFBSurface::drawCircle(int x, int y, int radius, int start_octant, int end_octant) {

    MMSFB_BREAK();

    /* check if initialized */
    INITCHECK;

    MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
    MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

    // finalize previous clear
    finClear();

    /* draw circle */
    if (end_octant < start_octant) end_octant = start_octant;
    if ((start_octant<=4)&&(end_octant>=3))
        drawLine(x, y + radius, x, y + radius);
    if ((start_octant==0)||(end_octant==7))
        drawLine(x, y - radius, x, y - radius);
    if ((start_octant<=2)&&(end_octant>=1))
        drawLine(x + radius, y, x + radius, y);
    if ((start_octant<=6)&&(end_octant>=5))
        drawLine(x - radius, y, x - radius, y);
    int mr = radius * radius;
    int mx = 1;
    int my = (int) (sqrt(mr - 1) + 0.5);

    while (mx < my) {
        if ((start_octant<=0)&&(end_octant>=0))
            drawLine(x + mx, y - my, x + mx, y - my); /* octant 0 */
        if ((start_octant<=1)&&(end_octant>=1))
            drawLine(x + my, y - mx, x + my, y - mx); /* octant 1 */
        if ((start_octant<=2)&&(end_octant>=2))
            drawLine(x + my, y + mx, x + my, y + mx); /* octant 2 */
        if ((start_octant<=3)&&(end_octant>=3))
            drawLine(x + mx, y + my, x + mx, y + my); /* octant 3 */
        if ((start_octant<=4)&&(end_octant>=4))
            drawLine(x - mx, y + my, x - mx, y + my); /* octant 4 */
        if ((start_octant<=5)&&(end_octant>=5))
            drawLine(x - my, y + mx, x - my, y + mx); /* octant 5 */
        if ((start_octant<=6)&&(end_octant>=6))
            drawLine(x - my, y - mx, x - my, y - mx); /* octant 6 */
        if ((start_octant<=7)&&(end_octant>=7))
            drawLine(x - mx, y - my, x - mx, y - my); /* octant 7 */

        mx++;
        my = (int) (sqrt(mr - mx*mx) + 0.5);
    }

    if (mx == my) {
        if ((start_octant<=3)&&(end_octant>=2))
            drawLine(x + mx, y + my, x + mx, y + my);
        if ((start_octant<=1)&&(end_octant>=0))
            drawLine(x + mx, y - my, x + mx, y - my);
        if ((start_octant<=5)&&(end_octant>=4))
            drawLine(x - mx, y + my, x - mx, y + my);
        if ((start_octant<=7)&&(end_octant>=6))
            drawLine(x - mx, y - my, x - mx, y - my);
    }

    return true;
}



bool MMSFBSurface::setBlittingFlags(MMSFBBlittingFlags flags) {

    // check if initialized
    INITCHECK;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;

        if ((flags & MMSFB_BLIT_BLEND_ALPHACHANNEL)||(flags & MMSFB_BLIT_BLEND_COLORALPHA)) {
            // if we do alpha channel blitting, we have to change the default settings to become correct results
            if (this->config.surface_buffer->alphachannel)
                dfb_surface->SetSrcBlendFunction(dfb_surface,(DFBSurfaceBlendFunction)DSBF_ONE);
            else
                dfb_surface->SetSrcBlendFunction(dfb_surface,(DFBSurfaceBlendFunction)DSBF_SRCALPHA);
            dfb_surface->SetDstBlendFunction(dfb_surface,(DFBSurfaceBlendFunction)(DSBF_INVSRCALPHA));

            if (flags & MMSFB_BLIT_BLEND_COLORALPHA)
                 flags = (MMSFBBlittingFlags)(flags | MMSFB_BLIT_SRC_PREMULTCOLOR);
        }

        // set the blitting flags
        if ((dfbres=this->dfb_surface->SetBlittingFlags(this->dfb_surface, getDFBSurfaceBlittingFlagsFromMMSFBBlittingFlags(flags))) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::SetBlittingFlags() failed");

            return false;
        }
#endif
    }

    // save the flags
    this->config.blittingflags = flags;

    return true;
}

bool MMSFBSurface::getBlittingFlags(MMSFBBlittingFlags *flags) {

    // check if initialized
    INITCHECK;

    // parameter given?
    if (!flags)
        return false;

    // save the flags
    *flags = this->config.blittingflags;

    return true;
}

bool MMSFBSurface::extendedLock(MMSFBSurface *src, MMSFBSurfacePlanes *src_planes,
                                MMSFBSurface *dst, MMSFBSurfacePlanes *dst_planes) {

    if (src) {
        memset(src_planes, 0, sizeof(MMSFBSurfacePlanes));
        src->lock(MMSFB_LOCK_READ, src_planes, false);
        if (!src_planes->ptr) {
            return false;
        }
    }
    if (dst) {
        memset(dst_planes, 0, sizeof(MMSFBSurfacePlanes));
        dst->lock(MMSFB_LOCK_WRITE, dst_planes, false);
        if (!dst_planes->ptr) {
            if (src)
                src->unlock(false);
            return false;
        }
    }

    if (this->surface_invert_lock) {
        if (src_planes && dst_planes) {
            MMSFBSurfacePlanes t_planes;
            t_planes = *src_planes;
            *src_planes = *dst_planes;
            *dst_planes = t_planes;
        }
    }

    return true;
}

void MMSFBSurface::extendedUnlock(MMSFBSurface *src, MMSFBSurface *dst, MMSFBSurfacePlanes *dst_planes) {
    if (dst) {
        if (dst_planes) {
            // save the given dst_planes to the surface buffers array
            MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
            sb->buffers[sb->currbuffer_write] = *dst_planes;
        }
        else {
            // dst_planes not given, reset the special flags
//          MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
            MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
        }
        dst->unlock(false);
    }
    if (src) {
        src->unlock(false);
    }
}


bool MMSFBSurface::printMissingCombination(string method, MMSFBSurface *source, MMSFBSurfacePlanes *src_planes,
                                           MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                                           MMSFBBlittingFlags blittingflags) {
#ifdef  __HAVE_DIRECTFB__
    // failed, check if it must not
    if ((this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) && (!source || (source->allocated_by == MMSFBSurfaceAllocatedBy_dfb)))
        return false;
#endif

    // fatal error!!!
    // we use our own surface buffer handling, but we have not found a matching routine!!!
    // so print the missing combination and return true
    printf("DISKO: Missing following combination in method %s\n", method.c_str());
    if (source) {
        printf("  source type:               %s\n", (source->is_sub_surface)?"subsurface":"surface");
        switch (source->allocated_by) {
        case MMSFBSurfaceAllocatedBy_dfb:
            printf("  source memory:             managed by dfb\n");
            break;
        case MMSFBSurfaceAllocatedBy_malloc:
            printf("  source memory:             managed by disko\n");
            break;
        case MMSFBSurfaceAllocatedBy_xvimage:
            printf("  source memory:             managed by x11 (xvimage)\n");
            break;
        case MMSFBSurfaceAllocatedBy_ximage:
            printf("  source memory:             managed by x11 (ximage)\n");
            break;
        case MMSFBSurfaceAllocatedBy_ogl:
            printf("  source memory:             managed by opengl\n");
            break;
        }
        printf("  source pixelformat:        %s\n", getMMSFBPixelFormatString(source->config.surface_buffer->pixelformat).c_str());
        printf("  source premultiplied:      %s\n", (source->config.surface_buffer->premultiplied)?"yes":"no");
    }
    if (src_planes) {
        printf("  source type:               surface\n");
        printf("  source memory:             extern (0x%08lx, pitch=%d)\n", (unsigned long)src_planes->ptr, src_planes->pitch);
        if (src_planes->ptr2) {
            printf("                                    (0x%08lx, pitch=%d)\n",  (unsigned long)src_planes->ptr2, src_planes->pitch2);
            if (src_planes->ptr3)
                printf("                                    (0x%08lx, pitch=%d)\n",  (unsigned long)src_planes->ptr3, src_planes->pitch3);
        }
        printf("  source pixelformat:        %s\n", getMMSFBPixelFormatString(src_pixelformat).c_str());
    }
    printf("  destination type:          %s\n", (this->is_sub_surface)?"subsurface":"surface");
    switch (this->allocated_by) {
    case MMSFBSurfaceAllocatedBy_dfb:
        printf("  destination memory:        managed by dfb\n");
        break;
    case MMSFBSurfaceAllocatedBy_malloc:
        printf("  destination memory:        managed by disko\n");
        break;
    case MMSFBSurfaceAllocatedBy_xvimage:
        printf("  destination memory:        managed by x11 (xvimage)\n");
        break;
    case MMSFBSurfaceAllocatedBy_ximage:
        printf("  destination memory:        managed by x11 (ximage)\n");
        break;
    case MMSFBSurfaceAllocatedBy_ogl:
        printf("  destination memory:        managed by opengl\n");
        break;
    }
    printf("  destination pixelformat:   %s\n", getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat).c_str());
    printf("  destination premultiplied: %s\n", (this->config.surface_buffer->premultiplied)?"yes":"no");
    printf("  destination color:         r=%d, g=%d, b=%d, a=%d\n", this->config.color.r, this->config.color.g, this->config.color.b, this->config.color.a);
    if ((source)||(src_planes)) {
        printf("  blitting flags (%06x):  ", blittingflags);
        if (blittingflags == MMSFB_BLIT_NOFX)
            printf(" NOFX");
        if (blittingflags & MMSFB_BLIT_BLEND_ALPHACHANNEL)
            printf(" BLEND_ALPHACHANNEL");
        if (blittingflags & MMSFB_BLIT_BLEND_COLORALPHA)
            printf(" BLEND_COLORALPHA");
        if (blittingflags & MMSFB_BLIT_COLORIZE)
            printf(" COLORIZE");
        if (blittingflags & MMSFB_BLIT_SRC_PREMULTIPLY)
            printf(" SRC_PREMULTIPLY");
        if (blittingflags & MMSFB_BLIT_ANTIALIASING)
            printf(" ANTIALIASING");
        printf("\n");
    }
    else {
        printf("  drawing flags (%06x):   ", this->config.drawingflags);
        if (this->config.drawingflags == MMSFB_DRAW_NOFX)
            printf(" NOFX");
        if (this->config.drawingflags & MMSFB_DRAW_BLEND)
            printf(" BLEND");
        if (this->config.drawingflags & MMSFB_DRAW_SRC_PREMULTIPLY)
            printf(" SRC_PREMULTIPLY");
        printf("\n");
    }
    printf("*****\n");
    return true;
}




bool MMSFBSurface::extendedAccelBlitEx(MMSFBSurface *source,
                                       MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                                       MMSFBRectangle *src_rect, int x, int y, MMSFBBlittingFlags blittingflags) {

    MMSFBSurfacePlanes my_src_planes;
    if (source) {
        // premultiplied surface?
        if (!source->config.surface_buffer->premultiplied)
            return false;

        src_pixelformat = source->config.surface_buffer->pixelformat;
        src_width = (!source->root_parent)?source->config.w:source->root_parent->config.w;
        src_height = (!source->root_parent)?source->config.h:source->root_parent->config.h;

        // empty source planes
        memset(&my_src_planes, 0, sizeof(MMSFBSurfacePlanes));
        src_planes = &my_src_planes;
    }

    // a few help and clipping values
    MMSFBSurfacePlanes dst_planes;
    int sx = src_rect->x;
    int sy = src_rect->y;
    int sw = src_rect->w;
    int sh = src_rect->h;
    MMSFBRegion clipreg;
#ifndef USE_DFB_SUBSURFACE
    if (!this->is_sub_surface) {
#endif
        // normal surface or dfb subsurface
        if (!this->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->config.w - 1;
            clipreg.y2 = this->config.h - 1;
        }
        else
            clipreg = this->config.clip;
#ifndef USE_DFB_SUBSURFACE
    }
    else {
        // subsurface
        if (!this->root_parent->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->root_parent->config.w - 1;
            clipreg.y2 = this->root_parent->config.h - 1;
        }
        else
            clipreg = this->root_parent->config.clip;
    }
#endif

    if (x < clipreg.x1) {
        // left outside
        sx+= clipreg.x1 - x;
        sw-= clipreg.x1 - x;
        if (sw <= 0)
            return true;
        x = clipreg.x1;
    }
    else
    if (x > clipreg.x2)
        // right outside
        return true;
    if (y < clipreg.y1) {
        // top outside
        sy+= clipreg.y1 - y;
        sh-= clipreg.y1 - y;
        if (sh <= 0)
            return true;
        y = clipreg.y1;
    }
    else
    if (y > clipreg.y2)
        // bottom outside
        return true;
    if (x + sw - 1 > clipreg.x2)
        // to width
        sw = clipreg.x2 - x + 1;
    if (y + sh - 1 > clipreg.y2)
        // to height
        sh = clipreg.y2 - y + 1;

    // adjust x/y
    if (x < 0) {
        sx -= x;
        sw += x;
        x = 0;
    }
    if (y < 0) {
        sy -= y;
        sh += y;
        y = 0;
    }
    if ((sw <= 0)||(sh <= 0))
        return true;

    // extract antialiasing flag from blittingflags
//  bool antialiasing = (this->config.blittingflags & MMSFB_BLIT_ANTIALIASING);
//  MMSFBBlittingFlags blittingflags = this->config.blittingflags & ~MMSFB_BLIT_ANTIALIASING;

    // checking pixelformats...
    switch (src_pixelformat) {
#ifdef __HAVE_PF_ARGB__
    case MMSFB_PF_ARGB:
        // source is ARGB
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB) {
            // destination is ARGB
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitARGBtoARGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoARGB_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_COLORALPHA)
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitARGBtoARGB_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_AiRGB) {
            // destination is AiRGB
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoAiRGB_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitARGBtoRGB32(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoRGB32_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitARGBtoRGB32_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with coloralpha
                return blitARGBtoRGB32_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB16) {
            // destination is RGB16 (RGB565)
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitARGBtoRGB16(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoRGB16_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB3565) {
            // destination is ARGB3565
            switch (blittingflags) {
            case MMSFB_BLIT_NOFX:
                // convert without alpha channel
                return blitARGBtoARGB3565(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);

            case MMSFB_BLIT_BLEND_ALPHACHANNEL:
                // blitting with alpha channel
                return blitARGBtoARGB3565_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return blitARGBtoYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoYV12_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitARGBtoYV12_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB24) {
            // destination is RGB24
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return blitARGBtoRGB24(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoRGB24_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_BGR24) {
            // destination is BGR24
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoBGR24_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitARGBtoBGR24_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_BGR555) {
            // destination is BGR555
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGBtoBGR555_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB32__
    case MMSFB_PF_RGB32:
        // source is RGB32
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitRGB32toRGB32(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_COLORALPHA)) {
                // blitting with coloralpha
                return blitRGB32toRGB32_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        // source is RGB32
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB) {
            // destination is RGB32
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitRGB32toARGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB16__
    case MMSFB_PF_RGB16:
        // source is RGB16 (RGB565)
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB16) {
            // destination is RGB16 (RGB565)
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitRGB16toRGB16(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB) {
            // destination is ARGB
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitRGB16toARGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return blitRGB16toRGB32(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_AiRGB__
    case MMSFB_PF_AiRGB:
        // source is AiRGB
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_AiRGB) {
            // destination is AiRGB
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitAiRGBtoAiRGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitAiRGBtoAiRGB_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitAiRGBtoAiRGB_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB) {
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitAiRGBtoARGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            } else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitAiRGBtoARGB_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
        }
        else if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB16) {
            // destination is RGB16 (RGB565)
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitAiRGBtoRGB16(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitAiRGBtoRGB16_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_AYUV__
    case MMSFB_PF_AYUV:
        // source is AYUV
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_AYUV) {
            // destination is AYUV
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitAYUVtoAYUV(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitAYUVtoAYUV_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitAYUVtoAYUV_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB16) {
            // destination is RGB16 (RGB565)
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitAYUVtoRGB16(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitAYUVtoRGB16_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitAYUVtoYV12_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitAYUVtoYV12_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_YV12__
    case MMSFB_PF_YV12:
        // source is YV12
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitYV12toYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // convert without alpha channel
                return blitYV12toRGB32(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_I420__
    case MMSFB_PF_I420:
        // source is I420
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_I420) {
            // destination is I420
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitI420toI420(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // convert without alpha channel
                return blitI420toYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_YUY2__
    case MMSFB_PF_YUY2:
        // source is YUY2
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YUY2) {
            // destination is YV12
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitYUY2toYUY2(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // convert without alpha channel
                return blitYUY2toYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB24__
    case MMSFB_PF_RGB24:
        // source is RGB24
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB24) {
            // destination is RGB24
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitRGB24toRGB24(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB) {
            // destination is ARGB
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // convert without alpha channel
                return blitRGB24toARGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // convert without alpha channel
                return blitRGB24toRGB32(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // convert without alpha channel
                return blitRGB24toYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_BGR24__
    case MMSFB_PF_BGR24:
        // source is BGR24
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_BGR24) {
            // destination is BGR24
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitBGR24toBGR24(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_COLORALPHA)) {
                // blitting with coloralpha
                return blitBGR24toBGR24_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_ARGB3565__
    case MMSFB_PF_ARGB3565:
        // source is ARGB3565
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB3565) {
            // destination is ARGB3565
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting with alpha channel
                return blitARGB3565toARGB3565(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_ARGB4444__
    case MMSFB_PF_ARGB4444:
        // source is ARGB4444
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB4444) {
            // destination is ARGB4444
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting with alpha channel
                return blitARGB4444toARGB4444(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGB4444toARGB4444_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitARGB4444toARGB4444_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return blitARGB4444toRGB32_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return blitARGB4444toRGB32_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_BGR555__
    case MMSFB_PF_BGR555:
        // source is BGR555
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_BGR555) {
            // destination is BGR555
            if    ((blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX)
                || (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // blitting without alpha channel
                return blitBGR555toBGR555(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        x, y);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

    default:
        // does not match
        break;
    }


    // does not match
    return false;
}

bool MMSFBSurface::extendedAccelBlit(MMSFBSurface *source, MMSFBRectangle *src_rect,
                                           int x, int y, MMSFBBlittingFlags blittingflags) {
    // extended acceleration on?
    if (!this->extendedaccel)
        return false;

    if (!extendedAccelBlitEx(source,
                             NULL, MMSFB_PF_NONE, 0, 0,
                             src_rect, x, y, blittingflags))
        return printMissingCombination("extendedAccelBlit()", source, NULL, MMSFB_PF_NONE, 0, 0, blittingflags);
    else
        return true;
}

bool MMSFBSurface::extendedAccelBlitBuffer(MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                                           MMSFBRectangle *src_rect, int x, int y, MMSFBBlittingFlags blittingflags) {
    // extended acceleration on?
    if (!this->extendedaccel)
        return false;

    if (!extendedAccelBlitEx(NULL,
                             src_planes, src_pixelformat, src_width, src_height,
                             src_rect, x, y, blittingflags))
        return printMissingCombination("extendedAccelBlitBuffer()", NULL,
                            src_planes, src_pixelformat, src_width, src_height, blittingflags);
    else
        return true;
}




bool MMSFBSurface::extendedAccelStretchBlitEx(MMSFBSurface *source,
                                              MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                                              MMSFBRectangle *src_rect, MMSFBRectangle *dest_rect,
                                              MMSFBRectangle *real_dest_rect, bool calc_dest_rect) {
    MMSFBSurfacePlanes my_src_planes;
    if (source) {
        // premultiplied surface?
        if (!source->config.surface_buffer->premultiplied)
            return false;

        src_pixelformat = source->config.surface_buffer->pixelformat;
        src_width = (!source->root_parent)?source->config.w:source->root_parent->config.w;
        src_height = (!source->root_parent)?source->config.h:source->root_parent->config.h;

        // empty source planes
        memset(&my_src_planes, 0, sizeof(MMSFBSurfacePlanes));
        src_planes = &my_src_planes;
    }

    // a few help and clipping values
    MMSFBSurfacePlanes dst_planes;
    int sx = src_rect->x;
    int sy = src_rect->y;
    int sw = src_rect->w;
    int sh = src_rect->h;
    int dx = dest_rect->x;
    int dy = dest_rect->y;
    int dw = dest_rect->w;
    int dh = dest_rect->h;
    int wf;
    int hf;
    if (!calc_dest_rect) {
        // calc factor
        wf = (dw<<16)/sw;
        hf = (dh<<16)/sh;
    }
    else {
        // have to calculate accurate factor based on surface dimensions
        wf = (this->config.w<<16)/src_width;
        hf = (this->config.h<<16)/src_height;
    }

//printf("sx=%d,sy=%d,sw=%d,sh=%d,dx=%d,dy=%d,dw=%d,dh=%d\n", sx,sy,sw,sh,dx,dy,dw,dh);


    MMSFBRegion clipreg;
#ifndef USE_DFB_SUBSURFACE
    if (!this->is_sub_surface) {
#endif
        // normal surface or dfb subsurface
        if (!this->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->config.w - 1;
            clipreg.y2 = this->config.h - 1;
        }
        else
            clipreg = this->config.clip;
#ifndef USE_DFB_SUBSURFACE
    }
    else {
        // subsurface
        if (!this->root_parent->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->root_parent->config.w - 1;
            clipreg.y2 = this->root_parent->config.h - 1;
        }
        else
            clipreg = this->root_parent->config.clip;
    }
#endif

//printf("cx1=%d,cy1=%d,cx2=%d,cy2=%d\n", clipreg.x1,clipreg.y1,clipreg.x2,clipreg.y2);


    if (dx < clipreg.x1) {
        // left outside
        sx+= ((clipreg.x1 - dx)<<16) / wf;
/*      sw-= (clipreg.x1 - dx) / wf;
        if (sw <= 0)
            return true;*/
        dw-= clipreg.x1 - dx;
        if (dw <= 0)
            return true;
        sw = (dw<<16) / wf;
        dx = clipreg.x1;
    }
    else
    if (dx > clipreg.x2)
        // right outside
        return true;
    if (dy < clipreg.y1) {
        // top outside
        sy+= ((clipreg.y1 - dy)<<16) / hf;
/*      sh-= (clipreg.y1 - dy) / hf;
        if (sh <= 0)
            return true;*/
        dh-= clipreg.y1 - dy;
        if (dh <= 0)
            return true;
        sh = (dh<<16) / hf;
        dy = clipreg.y1;
    }
    else
    if (dy > clipreg.y2)
        // bottom outside
        return true;
    if (dx + dw - 1 > clipreg.x2) {
        // to width
        dw = clipreg.x2 - dx + 1;
        sw = (dw<<16) / wf;
    }
    if (dy + dh - 1 > clipreg.y2) {
        // to height
        dh = clipreg.y2 - dy + 1;
        sh = (dh<<16) / hf;
    }
    if (sw<=0) sw = 1;
    if (sh<=0) sh = 1;
    if (dw<=0) dw = 1;
    if (dh<=0) dh = 1;

    if (calc_dest_rect) {
        // signal the following routines, that stretch factors have to based on surface dimensions
        dw=0;
        dh=0;
    }

//printf(">sx=%d,sy=%d,sw=%d,sh=%d,dx=%d,dy=%d,dw=%d,dh=%d\n", sx,sy,sw,sh,dx,dy,dw,dh);

//if (source->is_sub_surface) {
//  sx+=source->sub_surface_xoff;
//  sy+=source->sub_surface_yoff;
//}

//printf("!sx=%d,sy=%d,sw=%d,sh=%d,dx=%d,dy=%d,dw=%d,dh=%d\n", sx,sy,sw,sh,dx,dy,dw,dh);

//dy-=10;


    // extract antialiasing flag from blittingflags
    bool antialiasing = (this->config.blittingflags & MMSFB_BLIT_ANTIALIASING);
    MMSFBBlittingFlags blittingflags = this->config.blittingflags & ~MMSFB_BLIT_ANTIALIASING;


    // checking pixelformats...
    switch (src_pixelformat) {
#ifdef __HAVE_PF_ARGB__
    case MMSFB_PF_ARGB:
        // source is ARGB
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB) {
            // destination is ARGB
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return stretchBlitARGBtoARGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return stretchBlitARGBtoARGB_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return stretchBlitARGBtoARGB_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return stretchBlitARGBtoRGB32_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB32__
    case MMSFB_PF_RGB32:
        // source is RGB32
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return stretchBlitRGB32toRGB32(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB24__
    case MMSFB_PF_RGB24:
        // source is RGB24
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB) {
            // destination is ARGB
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return stretchBlitRGB24toARGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }
        else
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB32) {
            // destination is RGB32
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return stretchBlitRGB24toRGB32(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_AiRGB__
    case MMSFB_PF_AiRGB:
        // source is AiRGB
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_AiRGB) {
            // destination is AiRGB
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return stretchBlitAiRGBtoAiRGB(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return stretchBlitAiRGBtoAiRGB_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return stretchBlitAiRGBtoAiRGB_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_AYUV__
    case MMSFB_PF_AYUV:
        // source is AYUV
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_AYUV) {
            // destination is AYUV
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_NOFX) {
                // blitting without alpha channel
                return stretchBlitAYUVtoAYUV(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }
            else
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return stretchBlitAYUVtoAYUV_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return stretchBlitAYUVtoAYUV_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_YV12__
    case MMSFB_PF_YV12:
        // source is YV12
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // stretch without alpha channel
                return stretchBlitYV12toYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_I420__
    case MMSFB_PF_I420:
        // source is I420
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // stretch without alpha channel
                return stretchBlitI420toYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_YUY2__
    case MMSFB_PF_YUY2:
        // source is YUY2
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
            // destination is YV12
            if   ((blittingflags == MMSFB_BLIT_NOFX)
                ||(blittingflags == MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
                // stretch without alpha channel
                return stretchBlitYUY2toYV12(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_ARGB4444__
    case MMSFB_PF_ARGB4444:
        // source is ARGB4444
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_ARGB4444) {
            // destination is ARGB4444
            if (blittingflags == (MMSFBBlittingFlags)MMSFB_BLIT_BLEND_ALPHACHANNEL) {
                // blitting with alpha channel
                return stretchBlitARGB4444toARGB4444_BLEND(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }
            else
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA|MMSFB_BLIT_SRC_PREMULTCOLOR))) {
                // blitting with alpha channel and coloralpha
                return stretchBlitARGB4444toARGB4444_BLEND_COLORALPHA(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB16__
    case MMSFB_PF_RGB16:
        // source is RGB16
        if (this->config.surface_buffer->pixelformat == MMSFB_PF_RGB16) {
            // destination is RGB16
            if   ((blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_NOFX))
                ||(blittingflags == (MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL))) {
                // blitting without alpha channel
                return stretchBlitRGB16toRGB16(source, src_planes, src_pixelformat,
                                        src_width, src_height, sx, sy, sw, sh,
                                        dx, dy, dw, dh,
                                        antialiasing);
            }

            // does not match
            return false;
        }

        // does not match
        return false;
#endif

    default:
        break;
    }

    // does not match
    return false;
}


bool MMSFBSurface::extendedAccelStretchBlit(MMSFBSurface *source, MMSFBRectangle *src_rect, MMSFBRectangle *dest_rect,
                                            MMSFBRectangle *real_dest_rect, bool calc_dest_rect) {
    // extended acceleration on?
    if (!this->extendedaccel)
        return false;

    if (!extendedAccelStretchBlitEx(source,
                                    NULL, MMSFB_PF_NONE, 0, 0,
                                    src_rect, dest_rect,
                                    real_dest_rect, calc_dest_rect))
        return printMissingCombination("extendedAccelStretchBlit()", source,
                NULL, MMSFB_PF_NONE, 0, 0, this->config.blittingflags & ~MMSFB_BLIT_ANTIALIASING);
    else
        return true;
}

bool MMSFBSurface::extendedAccelStretchBlitBuffer(MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                                                  MMSFBRectangle *src_rect, MMSFBRectangle *dest_rect,
                                                  MMSFBRectangle *real_dest_rect, bool calc_dest_rect) {
    // extended acceleration on?
    if (!this->extendedaccel)
        return false;

    if (!extendedAccelStretchBlitEx(NULL,
                                    src_planes, src_pixelformat, src_width, src_height,
                                    src_rect, dest_rect,
                                    real_dest_rect, calc_dest_rect))
        return printMissingCombination("extendedAccelStretchBlitBuffer()", NULL, src_planes,
                                src_pixelformat, src_width, src_height, this->config.blittingflags & ~MMSFB_BLIT_ANTIALIASING);
    else
        return true;
}




bool MMSFBSurface::extendedAccelFillRectangleEx(int x, int y, int w, int h,
                                                MMSFBDrawingFlags drawingflags, MMSFBColor *col) {

    // a few help and clipping values
    MMSFBSurfacePlanes dst_planes;
    int sx = x;
    int sy = y;
    int sw = w;
    int sh = h;
    int dst_height = (!this->root_parent)?this->config.h:this->root_parent->config.h;

    // calculate the color
    MMSFBColor color = (!col) ? this->config.color : *col;
    if (drawingflags & (MMSFBDrawingFlags)MMSFB_DRAW_SRC_PREMULTIPLY) {
        // pre-multiplication needed
        if (color.a != 0xff) {
            color.r = ((color.a+1) * color.r) >> 8;
            color.g = ((color.a+1) * color.g) >> 8;
            color.b = ((color.a+1) * color.b) >> 8;
        }
    }

    // checking pixelformats...
    switch (this->config.surface_buffer->pixelformat) {
#ifdef __HAVE_PF_ARGB__
    case MMSFB_PF_ARGB:
        // destination is ARGB
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleARGB(dst_height, sx, sy, sw, sh, color);
        }
        else
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing with alpha channel
            return fillRectangleARGB_BLEND(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_AYUV__
    case MMSFB_PF_AYUV:
        // destination is AYUV
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleAYUV(dst_height, sx, sy, sw, sh, color);
        }
        else
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing with alpha channel
            return fillRectangleAYUV_BLEND(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB32__
    case MMSFB_PF_RGB32:
        // destination is RGB32
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleRGB32(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB24__
    case MMSFB_PF_RGB24:
        // destination is RGB24
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleRGB24(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_RGB16__
    case MMSFB_PF_RGB16:
        // destination is RGB16 (RGB565)
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleRGB16(dst_height, sx, sy, sw, sh, color);
        }
        else
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing with alpha channel
            return fillRectangleRGB16_BLEND(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_YV12__
    case MMSFB_PF_YV12:
        // destination is YV12
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleYV12(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_I420__
    case MMSFB_PF_I420:
        // destination is I420
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleI420(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_YUY2__
    case MMSFB_PF_YUY2:
        // destination is YUY2
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleYUY2(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_ARGB3565__
    case MMSFB_PF_ARGB3565:
        // destination is ARGB3565
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleARGB3565(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_ARGB4444__
    case MMSFB_PF_ARGB4444:
        // destination is ARGB4444
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleARGB4444(dst_height, sx, sy, sw, sh, color);
        }
        else
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing with alpha channel
            return fillRectangleARGB4444_BLEND(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_BGR24__
    case MMSFB_PF_BGR24:
        // destination is BGR24
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleBGR24(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

#ifdef __HAVE_PF_BGR555__
    case MMSFB_PF_BGR555:
        // destination is BGR555
        if   ((drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            return fillRectangleBGR555(dst_height, sx, sy, sw, sh, color);
        }

        // does not match
        return false;
#endif

    default:
        // does not match
        break;
    }

    // does not match
    return false;
}


bool MMSFBSurface::extendedAccelFillRectangle(int x, int y, int w, int h,
                                              MMSFBDrawingFlags drawingflags, MMSFBColor *color) {

    // extended acceleration on?
    if (!this->extendedaccel)
        return false;

    if (!extendedAccelFillRectangleEx(x, y, w, h, drawingflags, color))
        return printMissingCombination("extendedAccelFillRectangle()");
    else
        return true;
}




bool MMSFBSurface::extendedAccelDrawLineEx(int x1, int y1, int x2, int y2) {

    // a few help and clipping values
    MMSFBSurfacePlanes dst_planes;
    MMSFBRegion clipreg;
    int dst_height = (!this->root_parent)?this->config.h:this->root_parent->config.h;

#ifndef USE_DFB_SUBSURFACE
    if (!this->is_sub_surface) {
#endif
        // normal surface or dfb subsurface
        if (!this->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->config.w - 1;
            clipreg.y2 = this->config.h - 1;
        }
        else
            clipreg = this->config.clip;
#ifndef USE_DFB_SUBSURFACE
    }
    else {
        // subsurface
        if (!this->root_parent->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->root_parent->config.w - 1;
            clipreg.y2 = this->root_parent->config.h - 1;
        }
        else
            clipreg = this->root_parent->config.clip;
    }
#endif

    // calculate the color
    MMSFBColor color = this->config.color;
    if (this->config.drawingflags & (MMSFBDrawingFlags)MMSFB_DRAW_SRC_PREMULTIPLY) {
        // pre-multiplication needed
        if (color.a != 0xff) {
            color.r = ((color.a+1) * color.r) >> 8;
            color.g = ((color.a+1) * color.g) >> 8;
            color.b = ((color.a+1) * color.b) >> 8;
        }
    }

    // checking pixelformats...
    switch (this->config.surface_buffer->pixelformat) {
    case MMSFB_PF_ARGB:
        // destination is ARGB
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_REGION(this, x1, y1, x2, y2);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawline_argb(&dst_planes, dst_height, clipreg, x1, y1, x2, y2, color);
                MMSFBPERF_STOP_MEASURING_DRAWLINE(this, x1, y1, x2, y2);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_REGION(this, x1, y1, x2, y2);
                extendedUnlock(NULL, this);
                return true;
            }

            return false;
        }
        else
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            | (this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                // drawing with alpha channel
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_REGION(this, x1, y1, x2, y2);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawline_blend_argb(&dst_planes, dst_height, clipreg, x1, y1, x2, y2, color);
                MMSFBPERF_STOP_MEASURING_DRAWLINE(this, x1, y1, x2, y2);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_REGION(this, x1, y1, x2, y2);
                extendedUnlock(NULL, this);
                return true;
            }
        }

        // does not match
        return false;

    case MMSFB_PF_ARGB4444:
        // destination is ARGB4444
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            | (this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            // drawing without alpha channel
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_REGION(this, x1, y1, x2, y2);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawline_argb4444(&dst_planes, dst_height, clipreg, x1, y1, x2, y2, color);
                MMSFBPERF_STOP_MEASURING_DRAWLINE(this, x1, y1, x2, y2);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_REGION(this, x1, y1, x2, y2);
                extendedUnlock(NULL, this);
                return true;
            }

            return false;
        }

        // does not match
        return false;

    default:
        // does not match
        break;
    }

    // does not match
    return false;
}


bool MMSFBSurface::extendedAccelDrawLine(int x1, int y1, int x2, int y2) {

    // extended acceleration on?
    if (!this->extendedaccel)
        return false;

    if (!extendedAccelDrawLineEx(x1, y1, x2, y2))
        return printMissingCombination("extendedAccelDrawLine()");
    else
        return true;
}




bool MMSFBSurface::renderScene(MMS_VERTEX_ARRAY **varrays,
                               MMS_INDEX_ARRAY  **iarrays,
                               MMS3D_MATERIAL       *materials,
                               MMSFBSurface         **textures,
                               MMS3D_OBJECT         **objects) {

    bool         ret = false;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__

        if (!this->is_sub_surface) {

            mmsfb->bei->renderScene(this, varrays, iarrays, materials, textures, objects);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            mmsfb->bei->renderScene(this, varrays, iarrays, materials, textures, objects);

            UNCLIPSUBSURFACE

            ret = true;
        }
#endif
    }

    return ret;
}


bool MMSFBSurface::merge(MMSFBSurface *source1, MMSFBSurface *source2, MMSFBMergingMode mergingmode) {

    bool         ret = false;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__

        if (!this->is_sub_surface) {

            mmsfb->bei->merge(this, source1, source2, mergingmode);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            mmsfb->bei->merge(this, source1, source2, mergingmode);

            UNCLIPSUBSURFACE

            ret = true;
        }
#endif
    }

    return ret;
}



bool MMSFBSurface::checkBlittingStatus(bool src_opaque, bool src_transparent, int x, int y, int w, int h,
                                       MMSFBRectangle &crect, MMSFBBlittingFlags &blittingflags) {

    if (src_transparent) {
        // source is full transparent
        if (this->config.blittingflags & MMSFB_BLIT_BLEND_ALPHACHANNEL) {
            // nothing to draw
            return false;
        }
    }

    // check clipping region and calculate final rectangle
    if (!this->is_sub_surface) {
        if (!calcClip(x, y, w, h, &crect)) {
            // rectangle described with x, y, w, h is outside of the surface or clipping rectangle
            return false;
        }
    }
    else {
        bool outside = false;
        CLIPSUBSURFACE
        if (!calcClip(x + this->sub_surface_xoff, y + this->sub_surface_yoff, w, h, &crect)) {
            // rectangle described with x, y, w, h is outside of the surface or clipping rectangle
            outside = true;
        }
        UNCLIPSUBSURFACE
        if (outside) return false;
    }

    // set new opaque/transparent status and get blitting flags for it
    blittingflags = this->config.blittingflags;
    if (src_opaque) {
        // source is an opaque buffer
        // so remove the BLEND_ALPHACHANNEL flag if set
        blittingflags = blittingflags & ~MMSFB_BLIT_BLEND_ALPHACHANNEL;
        switch (blittingflags) {
        case MMSFB_BLIT_NOFX:
        case MMSFB_BLIT_COLORIZE:
            // note: we use this->config.surface_buffer->sbw and this->config.surface_buffer->sbh
            //       because this is the dimension of the real existing buffer
            if    ((crect.x <= 0) && (crect.y <= 0)
                && (crect.x + crect.w >= this->config.surface_buffer->sbw)
                && (crect.y + crect.h >= this->config.surface_buffer->sbh)) {
                // blit writes the whole destination surface
                MMSFBSURFACE_WRITE_BUFFER(this).opaque      = true;
                MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
            }
            else {
                // let opaque status unchanged
                MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
            }
            break;
        default:
            // after blitting surface is not opaque and not transparent
            MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
            MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
            break;
        }
    }
    else {
        // source is semi-transparent
        if (!(blittingflags & MMSFB_BLIT_BLEND_ALPHACHANNEL)) {
            // after the blitting surface is not opaque
            MMSFBSURFACE_WRITE_BUFFER(this).opaque = false;
        }

        // after blitting surface is not transparent
        MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;
    }

    return true;
}

bool MMSFBSurface::checkBlittingStatus(MMSFBSurface *source, int x, int y, int w, int h,
                                       MMSFBRectangle &crect, MMSFBBlittingFlags &blittingflags) {
    return checkBlittingStatus(MMSFBSURFACE_READ_BUFFER(source).opaque, MMSFBSURFACE_READ_BUFFER(source).transparent,
                                x, y, w, h, crect, blittingflags);
}


bool MMSFBSurface::blit(MMSFBSurface *source, MMSFBRectangle *src_rect, int x, int y) {
    MMSFBRectangle src;
    bool         ret = false;

    // check if initialized
    INITCHECK;

    if (src_rect) {
         src = *src_rect;
    }
    else {
         src.x = 0;
         src.y = 0;
         src.w = source->config.w;
         src.h = source->config.h;
    }

    // finalize previous clear for source surface
    source->finClear();

    // save opaque/transparent status
    bool opaque_saved       = MMSFBSURFACE_WRITE_BUFFER(this).opaque;
    bool transparent_saved  = MMSFBSURFACE_WRITE_BUFFER(this).transparent;

    // get final rectangle and new opaque/transparent status
    MMSFBRectangle crect;
    MMSFBBlittingFlags blittingflags;
    if (!checkBlittingStatus(source, x, y, src.w, src.h, crect, blittingflags)) {
        // nothing to draw
        return true;
    }

//printf(" blit to %d,%d,%d,%d    dest opaque = %d, %d\n", crect.x, crect.y, crect.w, crect.h,MMSFBSURFACE_WRITE_BUFFER(this).opaque,opaque_saved);

    // finalize previous clear
    finClear((MMSFBSURFACE_WRITE_BUFFER(this).opaque) ? &crect: NULL);

    if (this->allocated_by != MMSFBSurfaceAllocatedBy_dfb){
//    &&this->allocated_by != MMSFBSurfaceAllocatedBy_ogl) {
        //TODO: implement changes for dfb too
        //TODO: building lot for ogl too

        // prepare source rectangle
        if (source->is_sub_surface) {
            src.x+=source->sub_surface_xoff;
            src.y+=source->sub_surface_yoff;
        }
        if (this->is_sub_surface) {
            src.x+= crect.x - this->sub_surface_xoff - x;
            src.y+= crect.y - this->sub_surface_yoff - y;
        }
        else {
            src.x+= crect.x - x;
            src.y+= crect.y - y;
        }
        src.w = crect.w;
        src.h = crect.h;
    }

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult    dfbres;
        D_DEBUG_AT( MMS_Surface, "blit( %d,%d - %dx%d -> %d,%d ) <- %dx%d\n",
                    DFB_RECTANGLE_VALS(&src), x, y, this->config.w, this->config.h );
        MMSFB_TRACE();

#ifndef USE_DFB_SUBSURFACE
        // prepare source rectangle
        if (source->is_sub_surface) {
            src.x+=source->sub_surface_xoff;
            src.y+=source->sub_surface_yoff;
        }
#endif

        // blit
        if (!this->is_sub_surface) {
            if (!extendedAccelBlit(source, &src, x, y, this->config.blittingflags))
                if ((dfbres=this->dfb_surface->Blit(this->dfb_surface, (IDirectFBSurface *)source->getDFBSurface(), (DFBRectangle*)&src, x, y)) != DFB_OK) {
#ifndef USE_DFB_SUBSURFACE
                    // reset source rectangle
                    if (source->is_sub_surface) {
                        src.x-=source->sub_surface_xoff;
                        src.y-=source->sub_surface_yoff;
                    }
#endif
                    MMSFB_SetError(dfbres, "IDirectFBSurface::Blit() failed, src rect="
                                           +iToStr(src.x)+","+iToStr(src.y)+","+iToStr(src.w)+","+iToStr(src.h)
                                           +", dst="+iToStr(x)+","+iToStr(y));
                    return false;
                }
            ret = true;
        }
        else {

#ifndef USE_DFB_SUBSURFACE
            CLIPSUBSURFACE

            x+=this->sub_surface_xoff;
            y+=this->sub_surface_yoff;

            SETSUBSURFACE_BLITTINGFLAGS;
#endif

            if (extendedAccelBlit(source, &src, x, y, this->config.blittingflags))
                ret = true;
            else
                if (this->dfb_surface->Blit(this->dfb_surface, (IDirectFBSurface *)source->getDFBSurface(), (DFBRectangle*)&src, x, y) == DFB_OK)
                    ret = true;

#ifndef USE_DFB_SUBSURFACE
            RESETSUBSURFACE_BLITTINGFLAGS;

            UNCLIPSUBSURFACE
#endif

        }
#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        mmsfb->bei->blit(this, source, src, crect.x, crect.y, blittingflags);
        ret = true;
#endif
    }
    else {
        ret = extendedAccelBlit(source, &src, crect.x, crect.y, blittingflags);
    }

    if (!ret) {
        // restore opaque/transparent status
        MMSFBSURFACE_WRITE_BUFFER(this).opaque      = opaque_saved;
        MMSFBSURFACE_WRITE_BUFFER(this).transparent = transparent_saved;
    }

    return ret;
}



bool MMSFBSurface::blitBuffer(MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                              MMSFBRectangle *src_rect, int x, int y, bool opaque) {
    MMSFBRectangle src;
    bool         ret = false;

    if (src_rect) {
         src = *src_rect;
    }
    else {
         src.x = 0;
         src.y = 0;
         src.w = src_width;
         src.h = src_height;
    }

    // check if initialized
    INITCHECK;

    // save opaque/transparent status
    bool opaque_saved       = MMSFBSURFACE_WRITE_BUFFER(this).opaque;
    bool transparent_saved  = MMSFBSURFACE_WRITE_BUFFER(this).transparent;

    // get final rectangle and new opaque/transparent status
    MMSFBRectangle crect;
    MMSFBBlittingFlags blittingflags;
    if (!checkBlittingStatus(opaque, false, x, y, src.w, src.h, crect, blittingflags)) {
        // nothing to draw
        return true;
    }

    // finalize previous clear
    finClear((MMSFBSURFACE_WRITE_BUFFER(this).opaque) ? &crect: NULL);

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__

        if (!this->is_sub_surface) {

            mmsfb->bei->blitBuffer(this, src_planes, src_pixelformat, src_width, src_height, src, x, y,
                                    blittingflags);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            mmsfb->bei->blitBuffer(this, src_planes, src_pixelformat, src_width, src_height, src, x, y,
                                    blittingflags);

            UNCLIPSUBSURFACE

            ret = true;
        }

#endif
    }
    else {
        // blit buffer
        if (!this->is_sub_surface) {
            ret = extendedAccelBlitBuffer(src_planes, src_pixelformat, src_width, src_height, &src,
                                          x, y, blittingflags);
        }
        else {
            CLIPSUBSURFACE

            x+=this->sub_surface_xoff;
            y+=this->sub_surface_yoff;

            ret = extendedAccelBlitBuffer(src_planes, src_pixelformat, src_width, src_height, &src,
                                          x, y, blittingflags);

            UNCLIPSUBSURFACE

        }
    }


    if (!ret) {
        // restore opaque/transparent status
        MMSFBSURFACE_WRITE_BUFFER(this).opaque      = opaque_saved;
        MMSFBSURFACE_WRITE_BUFFER(this).transparent = transparent_saved;
    }


    return ret;
}

bool MMSFBSurface::blitBuffer(void *src_ptr, int src_pitch, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                              MMSFBRectangle *src_rect, int x, int y, bool opaque) {
    MMSFBSurfacePlanes src_planes = MMSFBSurfacePlanes(src_ptr, src_pitch);
    return blitBuffer(&src_planes, src_pixelformat, src_width, src_height, src_rect, x, y, opaque);
}

bool MMSFBSurface::stretchBlit(MMSFBSurface *source, MMSFBRectangle *src_rect, MMSFBRectangle *dest_rect,
                               MMSFBRectangle *real_dest_rect, bool calc_dest_rect) {
    MMSFBRectangle src;
    MMSFBRectangle dst;
    bool         ret = false;

    // use whole source surface if src_rect is not given
    if (src_rect) {
         src = *src_rect;
    }
    else {
         src.x = 0;
         src.y = 0;
         src.w = source->config.w;
         src.h = source->config.h;
    }


    // use whole destination surface if dest_rect is not given and calc_dest_rect is not set
    if ((dest_rect)&&(!calc_dest_rect)) {
         dst = *dest_rect;
    }
    else {
        if (!calc_dest_rect) {
            dst.x = 0;
            dst.y = 0;
            dst.w = this->config.w;
            dst.h = this->config.h;
        }
        else {
            // calc dest_rect from src_rect based on src/dst surface dimension
            dst.x = (src.x * this->config.w) / source->config.w;
            dst.y = (src.y * this->config.h) / source->config.h;
            dst.w = src.x + src.w - 1;
            dst.h = src.y + src.h - 1;
            dst.w = (dst.w * this->config.w) / source->config.w;
            dst.h = (dst.h * this->config.h) / source->config.h;
            dst.w = dst.w - dst.x + 1;
            dst.h = dst.h - dst.y + 1;
        }
    }

    // return the used destination rectangle
    if (real_dest_rect)
        *real_dest_rect = dst;

    // check if i can blit without stretching
    if (src.w == dst.w && src.h == dst.h) {
        return blit(source, &src, dst.x, dst.y);
    }

    // check if initialized
    INITCHECK;

    // finalize previous clear for source surface

    source->finClear();

    // save opaque/transparent status
    bool opaque_saved       = MMSFBSURFACE_WRITE_BUFFER(this).opaque;
    bool transparent_saved  = MMSFBSURFACE_WRITE_BUFFER(this).transparent;

    // get final rectangle and new opaque/transparent status
    MMSFBRectangle crect;
    MMSFBBlittingFlags blittingflags;
    if (!checkBlittingStatus(source, dst.x, dst.y, dst.w, dst.h, crect, blittingflags)) {
        // nothing to draw
        return true;
    }

//printf(" stretch to %d,%d,%d,%d\n", crect.x, crect.y, crect.w, crect.h);


    // finalize previous clear
    finClear((MMSFBSURFACE_WRITE_BUFFER(this).opaque) ? &crect: NULL);

    //TODO: use crect for the following code...
    //...

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult    dfbres;
        bool         blit_done = false;
        D_DEBUG_AT( MMS_Surface, "stretchBlit( %d,%d - %dx%d  ->  %d,%d - %dx%d ) <- %dx%d\n",
                    DFB_RECTANGLE_VALS(&src), DFB_RECTANGLE_VALS(&dst), this->config.w, this->config.h);
        MMSFB_BREAK();

#ifndef USE_DFB_SUBSURFACE
        // prepare source rectangle
        if (source->is_sub_surface) {
            src.x+=source->sub_surface_xoff;
            src.y+=source->sub_surface_yoff;
        }
#endif

        if (this->config.blittingflags != MMSFB_BLIT_NOFX) {
            /* stretch blit with blitting flags */

            if (!this->is_sub_surface) {
                if (extendedAccelStretchBlit(source, &src, &dst, real_dest_rect, calc_dest_rect)) {
                    blit_done = true;
                    ret = true;
                }
            }
            else {

#ifndef USE_DFB_SUBSURFACE
                CLIPSUBSURFACE

                dst.x+=this->sub_surface_xoff;
                dst.y+=this->sub_surface_yoff;

                SETSUBSURFACE_BLITTINGFLAGS;
#endif

                if (extendedAccelStretchBlit(source, &src, &dst, real_dest_rect, calc_dest_rect)) {
                    blit_done = true;
                    ret = true;
                }


#ifndef USE_DFB_SUBSURFACE
                RESETSUBSURFACE_BLITTINGFLAGS;

                dst.x-=this->sub_surface_xoff;
                dst.y-=this->sub_surface_yoff;

                UNCLIPSUBSURFACE
#endif
            }

            if (!blit_done) {
                /* we use a temporary surface to separate the stretchblit from the extra blitting functions */
                MMSFBSurface *tempsuf = mmsfbsurfacemanager->getTemporarySurface(dst.w, dst.h);

                if (tempsuf) {
                    MMSFBRectangle temp;
                    temp.x=0;
                    temp.y=0;
                    temp.w=dst.w;
                    temp.h=dst.h;

                    dfbres = DFB_OK;
                    dfbres=((IDirectFBSurface *)tempsuf->getDFBSurface())->StretchBlit((IDirectFBSurface *)tempsuf->getDFBSurface(), (IDirectFBSurface *)source->getDFBSurface(), (DFBRectangle*)&src, (DFBRectangle*)&temp);
                    if (dfbres == DFB_OK) {
                        if (!this->is_sub_surface) {
                            if (extendedAccelBlit(tempsuf, &temp, dst.x, dst.y, this->config.blittingflags)) {
                                blit_done = true;
                                ret = true;
                            }
                            else
                            if ((dfbres=this->dfb_surface->Blit(this->dfb_surface, (IDirectFBSurface *)tempsuf->getDFBSurface(), (DFBRectangle*)&temp, dst.x, dst.y)) == DFB_OK) {
                                blit_done = true;
                                ret = true;
                            }
                        }
                        else {

#ifndef USE_DFB_SUBSURFACE
                            CLIPSUBSURFACE

                            dst.x+=this->sub_surface_xoff;
                            dst.y+=this->sub_surface_yoff;

                            SETSUBSURFACE_BLITTINGFLAGS;
#endif

                            if (!extendedAccelBlit(tempsuf, &temp, dst.x, dst.y, this->config.blittingflags))
                                this->dfb_surface->Blit(this->dfb_surface, (IDirectFBSurface *)tempsuf->getDFBSurface(), (DFBRectangle*)&temp, dst.x, dst.y);

#ifndef USE_DFB_SUBSURFACE
                            RESETSUBSURFACE_BLITTINGFLAGS;

                            dst.x-=this->sub_surface_xoff;
                            dst.y-=this->sub_surface_yoff;

                            UNCLIPSUBSURFACE
#endif

                            blit_done = true;
                            ret = true;

                        }
                    }

                    mmsfbsurfacemanager->releaseTemporarySurface(tempsuf);
                }
            }
        }

        if (!blit_done) {
            // normal stretch blit
            if (!this->is_sub_surface) {
                dfbres = DFB_OK;
                if (!extendedAccelStretchBlit(source, &src, &dst, real_dest_rect, calc_dest_rect))
                    dfbres=this->dfb_surface->StretchBlit(this->dfb_surface, (IDirectFBSurface *)source->getDFBSurface(), (DFBRectangle*)&src, (DFBRectangle*)&dst);
                if (dfbres != DFB_OK) {
#ifndef USE_DFB_SUBSURFACE
                    // reset source rectangle
                    if (source->is_sub_surface) {
                        src.x-=source->sub_surface_xoff;
                        src.y-=source->sub_surface_yoff;
                    }
#endif
                    MMSFB_SetError(dfbres, "IDirectFBSurface::StretchBlit() failed");
                    return false;
                }
                ret = true;
            }
            else {

#ifndef USE_DFB_SUBSURFACE
                CLIPSUBSURFACE

                dst.x+=this->sub_surface_xoff;
                dst.y+=this->sub_surface_yoff;

                SETSUBSURFACE_BLITTINGFLAGS;
#endif

                if (!extendedAccelStretchBlit(source, &src, &dst, real_dest_rect, calc_dest_rect))
                    this->dfb_surface->StretchBlit(this->dfb_surface, (IDirectFBSurface *)source->getDFBSurface(), (DFBRectangle*)&src, (DFBRectangle*)&dst);
                ret = true;

#ifndef USE_DFB_SUBSURFACE
                RESETSUBSURFACE_BLITTINGFLAGS;

                dst.x-=this->sub_surface_xoff;
                dst.y-=this->sub_surface_yoff;

                UNCLIPSUBSURFACE
#endif
            }
        }

#ifndef USE_DFB_SUBSURFACE
        // reset source rectangle
        if (source->is_sub_surface) {
            src.x-=source->sub_surface_xoff;
            src.y-=source->sub_surface_yoff;
        }
#endif

#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__

        if (!this->is_sub_surface) {

            mmsfb->bei->stretchBlit(this, source, src, dst, blittingflags);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            mmsfb->bei->stretchBlit(this, source, src, dst, blittingflags);

            UNCLIPSUBSURFACE

            ret = true;
        }

#endif
    }
    else {

        // prepare source rectangle
        if (source->is_sub_surface) {
            src.x+=source->sub_surface_xoff;
            src.y+=source->sub_surface_yoff;
        }

        // normal stretch blit
        if (!this->is_sub_surface) {
            ret = extendedAccelStretchBlit(source, &src, &dst, real_dest_rect, calc_dest_rect);
        }
        else {
            CLIPSUBSURFACE

            dst.x+=this->sub_surface_xoff;
            dst.y+=this->sub_surface_yoff;

            ret = extendedAccelStretchBlit(source, &src, &dst, real_dest_rect, calc_dest_rect);

            dst.x-=this->sub_surface_xoff;
            dst.y-=this->sub_surface_yoff;

            UNCLIPSUBSURFACE
        }

        // reset source rectangle
        if (source->is_sub_surface) {
            src.x-=source->sub_surface_xoff;
            src.y-=source->sub_surface_yoff;
        }
    }

    if (!ret) {
        // restore opaque/transparent status
        MMSFBSURFACE_WRITE_BUFFER(this).opaque      = opaque_saved;
        MMSFBSURFACE_WRITE_BUFFER(this).transparent = transparent_saved;
    }

    return ret;
}

bool MMSFBSurface::stretchBlitBuffer(MMSFBExternalSurfaceBuffer *extbuf, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                                     MMSFBRectangle *src_rect, MMSFBRectangle *dest_rect,
                                     MMSFBRectangle *real_dest_rect, bool calc_dest_rect) {
    MMSFBRectangle src;
    MMSFBRectangle dst;
    bool ret = false;

    // use whole source surface if src_rect is not given
    if (src_rect) {
         src = *src_rect;
    }
    else {
         src.x = 0;
         src.y = 0;
         src.w = src_width;
         src.h = src_height;
    }



    // use whole destination surface if dest_rect is not given and calc_dest_rect is not set
    if ((dest_rect)&&(!calc_dest_rect)) {
         dst = *dest_rect;
    }
    else {
        if (!calc_dest_rect) {
            dst.x = 0;
            dst.y = 0;
            dst.w = this->config.w;
            dst.h = this->config.h;
        }
        else {
            // calc dest_rect from src_rect based on src/dst surface dimension
            dst.x = (src.x * this->config.w) / src_width;
            dst.y = (src.y * this->config.h) / src_height;
            dst.w = src.x + src.w - 1;
            dst.h = src.y + src.h - 1;
            dst.w = (dst.w * this->config.w) / src_width;
            dst.h = (dst.h * this->config.h) / src_height;
            dst.w = dst.w - dst.x + 1;
            dst.h = dst.h - dst.y + 1;
        }
    }

    // return the used dest_rect
    if (real_dest_rect)
        *real_dest_rect = dst;

    // check if i can blit without stretching
    if (src.w == dst.w && src.h == dst.h) {
        return blitBuffer(extbuf->ptr, extbuf->pitch, src_pixelformat, src_width, src_height, &src, dst.x, dst.y);
    }

    // check if initialized
    INITCHECK;


    //TODO: this reset is to be improved...
    MMSFBSURFACE_WRITE_BUFFER(this).opaque      = false;
    MMSFBSURFACE_WRITE_BUFFER(this).transparent = false;

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__

        if (!this->is_sub_surface) {

            mmsfb->bei->stretchBlitBuffer(this, extbuf, src_pixelformat, src_width, src_height,
                                            src, dst, this->config.blittingflags);

            ret = true;
        }
        else {
            CLIPSUBSURFACE

            mmsfb->bei->stretchBlitBuffer(this, extbuf, src_pixelformat, src_width, src_height,
                                            src, dst, this->config.blittingflags);

            UNCLIPSUBSURFACE

            ret = true;
        }

#endif
    }
    else {
        /* normal stretch blit */
        if (!this->is_sub_surface) {
            ret = extendedAccelStretchBlitBuffer(extbuf, src_pixelformat, src_width, src_height, &src, &dst,
                                                 real_dest_rect, calc_dest_rect);
        }
        else {
            CLIPSUBSURFACE

            dst.x+=this->sub_surface_xoff;
            dst.y+=this->sub_surface_yoff;

            ret = extendedAccelStretchBlitBuffer(extbuf, src_pixelformat, src_width, src_height, &src, &dst,
                                                 real_dest_rect, calc_dest_rect);

            dst.x-=this->sub_surface_xoff;
            dst.y-=this->sub_surface_yoff;

            UNCLIPSUBSURFACE
        }

    }

    return ret;
}

bool MMSFBSurface::stretchBlitBuffer(void *src_ptr, int src_pitch, MMSFBSurfacePixelFormat src_pixelformat, int src_width, int src_height,
                                     MMSFBRectangle *src_rect, MMSFBRectangle *dest_rect,
                                     MMSFBRectangle *real_dest_rect, bool calc_dest_rect) {
    MMSFBExternalSurfaceBuffer extbuf;
    memset(&extbuf, 0, sizeof(extbuf));
    extbuf.ptr = src_ptr;
    extbuf.pitch = src_pitch;
    return stretchBlitBuffer(&extbuf, src_pixelformat, src_width, src_height, src_rect, dest_rect,
                             real_dest_rect, calc_dest_rect);
}


void MMSFBSurface::processSwapDisplay(void *in_data, int in_data_len, void **out_data, int *out_data_len) {
#ifdef __HAVE_FBDEV__
    MMSFBSurfaceBuffer *sb = this->config.surface_buffer;

    if (in_data_len >> 8) {
        MMSFBPERF_START_MEASURING;

        // vsync
        mmsfb->mmsfbdev->waitForVSync();

        MMSFBPERF_STOP_MEASURING_VSYNC(sb->mmsfbdev_surface);
    }

    MMSFBPERF_START_MEASURING;

    // swap display
    mmsfb->mmsfbdev->panDisplay(in_data_len & 0xff, sb->buffers[0].ptr);

    MMSFBPERF_STOP_MEASURING_SWAPDISPLAY(sb->mmsfbdev_surface);
#endif
}

void MMSFBSurface::swapDisplay(bool vsync) {
#ifdef __HAVE_FBDEV__
    MMSFBSurfaceBuffer *sb = this->config.surface_buffer;

    if (sb->mmsfbdev_surface != this)
        return;

    // surface is the fb layer surface
    if (sb->numbuffers > 2) {
        // more than two buffers (e.g. TRIPLE buffering), so we should use non-blocked panning
        if (!this->fbdev_ts) {
            // init thread server for display panning
            this->fbdev_ts = new MMSThreadServer(100, "MMSThreadServer4MMSFBSurface", false);
            this->fbdev_ts->onProcessData.connect(sigc::mem_fun(this,&MMSFBSurface::processSwapDisplay));
            this->fbdev_ts->start();
        }

        // hard disable vsync
        // reason: difference between current and next buffer is minimal and both buffers are not the next write buffer
        // TODO: this can be hw dependent, then we have to change the code
        vsync = false;

        // trigger panning and return immediately
        this->fbdev_ts->trigger(NULL, sb->currbuffer_read | ((vsync)?0x100:0));
    }
    else
    if (sb->numbuffers == 2) {
        // two buffers (BACKVIDEO)
        if (vsync) {
            MMSFBPERF_START_MEASURING;

            // vsync
            mmsfb->mmsfbdev->waitForVSync();

            MMSFBPERF_STOP_MEASURING_VSYNC(sb->mmsfbdev_surface);
        }

        MMSFBPERF_START_MEASURING;

        // swap display
        mmsfb->mmsfbdev->panDisplay(sb->currbuffer_read, sb->buffers[0].ptr);

        MMSFBPERF_STOP_MEASURING_SWAPDISPLAY(sb->mmsfbdev_surface);
    }
#endif
}


bool MMSFBSurface::flip(MMSFBRegion *region) {

    // check if initialized
    INITCHECK;

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        if (region)
             D_DEBUG_AT( MMS_Surface, "flip( %d,%d - %dx%d ) <- %dx%d\n",
                         DFB_RECTANGLE_VALS_FROM_REGION(region), this->config.w, this->config.h );
        else
             D_DEBUG_AT( MMS_Surface, "flip( %d,%d - %dx%d ) <- %dx%d\n",
                         0, 0, this->config.w, this->config.h, this->config.w, this->config.h );

        MMSFB_TRACE();

        DFBResult   dfbres;

#ifdef USE_DFB_WINMAN

        // flip
        if ((dfbres=this->dfb_surface->Flip(this->dfb_surface, region, this->flipflags)) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::Flip() failed");

            return false;
        }

#endif

#ifdef USE_MMSFB_WINMAN

        // flip
        if (!this->is_sub_surface) {
            if ((dfbres=this->dfb_surface->Flip(this->dfb_surface, (DFBRegion*)region, getDFBSurfaceFlipFlagsFromMMSFBFlipFlags(this->flipflags))) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::Flip() failed");

                return false;
            }
        }
        else {
#ifndef USE_DFB_SUBSURFACE
            CLIPSUBSURFACE

            MMSFBRegion myregion;
            if (!region) {
                myregion.x1 = 0;
                myregion.y1 = 0;
                myregion.x2 = this->config.w - 1;
                myregion.y2 = this->config.h - 1;
            }
            else
                myregion = *region;

            myregion.x1+=this->sub_surface_xoff;
            myregion.y1+=this->sub_surface_yoff;
            myregion.x2+=this->sub_surface_xoff;
            myregion.y2+=this->sub_surface_yoff;

            this->dfb_surface->Flip(this->dfb_surface, (DFBRegion*)&myregion, getDFBSurfaceFlipFlagsFromMMSFBFlipFlags(this->flipflags));

#else
            this->dfb_surface->Flip(this->dfb_surface, region, getDFBSurfaceFlipFlagsFromMMSFBFlipFlags(this->flipflags));
#endif

#ifndef USE_DFB_SUBSURFACE
            UNCLIPSUBSURFACE
#endif
        }

        if (this->config.iswinsurface) {
            // inform the window manager
            mmsfbwindowmanager->flipSurface(this, region);
        }
        else {
            if (this->is_sub_surface) {
                // sub surface, use the root parent surface
                if (this->root_parent->config.iswinsurface) {
                    // inform the window manager, use the correct region
                    MMSFBRegion reg;
                    if (region)
                        reg = *region;
                    else {
                        reg.x1=0;
                        reg.y1=0;
                        reg.x2=sub_surface_rect.w-1;
                        reg.y2=sub_surface_rect.h-1;
                    }
                    reg.x1+=this->sub_surface_xoff;
                    reg.y1+=this->sub_surface_yoff;
                    reg.x2+=this->sub_surface_xoff;
                    reg.y2+=this->sub_surface_yoff;
                    mmsfbwindowmanager->flipSurface(this->root_parent, &reg);
                }
            }
        }

#endif

        return true;
#else
        return false;
#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        if (this->config.surface_buffer->numbuffers > 1) {
            // currently we work with fbo frontbuffers only, ogl flips will only supported via glXSwapBuffers()

            //TODO...
        }

        if (!this->config.surface_buffer->ogl_fbo) {
            // this is the primary fbo, flip it to the xwindow
            // note: there is no chance to flip a region with glXSwapBuffers!!!
            mmsfb->bei->swap();
        }

        if (this->config.iswinsurface) {
            // inform the window manager
#ifdef  __HAVE_GLX__
            mmsfbwindowmanager->flipSurface(NULL);
#else
            mmsfbwindowmanager->flipSurface(this, region);
#endif
        }
        else {
            if (this->is_sub_surface) {
                // sub surface, use the root parent surface
                if (this->root_parent->config.iswinsurface) {

                    // inform the window manager, use the correct region
#ifdef  __HAVE_GLX__
                    mmsfbwindowmanager->flipSurface(NULL);
#else
                    MMSFBRegion reg;
                    if (region)
                        reg = *region;
                    else {
                        reg.x1=0;
                        reg.y1=0;
                        reg.x2=sub_surface_rect.w-1;
                        reg.y2=sub_surface_rect.h-1;
                    }
                    reg.x1+=this->sub_surface_xoff;
                    reg.y1+=this->sub_surface_yoff;
                    reg.x2+=this->sub_surface_xoff;
                    reg.y2+=this->sub_surface_yoff;
                    mmsfbwindowmanager->flipSurface(this->root_parent, &reg);
#endif
                }
            }
        }




        return true;
#else
        return false;
#endif
    }
    else {
        // flip my own surfaces
        MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
        if (sb->numbuffers > 1) {
            // flip is only needed, if we have at least one backbuffer
            if (!this->is_sub_surface) {
                // not a subsurface
                if (!region) {
                    // flip my buffers without blitting
                    sb->currbuffer_read++;
                    if (sb->currbuffer_read >= sb->numbuffers)
                        sb->currbuffer_read = 0;
                    sb->currbuffer_write++;
                    if (sb->currbuffer_write >= sb->numbuffers)
                        sb->currbuffer_write = 0;

#ifdef __HAVE_FBDEV__
                    if (sb->mmsfbdev_surface == this) {
                        // surface is the fb layer surface, so we have to swap the display
                        swapDisplay(true);
                    }
#endif
                }
                else {
                    MMSFBRectangle src_rect;
                    src_rect.x = region->x1;
                    src_rect.y = region->y1;
                    src_rect.w = region->x2 - region->x1 + 1;
                    src_rect.h = region->y2 - region->y1 + 1;

                    // check if region is equal to the whole surface
                    if   ((src_rect.x == 0) && (src_rect.y == 0)
                        &&(src_rect.w == this->config.w) && (src_rect.h == this->config.h)) {
                        // yes, flip my buffers without blitting
                        sb->currbuffer_read++;
                        if (sb->currbuffer_read >= sb->numbuffers)
                            sb->currbuffer_read = 0;
                        sb->currbuffer_write++;
                        if (sb->currbuffer_write >= sb->numbuffers)
                            sb->currbuffer_write = 0;

#ifdef __HAVE_FBDEV__
                        if (sb->mmsfbdev_surface == this) {
                            // surface is the fb layer surface, so we have to swap the display
                            swapDisplay(true);
                        }
#endif
                    }
                    else {
                        // blit region from write to read buffer of the same MMSFBSurface
                        MMSFBBlittingFlags savedbf = this->config.blittingflags;
                        this->config.blittingflags = (MMSFBBlittingFlags)MMSFB_BLIT_NOFX;

                        this->surface_invert_lock = true;

                        if (MMSFBSURFACE_READ_BUFFER(this).opaque)
                            MMSFBSURFACE_READ_BUFFER(this).opaque = MMSFBSURFACE_WRITE_BUFFER(this).opaque;
                        if (MMSFBSURFACE_READ_BUFFER(this).transparent)
                            MMSFBSURFACE_READ_BUFFER(this).transparent = MMSFBSURFACE_WRITE_BUFFER(this).transparent;

                        this->extendedAccelBlit(this, &src_rect, src_rect.x, src_rect.y, MMSFB_BLIT_NOFX);

                        this->surface_invert_lock = false;

                        this->config.blittingflags = savedbf;

#ifdef __HAVE_FBDEV__
                        if (sb->mmsfbdev_surface == this) {
                            // surface is the fb layer surface
                            // there is no need to swapDisplay() because current read buffer (currbuffer_read) has NOT changed
                            if (this->flipflags & MMSFB_FLIP_FLUSH) {
                                // BUT: MMSFB_FLIP_FLUSH tells us, that we have to trigger an pan event to frame buffer driver
                                swapDisplay(true);
                            }
                        }
#endif
                    }
                }
            }
            else {
                CLIPSUBSURFACE

                MMSFBRectangle src_rect;
                if (!region) {
                    src_rect.x = 0;
                    src_rect.y = 0;
                    src_rect.w = this->config.w;
                    src_rect.h = this->config.h;
                }
                else {
                    src_rect.x = region->x1;
                    src_rect.y = region->y1;
                    src_rect.w = region->x2 - region->x1 + 1;
                    src_rect.h = region->y2 - region->y1 + 1;
                }

                src_rect.x+=this->sub_surface_xoff;
                src_rect.y+=this->sub_surface_yoff;

                // blit region from write to read buffer of the same MMSFBSurface
                MMSFBBlittingFlags savedbf = this->config.blittingflags;
                this->config.blittingflags = (MMSFBBlittingFlags)MMSFB_BLIT_NOFX;

                this->surface_invert_lock = true;

                if (MMSFBSURFACE_READ_BUFFER(this).opaque)
                    MMSFBSURFACE_READ_BUFFER(this).opaque = MMSFBSURFACE_WRITE_BUFFER(this).opaque;
                if (MMSFBSURFACE_READ_BUFFER(this).transparent)
                    MMSFBSURFACE_READ_BUFFER(this).transparent = MMSFBSURFACE_WRITE_BUFFER(this).transparent;

                this->extendedAccelBlit(this, &src_rect, src_rect.x, src_rect.y, MMSFB_BLIT_NOFX);

                this->surface_invert_lock = false;

                this->config.blittingflags = savedbf;

                UNCLIPSUBSURFACE
            }
        }

#ifdef __HAVE_FBDEV__
        if (sb->mmsfbdev_surface) {
            if (sb->mmsfbdev_surface != this) {
                // this surface is the backbuffer in system memory of the layer (BACKSYSTEM buffer mode)

                MMSFBPERF_START_MEASURING;

                // sync
                mmsfb->mmsfbdev->waitForVSync();

                MMSFBPERF_STOP_MEASURING_VSYNC(sb->mmsfbdev_surface);

                // put the image to the framebuffer
                if (!region) {
                    // full
                    sb->mmsfbdev_surface->blit(this, NULL, 0, 0);
                }
                else {
                    // a few lines
                    MMSFBRectangle rect;
                    rect.x = 0;
                    rect.y = region->y1;
                    rect.w = this->config.w;
                    rect.h = region->y2 - region->y1 + 1;
                    sb->mmsfbdev_surface->blit(this, &rect, rect.x, rect.y);
                }
            }
        }
        else {
#endif

#ifdef __HAVE_XLIB__
        if (sb->x_image[0]) {
            // XSHM, put the image to the x-server
            if (!this->scaler) {
                // no scaler defined
                mmsfb->xlock.lock();
                XLockDisplay(mmsfb->x_display);
                if (!region) {
                    // put whole image
                    int dx = 0;
                    int dy = 0;
                    if (mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO) {
                        dx = (mmsfb->display_w - this->config.w) >> 1;
                        dy = (mmsfb->display_h - this->config.h) >> 1;
                    }
                    if(this->layer) {
                        //printf("before putimage window %d\n layerid %d\n this->config.w: %d\n this->config.h: %d\n", layer->x_window, layer->config.id, layer->config.w, layer->config.h);

                        if ((mmsfb->fullscreen == MMSFB_FSM_TRUE || mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO)) {
//TODO: change the ifdef, what to do if XRenderComposite not available?
#ifdef __HAVE_XV__

                            MMSFBPERF_START_MEASURING;

                            //put image to layer pixmap
                            XShmPutImage(mmsfb->x_display, layer->pixmap, layer->x_gc, sb->x_image[sb->currbuffer_read],
                                          0, 0, dx, dy,
                                          layer->config.w, layer->config.h, False);

                            double scale = (double)layer->x_window_w / layer->config.w;

                            // Scaling matrix
                            XTransform xform = {{
                                { XDoubleToFixed( 1 ), XDoubleToFixed( 0 ), XDoubleToFixed(     0 ) },
                                { XDoubleToFixed( 0 ), XDoubleToFixed( 1 ), XDoubleToFixed(     0 ) },
                                { XDoubleToFixed( 0 ), XDoubleToFixed( 0 ), XDoubleToFixed( scale ) }
                            }};

                            XRenderSetPictureTransform( mmsfb->x_display, layer->x_pixmap_pict, &xform );
                            XRenderSetPictureFilter( mmsfb->x_display, layer->x_pixmap_pict, FilterBilinear, 0, 0 );


                            //put render image
                              /* copy the pixmap content using XRender */
                            XRenderComposite(mmsfb->x_display,
                                   PictOpSrc,
                                   layer->x_pixmap_pict,
                                   None,
                                   layer->x_window_pict,
                                   0, 0,
                                   0, 0,
                                   0, 0,
                                   layer->x_window_w, layer->x_window_h);

                            //XFlush(mmsfb->x_display);
                            XSync(mmsfb->x_display, False);

                            MMSFBPERF_STOP_MEASURING_XSHMPUTIMAGE(this, layer->config.w, layer->config.h);

#endif
                        } else {

                            MMSFBPERF_START_MEASURING;

                            XShmPutImage(mmsfb->x_display, layer->x_window, layer->x_gc, sb->x_image[sb->currbuffer_read],
                                          0, 0, dx, dy,
                                          this->config.w, this->config.h, False);

                            //XFlush(mmsfb->x_display);
                            XSync(mmsfb->x_display, False);

                            MMSFBPERF_STOP_MEASURING_XSHMPUTIMAGE(this, this->config.w, this->config.h);
                        }
                    }
                }
                else {
                    // put only a region
                    MMSFBRegion myreg = *region;
                    if (myreg.x1 < 0) myreg.x1 = 0;
                    if (myreg.y1 < 0) myreg.y1 = 0;
                    if (myreg.x2 >= this->config.w) myreg.x2 = this->config.w - 1;
                    if (myreg.y2 >= this->config.h) myreg.y2 = this->config.h - 1;
                    if ((myreg.x2 >= myreg.x1)&&(myreg.y2 >= myreg.y1)) {
                        int dx = 0;
                        int dy = 0;
                        if (mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO) {
                            dx = (mmsfb->display_w - this->config.w) >> 1;
                            dy = (mmsfb->display_h - this->config.h) >> 1;
                        }
                        if(this->layer) {
                            //printf("before putimage region %d\n layerid %d\n this->config.w: %d\n this->config.h: %d\n", layer->x_window, layer->config.id, layer->config.w, layer->config.h);

                            if ((mmsfb->fullscreen == MMSFB_FSM_TRUE || mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO)) {
//TODO: change the ifdef, what to do if XRenderComposite not available?
#ifdef __HAVE_XV__

                                MMSFBPERF_START_MEASURING;

                                int ww = myreg.x2 - myreg.x1 + 1;
                                int hh = myreg.y2 - myreg.y1 + 1;

                                //put image to layer pixmap
                                XShmPutImage(mmsfb->x_display, layer->pixmap, layer->x_gc, sb->x_image[sb->currbuffer_read],
                                             myreg.x1, myreg.y1, myreg.x1 + dx, myreg.y1 + dy,
                                             ww, hh, False);

                                double scale = (double)layer->x_window_w / layer->config.w; // We'll scale the window to 50% of its original size

                                // Scaling matrix
                                XTransform xform = {{
                                    { XDoubleToFixed( 1 ), XDoubleToFixed( 0 ), XDoubleToFixed(     0 ) },
                                    { XDoubleToFixed( 0 ), XDoubleToFixed( 1 ), XDoubleToFixed(     0 ) },
                                    { XDoubleToFixed( 0 ), XDoubleToFixed( 0 ), XDoubleToFixed( scale ) }
                                }};

                                XRenderSetPictureTransform( mmsfb->x_display, layer->x_pixmap_pict, &xform );
                                XRenderSetPictureFilter( mmsfb->x_display, layer->x_pixmap_pict, FilterBilinear, 0, 0 );

                                //put render image
                                /* copy the pixmap content using XRender */
                                XRenderComposite(mmsfb->x_display,
                                       PictOpSrc,
                                       layer->x_pixmap_pict,
                                       None,
                                       layer->x_window_pict,
                                       0, 0,
                                       0, 0,
                                       0, 0,
                                       layer->x_window_w, layer->x_window_h);


                                //XFlush(mmsfb->x_display);
                                XSync(mmsfb->x_display, False);

                                MMSFBPERF_STOP_MEASURING_XSHMPUTIMAGE(this, ww, hh);

#endif
                            } else {

                                MMSFBPERF_START_MEASURING;

                                XShmPutImage(mmsfb->x_display, layer->x_window, layer->x_gc, sb->x_image[sb->currbuffer_read],
                                          0, 0, dx, dy,
                                          this->config.w, this->config.h, False);

                                //XFlush(mmsfb->x_display);
                                XSync(mmsfb->x_display, False);

                                MMSFBPERF_STOP_MEASURING_XSHMPUTIMAGE(this, this->config.w, this->config.h);
                            }
                        }
                    }
                }
                XUnlockDisplay(mmsfb->x_display);
                mmsfb->xlock.unlock();
            } else {
                //printf("do scaler....\n");

                // scale to scaler
                if (!region) {
                    // scale whole image
                    this->scaler->stretchBlit(this, NULL, NULL);
                    this->scaler->flip();
                }
                else {
                    // scale only a region
                    MMSFBRegion myreg = *region;

                    // enlarge the region because of little calulation errors while stretching
                    myreg.x1--;
                    myreg.y1--;
                    myreg.x2++;
                    myreg.y2++;

                    // check region
                    if (myreg.x1 < 0) myreg.x1 = 0;
                    if (myreg.y1 < 0) myreg.y1 = 0;
                    if (myreg.x2 >= this->config.w) myreg.x2 = this->config.w - 1;
                    if (myreg.y2 >= this->config.h) myreg.y2 = this->config.h - 1;
                    if ((myreg.x2 >= myreg.x1)&&(myreg.y2 >= myreg.y1)) {
                        // stretch & flip to make it visible on the screen
                        MMSFBRectangle src_rect;
                        src_rect.x = myreg.x1;
                        src_rect.y = myreg.y1;
                        src_rect.w = myreg.x2 - myreg.x1 + 1;
                        src_rect.h = myreg.y2 - myreg.y1 + 1;
                        MMSFBRectangle dst_rect;
                        this->scaler->stretchBlit(this, &src_rect, NULL, &dst_rect, true);
                        myreg.x1 = dst_rect.x;
                        myreg.y1 = dst_rect.y;
                        myreg.x2 = dst_rect.x + dst_rect.w - 1;
                        myreg.y2 = dst_rect.y + dst_rect.h - 1;
                        this->scaler->flip(&myreg);
                    }
                }
            }
        }
#ifdef __HAVE_XV__
        else
        if (sb->xv_image[0]) {
            // XVSHM, put the image to the x-server
            mmsfb->xlock.lock();
            XLockDisplay(mmsfb->x_display);
            if (mmsfb->fullscreen == MMSFB_FSM_TRUE || mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO) {
                // calc ratio
                MMSFBRectangle dest;
                calcAspectRatio(mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h, mmsfb->display_w, mmsfb->display_h, dest,
                                (mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO), true);

                MMSFBPERF_START_MEASURING;

                //printf("do vputimage\n");
                // put image
                XvShmPutImage(mmsfb->x_display, mmsfb->xv_port, layer->x_window, layer->x_gc, sb->xv_image[sb->currbuffer_read],
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h,
                              dest.x, dest.y, dest.w, dest.h, False);

                //XFlush(mmsfb->x_display);
                XSync(mmsfb->x_display, False);

                MMSFBPERF_STOP_MEASURING_XVSHMPUTIMAGE(this, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h, dest.w, dest.h);
            }
            else if (mmsfb->resized) {

                MMSFBPERF_START_MEASURING;

                //printf("stretch to %d:%d\n",mmsfb->target_window_w, mmsfb->target_window_h);
                XvShmPutImage(mmsfb->x_display, mmsfb->xv_port, layer->x_window, layer->x_gc, sb->xv_image[sb->currbuffer_read],
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h,
                              0, 0, mmsfb->target_window_w, mmsfb->target_window_h, False);

                //XFlush(mmsfb->x_display);
                XSync(mmsfb->x_display, False);

                MMSFBPERF_STOP_MEASURING_XVSHMPUTIMAGE(this, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h, mmsfb->target_window_w, mmsfb->target_window_h);
            }
            else {
                /*printf("do vputimage2\n");
                printf("layer: %x, this: %x\n", layer, this);
                printf("sb->xv_image: %x\n", sb->xv_image[sb->currbuffer_read]);
*/

                MMSFBPERF_START_MEASURING;

                XvShmPutImage(mmsfb->x_display, mmsfb->xv_port, layer->x_window, layer->x_gc, sb->xv_image[sb->currbuffer_read],
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h,
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h, False);

                //XFlush(mmsfb->x_display);
                XSync(mmsfb->x_display, False);

                MMSFBPERF_STOP_MEASURING_XVSHMPUTIMAGE(this, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h);
            }

            XUnlockDisplay(mmsfb->x_display);
            mmsfb->xlock.unlock();
        }
#endif
#endif

#ifdef __HAVE_FBDEV__
        }
#endif

        if (this->config.iswinsurface) {
            // inform the window manager
            mmsfbwindowmanager->flipSurface(this, region);
        }
        else {
            if (this->is_sub_surface) {
                // sub surface, use the root parent surface
                if (this->root_parent->config.iswinsurface) {
                    // inform the window manager, use the correct region
                    MMSFBRegion reg;
                    if (region)
                        reg = *region;
                    else {
                        reg.x1=0;
                        reg.y1=0;
                        reg.x2=sub_surface_rect.w-1;
                        reg.y2=sub_surface_rect.h-1;
                    }
                    reg.x1+=this->sub_surface_xoff;
                    reg.y1+=this->sub_surface_yoff;
                    reg.x2+=this->sub_surface_xoff;
                    reg.y2+=this->sub_surface_yoff;
                    mmsfbwindowmanager->flipSurface(this->root_parent, &reg);
                }
            }
        }

        return true;
    }
}


bool MMSFBSurface::flip(int x1, int y1, int x2, int y2) {
    MMSFBRegion region(x1, y1, x2, y2);
    return flip(&region);
}


bool MMSFBSurface::refresh() {
    // check if initialized
    INITCHECK;

    // finalize previous clear
    finClear();

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
#endif
    }
    else {
#ifdef __HAVE_XLIB__
        MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
        if (sb->x_image[0]) {
            // XSHM, put the image to the x-server
            if (!this->scaler) {
                // no scaler defined
                mmsfb->xlock.lock();
                XLockDisplay(mmsfb->x_display);
                int dx = 0;
                int dy = 0;
/*              if (mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO) {
                    dx = (mmsfb->display_w - this->config.w) >> 1;
                    dy = (mmsfb->display_h - this->config.h) >> 1;
                }

                XShmPutImage(mmsfb->x_display, layer->x_window, layer->x_gc, sb->x_image[sb->currbuffer_read],
                              0, 0, dx, dy,
                              this->config.w, this->config.h, False);
*/

                if (mmsfb->fullscreen == MMSFB_FSM_TRUE) {
                        // put image to layer pixmap
                        XShmPutImage(mmsfb->x_display, layer->pixmap, layer->x_gc, sb->x_image[sb->currbuffer_read],
                                                  0, 0, dx, dy,
                                                  layer->config.w, layer->config.h, False);

                        double scale = (double)layer->x_window_w / layer->config.w;

                        // Scaling matrix
                        XTransform xform = {{
                                { XDoubleToFixed( 1 ), XDoubleToFixed( 0 ), XDoubleToFixed(     0 ) },
                                { XDoubleToFixed( 0 ), XDoubleToFixed( 1 ), XDoubleToFixed(     0 ) },
                                { XDoubleToFixed( 0 ), XDoubleToFixed( 0 ), XDoubleToFixed( scale ) }
                        }};

                        XRenderSetPictureTransform( mmsfb->x_display, layer->x_pixmap_pict, &xform );
                        XRenderSetPictureFilter( mmsfb->x_display, layer->x_pixmap_pict, FilterBilinear, 0, 0 );

                        //put render image, copy the pixmap content using XRender
                        XRenderComposite(mmsfb->x_display,
                                   PictOpSrc,
                                   layer->x_pixmap_pict,
                                   None,
                                   layer->x_window_pict,
                                   0, 0,
                                   0, 0,
                                   0, 0,
                                   layer->x_window_w, layer->x_window_h);

                } else {
                        if (mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO) {
                                dx = (mmsfb->display_w - this->config.w) >> 1;
                                dy = (mmsfb->display_h - this->config.h) >> 1;
                        }

                        XShmPutImage(mmsfb->x_display, layer->x_window, layer->x_gc, sb->x_image[sb->currbuffer_read],
                                                  0, 0, dx, dy,
                                                  this->config.w, this->config.h, False);
                }

                //XFlush(mmsfb->x_display);
                XSync(mmsfb->x_display, False);
                XUnlockDisplay(mmsfb->x_display);
                mmsfb->xlock.unlock();
            }
            else {
                // scale to scaler
                this->scaler->stretchBlit(this, NULL, NULL);
                this->scaler->flip();
            }
        }
#ifdef __HAVE_XV__
        else
        if (sb->xv_image[0]) {
            // XVSHM, put the image to the x-server
            this->lock();
            mmsfb->xlock.lock();
            XLockDisplay(mmsfb->x_display);
            if (mmsfb->fullscreen == MMSFB_FSM_TRUE || mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO) {
                // calc ratio
                MMSFBRectangle dest;
                calcAspectRatio(mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h, mmsfb->display_w, mmsfb->display_h, dest,
                                (mmsfb->fullscreen == MMSFB_FSM_ASPECT_RATIO), true);

                // put image
                XvShmPutImage(mmsfb->x_display, mmsfb->xv_port, layer->x_window, layer->x_gc, sb->xv_image[sb->currbuffer_read],
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h,
                              dest.x, dest.y, dest.w, dest.h, False);
            } else if(mmsfb->resized) {
                XvShmPutImage(mmsfb->x_display, mmsfb->xv_port, layer->x_window, layer->x_gc, sb->xv_image[sb->currbuffer_read],
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h,
                              0, 0, mmsfb->target_window_w, mmsfb->target_window_h, False);
            }else{
                XvShmPutImage(mmsfb->x_display, mmsfb->xv_port, layer->x_window, layer->x_gc, sb->xv_image[sb->currbuffer_read],
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h,
                              0, 0, mmsfb->x11_win_rect.w, mmsfb->x11_win_rect.h, False);
            }
            //XFlush(mmsfb->x_display);
            XSync(mmsfb->x_display, False);
            XUnlockDisplay(mmsfb->x_display);
            mmsfb->xlock.unlock();
            this->unlock();
        }
#endif
#endif
    }

    return true;
}

bool MMSFBSurface::createCopy(MMSFBSurface **dstsurface, int w, int h,
                              bool copycontent, bool withbackbuffer, MMSFBSurfacePixelFormat pixelformat) {

    // check if initialized
    INITCHECK;

    // finalize previous clear
    finClear();

    if (this->is_sub_surface)
        return false;

    *dstsurface = NULL;

    if (!w) w = config.w;
    if (!h) h = config.h;

    // create new surface
    if (!mmsfb->createSurface(dstsurface, w, h, (pixelformat==MMSFB_PF_NONE)?this->config.surface_buffer->pixelformat:pixelformat,
                             (withbackbuffer)?this->config.surface_buffer->backbuffer:0,this->config.surface_buffer->systemonly)) {
        if (*dstsurface)
            delete *dstsurface;
        *dstsurface = NULL;
        return false;
    }

    if (copycontent) {
        // copy the content
        MMSFBRectangle dstrect;
        dstrect.x = 0;
        dstrect.y = 0;
        dstrect.w = w;
        dstrect.h = h;
        (*dstsurface)->setDrawingFlags((MMSFBDrawingFlags) MMSFB_DRAW_NOFX);
        (*dstsurface)->setBlittingFlags((MMSFBBlittingFlags) MMSFB_BLIT_NOFX);
        (*dstsurface)->stretchBlit(this, NULL, &dstrect);
        if (withbackbuffer) {
            (*dstsurface)->flip();
        }
    }

    return true;
}

bool MMSFBSurface::resize(int w, int h) {

    // check old size, resize only if size changed
    int old_w, old_h;
    if (!getSize(&old_w, &old_h)) return false;
    if ((old_w == w) && (old_h == h)) return true;

    // finalize previous clear
    finClear();

    if (!this->is_sub_surface) {
        // normal surface
        // create a copy
        MMSFBSurface *dstsurface;
        createCopy(&dstsurface, w, h, true, true);

        if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
            D_DEBUG_AT( MMS_Surface, "resize( %dx%d -> %dx%d )\n",
                        this->config.w, this->config.h, w, h );

            MMSFB_TRACE();

            // move the dfb pointers
            IDirectFBSurface *s = this->dfb_surface;
            this->dfb_surface = dstsurface->dfb_surface;
            dstsurface->dfb_surface = s;

            // load the new configuration
            this->getConfiguration();
            dstsurface->getConfiguration();
#endif
        }
        else {
            // move the surface buffer data
            MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
            this->config.surface_buffer = dstsurface->config.surface_buffer;
            dstsurface->config.surface_buffer = sb;

            // set size to new size
            this->config.w = w;
            this->config.h = h;

            // load the new configuration
            this->getConfiguration();
        }

        // free dstsurface
        delete dstsurface;

        return true;
    }
    else  {
        // sub surface
        MMSFBRectangle rect = this->sub_surface_rect;
        rect.w = w;
        rect.h = h;
        return setSubSurface(&rect);

    }
}



void MMSFBSurface::modulateBrightness(MMSFBColor *color, unsigned char brightness) {

    /* full brightness? */
    if (brightness == 255) return;

    /* full darkness? */
    if (brightness == 0) {
        color->r = 0;
        color->g = 0;
        color->b = 0;
        return;
    }

    /* modulate the color */
    unsigned int bn = 100000 * (255-brightness);
    if (color->r > 0) {
        unsigned int i = (10000 * 255) / (unsigned int)color->r;
        color->r = (5+((10 * (unsigned int)color->r) - (bn / i))) / 10;
    }
    if (color->g > 0) {
        unsigned int i = (10000 * 255) / (unsigned int)color->g;
        color->g = (5+((10 * (unsigned int)color->g) - (bn / i))) / 10;
    }
    if (color->b > 0) {
        unsigned int i = (10000 * 255) / (unsigned int)color->b;
        color->b = (5+((10 * (unsigned int)color->b) - (bn / i))) / 10;
    }
}

void MMSFBSurface::modulateOpacity(MMSFBColor *color, unsigned char opacity) {

    /* full opacity? */
    if (opacity == 255) return;

    /* complete transparent? */
    if (opacity == 0) {
        color->a = 0;
        return;
    }

    /* modulate the alpha value */
    unsigned int bn = 100000 * (255-opacity);
    if (color->a > 0) {
        unsigned int i = (10000 * 255) / (unsigned int)color->a;
        color->a = (5+((10 * (unsigned int)color->a) - (bn / i))) / 10;
    }
}


bool MMSFBSurface::setBlittingFlagsByBrightnessAlphaAndOpacity(
                    unsigned char brightness, unsigned char alpha, unsigned char opacity) {
    MMSFBColor color;

    /* check if initialized */
    INITCHECK;

    /* modulate the opacity into the color */
    color.a = alpha;
    modulateOpacity(&color, opacity);

    /* set color for blitting */
    setColor(brightness, brightness, brightness, color.a);

    /* set blitting flags */
    if (brightness != 255) {
        if (color.a == 255)
            setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_COLORIZE|MMSFB_BLIT_BLEND_ALPHACHANNEL));
        else
            setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_COLORIZE|MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA));
    }
    else {
        if (color.a == 255)
            setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL));
        else
            setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA));
    }

    return true;
}


bool MMSFBSurface::setBlittingFlagsByBrightnessAlphaAndOpacityAndSource(
                    unsigned char brightness, unsigned char alpha, unsigned char opacity,
                    MMSFBSurface *source) {
    MMSFBColor color;

    // check if initialized
    INITCHECK;

    // modulate the opacity into the color
    color.a = alpha;
    modulateOpacity(&color, opacity);

    // set color for blitting
    setColor(brightness, brightness, brightness, color.a);

    // set blitting flags
    if (!MMSFBSURFACE_READ_BUFFER(source).opaque) {
        // source is not opaque
        if (brightness != 255) {
            if (color.a == 255)
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_COLORIZE|MMSFB_BLIT_BLEND_ALPHACHANNEL));
            else
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_COLORIZE|MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA));
        }
        else {
            if (color.a == 255)
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL));
            else
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_ALPHACHANNEL|MMSFB_BLIT_BLEND_COLORALPHA));
        }
    }
    else {
        // source is opaque, so we do not need MMSFB_BLIT_BLEND_ALPHACHANNEL
        if (brightness != 255) {
            if (color.a == 255)
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_COLORIZE));
            else
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_COLORIZE|MMSFB_BLIT_BLEND_COLORALPHA));
        }
        else {
            if (color.a == 255)
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_NOFX));
            else
                setBlittingFlags((MMSFBBlittingFlags)(MMSFB_BLIT_BLEND_COLORALPHA));
        }
    }

    return true;
}



bool MMSFBSurface::setDrawingFlagsByAlpha(unsigned char alpha) {

    // check if initialized
    INITCHECK;

    // set the drawing flags
    if (this->config.surface_buffer->premultiplied) {
        // premultiplied surface, have to premultiply the color
        if (alpha == 255)
            setDrawingFlags((MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY));
        else
            setDrawingFlags((MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY));
    }
    else {
        if (alpha == 255)
            setDrawingFlags((MMSFBDrawingFlags)MMSFB_DRAW_NOFX);
        else
            setDrawingFlags((MMSFBDrawingFlags)MMSFB_DRAW_BLEND);
    }

    return true;
}


bool MMSFBSurface::setDrawingColorAndFlagsByBrightnessAndOpacity(
                        MMSFBColor color, unsigned char brightness, unsigned char opacity) {

    // check if initialized
    INITCHECK;

    // modulate the brightness into the color
    modulateBrightness(&color, brightness);

    // modulate the opacity into the color
    modulateOpacity(&color, opacity);

    // set the color for drawing
    setColor(color.r, color.g, color.b, color.a);

    // set the drawing flags
    setDrawingFlagsByAlpha(color.a);

    return true;
}


bool MMSFBSurface::setDrawingColorAndFlagsByBrightnessAndOpacity(
                        MMSFBColor color,
                        MMSFBColor shadow_top_color, MMSFBColor shadow_bottom_color,
                        MMSFBColor shadow_left_color, MMSFBColor shadow_right_color,
                        MMSFBColor shadow_top_left_color, MMSFBColor shadow_top_right_color,
                        MMSFBColor shadow_bottom_left_color, MMSFBColor shadow_bottom_right_color,
                        unsigned char brightness, unsigned char opacity) {

    if (!setDrawingColorAndFlagsByBrightnessAndOpacity(color, brightness, opacity))
        return false;

    // modulate the brightness/opacity into the shadow colors
    modulateBrightness(&shadow_top_color, brightness);
    modulateOpacity(&shadow_top_color, opacity);
    modulateBrightness(&shadow_bottom_color, brightness);
    modulateOpacity(&shadow_bottom_color, opacity);
    modulateBrightness(&shadow_left_color, brightness);
    modulateOpacity(&shadow_left_color, opacity);
    modulateBrightness(&shadow_right_color, brightness);
    modulateOpacity(&shadow_right_color, opacity);
    modulateBrightness(&shadow_top_left_color, brightness);
    modulateOpacity(&shadow_top_left_color, opacity);
    modulateBrightness(&shadow_top_right_color, brightness);
    modulateOpacity(&shadow_top_right_color, opacity);
    modulateBrightness(&shadow_bottom_left_color, brightness);
    modulateOpacity(&shadow_bottom_left_color, opacity);
    modulateBrightness(&shadow_bottom_right_color, brightness);
    modulateOpacity(&shadow_bottom_right_color, opacity);

    // set the shadow colors
    return setShadowColor(shadow_top_color, shadow_bottom_color, shadow_left_color, shadow_right_color,
                          shadow_top_left_color, shadow_top_right_color, shadow_bottom_left_color, shadow_bottom_right_color);
}


bool MMSFBSurface::setFont(MMSFBFont *font) {

    /* check if initialized */
    INITCHECK;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        DFBResult   dfbres;

        /* set font */
        if ((dfbres=this->dfb_surface->SetFont(this->dfb_surface, (IDirectFBFont*)font->dfbfont)) != DFB_OK) {
            MMSFB_SetError(dfbres, "IDirectFBSurface::SetFont() failed");
            return false;
        }
#endif
    }
    else {
        //TODO
    }

    /* save the font */
    this->config.font = font;

    return true;
}



bool MMSFBSurface::blit_text(string &text, int len, int x, int y) {
    MMSFBRegion clipreg;
    MMSFBSurfacePlanes dst_planes;

#ifndef USE_DFB_SUBSURFACE
    if (!this->is_sub_surface) {
#endif
        // normal surface or dfb subsurface
        if (!this->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->config.w - 1;
            clipreg.y2 = this->config.h - 1;
        }
        else
            clipreg = this->config.clip;
#ifndef USE_DFB_SUBSURFACE
    }
    else {
        // subsurface
        if (!this->root_parent->config.clipped) {
            clipreg.x1 = 0;
            clipreg.y1 = 0;
            clipreg.x2 = this->root_parent->config.w - 1;
            clipreg.y2 = this->root_parent->config.h - 1;
        }
        else
            clipreg = this->root_parent->config.clip;
    }
#endif

    // calculate the color
    MMSFBColor color = this->config.color;
    if (this->config.drawingflags & (MMSFBDrawingFlags)MMSFB_DRAW_SRC_PREMULTIPLY) {
        // pre-multiplication needed
        if (color.a != 0xff) {
            color.r = ((color.a+1) * color.r) >> 8;
            color.g = ((color.a+1) * color.g) >> 8;
            color.b = ((color.a+1) * color.b) >> 8;
        }
    }

    // checking pixelformats...
    switch (this->config.surface_buffer->pixelformat) {
    case MMSFB_PF_ARGB:
        // destination is ARGB
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            ||(this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawstring_blend_argb(
                            &dst_planes, this->config.font, clipreg,
                            text, len, x, y, color);
                MMSFBPERF_STOP_MEASURING_DRAWSTRING(this, clipreg, text, len, x, y);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                extendedUnlock(NULL, this);
                return true;
            }
            return false;
        }
        else
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            ||(this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawstring_blend_coloralpha_argb(
                            &dst_planes, this->config.font, clipreg,
                            text, len, x, y, color);
                MMSFBPERF_STOP_MEASURING_DRAWSTRING(this, clipreg, text, len, x, y);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                extendedUnlock(NULL, this);
                return true;
            }
            return false;
        }
        break;

    case MMSFB_PF_RGB32:
        // destination is RGB32
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            ||(this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawstring_blend_rgb32(
                            &dst_planes, this->config.font, clipreg,
                            text, len, x, y, color);
                MMSFBPERF_STOP_MEASURING_DRAWSTRING(this, clipreg, text, len, x, y);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                extendedUnlock(NULL, this);
                return true;
            }
            return false;
        }
        else
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            ||(this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawstring_blend_coloralpha_rgb32(
                            &dst_planes, this->config.font, clipreg,
                            text, len, x, y, color);
                MMSFBPERF_STOP_MEASURING_DRAWSTRING(this, clipreg, text, len, x, y);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                extendedUnlock(NULL, this);
                return true;
            }
            return false;
        }
        break;

    case MMSFB_PF_ARGB4444:
        // destination is ARGB4444
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            ||(this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawstring_blend_argb4444(
                            &dst_planes, this->config.font, clipreg,
                            text, len, x, y, color);
                MMSFBPERF_STOP_MEASURING_DRAWSTRING(this, clipreg, text, len, x, y);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                extendedUnlock(NULL, this);
                return true;
            }
            return false;
        }
        break;

    case MMSFB_PF_RGB16:
        // destination is RGB16
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX))
            ||(this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_NOFX|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawstring_blend_rgb16(
                            &dst_planes, this->config.font, clipreg,
                            text, len, x, y, color);
                MMSFBPERF_STOP_MEASURING_DRAWSTRING(this, clipreg, text, len, x, y);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                extendedUnlock(NULL, this);
                return true;
            }
            return false;
        }
        else
        if   ((this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND))
            ||(this->config.drawingflags == (MMSFBDrawingFlags)(MMSFB_DRAW_BLEND|MMSFB_DRAW_SRC_PREMULTIPLY))) {
            if (extendedLock(NULL, NULL, this, &dst_planes)) {
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                MMSFBPERF_START_MEASURING;
                    mmsfb_drawstring_blend_coloralpha_rgb16(
                            &dst_planes, this->config.font, clipreg,
                            text, len, x, y, color);
                MMSFBPERF_STOP_MEASURING_DRAWSTRING(this, clipreg, text, len, x, y);
                MMSFB_ROTATE_180_REGION(this, clipreg.x1, clipreg.y1, clipreg.x2, clipreg.y2);
                MMSFB_ROTATE_180_RECT(this, x, y, 1, 1);
                extendedUnlock(NULL, this);
                return true;
            }
            return false;
        }
        break;

    default:
        // does not match
        break;
    }

    return printMissingCombination("blit_text()", NULL, NULL, MMSFB_PF_NONE, 0, 0);
}


bool MMSFBSurface::blit_text_with_shadow(string &text, int len, int x, int y) {

    bool top            = (this->config.shadow_top_color.a);
    bool bottom         = (this->config.shadow_bottom_color.a);
    bool left           = (this->config.shadow_left_color.a);
    bool right          = (this->config.shadow_right_color.a);
    bool top_left       = (this->config.shadow_top_left_color.a);
    bool top_right      = (this->config.shadow_top_right_color.a);
    bool bottom_left    = (this->config.shadow_bottom_left_color.a);
    bool bottom_right   = (this->config.shadow_bottom_right_color.a);
    bool shadow = (top || bottom || left || right || top_left || top_right || bottom_left || bottom_right);

    if (!shadow) {
        // normal text output without shadow
#ifdef __HAVE_OPENGL__
        if (mmsfb->bei) {
            mmsfb->bei->drawString(this, text, len, x, y);
            return true;
        }
#endif
        return blit_text(text, len, x, y);
    }
    else {
        // draw text with shadow
        // drawing color and flags will be temporary changed during the shadow blits
        MMSFBColor savedcol = this->config.color;
        MMSFBDrawingFlags saveddf = this->config.drawingflags;


        //TODO: for now we assume that this->config.color.a is 0xff!!!
        //      else we have to blit text and shadow in an temporary buffer with (text with a=0xff)
        //      and finally blend the result with coloralpha to this destination surface


        if (top) {
            // draw shadow on the top
            this->config.color = this->config.shadow_top_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x, y-1);
            }
            else
#endif
            blit_text(text, len, x, y-1);
        }
        if (bottom) {
            // draw shadow on the bottom
            this->config.color = this->config.shadow_bottom_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x, y+1);
            }
            else
#endif
            blit_text(text, len, x, y+1);
        }
        if (left) {
            // draw shadow on the left
            this->config.color = this->config.shadow_left_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x-1, y);
            }
            else
#endif
            blit_text(text, len, x-1, y);
        }
        if (right) {
            // draw shadow on the right
            this->config.color = this->config.shadow_right_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x+1, y);
            }
            else
#endif
            blit_text(text, len, x+1, y);
        }
        if (top_left) {
            // draw shadow on the top-left
            this->config.color = this->config.shadow_top_left_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x-1, y-1);
            }
            else
#endif
            blit_text(text, len, x-1, y-1);
        }
        if (top_right) {
            // draw shadow on the top-right
            this->config.color = this->config.shadow_top_right_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x+1, y-1);
            }
            else
#endif
            blit_text(text, len, x+1, y-1);
        }
        if (bottom_left) {
            // draw shadow on the bottom-left
            this->config.color = this->config.shadow_bottom_left_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x-1, y+1);
            }
            else
#endif
            blit_text(text, len, x-1, y+1);
        }
        if (bottom_right) {
            // draw shadow on the bottom-right
            this->config.color = this->config.shadow_bottom_right_color;
            this->setDrawingFlagsByAlpha(this->config.color.a);
#ifdef __HAVE_OPENGL__
            if (mmsfb->bei) {
                mmsfb->bei->drawString(this, text, len, x+1, y+1);
            }
            else
#endif
            blit_text(text, len, x+1, y+1);
        }

        // restore drawing color and flags
        this->config.color = savedcol;
        this->config.drawingflags = saveddf;

        // for now we set this->config.color.a to 0xff!!!
        this->config.color.a = 0xff;
        this->setDrawingFlagsByAlpha(this->config.color.a);

        // final draw
        bool ret = false;
#ifdef __HAVE_OPENGL__
        if (mmsfb->bei) {
            mmsfb->bei->drawString(this, text, len, x, y);
            ret = true;
        }
        else
#endif
        ret = blit_text(text, len, x, y);

        // restore drawing color and flags
        this->config.color = savedcol;
        this->config.drawingflags = saveddf;

        return ret;
    }
}


bool MMSFBSurface::drawString(string text, int len, int x, int y) {

    // check if initialized
    INITCHECK;

    // finalize previous clear
    finClear();

    if (!this->config.font)
        return false;

    // get the length of the string
    if (len < 0) len = text.size();
    if (!len) return true;

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        D_DEBUG_AT( MMS_Surface, "drawString( '%s', %d, %d,%d ) <- %dx%d\n",
                    text.c_str(), len, x, y, this->config.w, this->config.h );
        MMSFB_TRACE();

        // draw a string
        DFBResult dfbres;
        if (!this->is_sub_surface) {
            if ((dfbres=this->dfb_surface->DrawString(this->dfb_surface, text.c_str(), len, x, y, DSTF_TOPLEFT)) != DFB_OK) {
                MMSFB_SetError(dfbres, "IDirectFBSurface::DrawString() failed");

                return false;
            }
        }
        else {
#ifndef USE_DFB_SUBSURFACE
            CLIPSUBSURFACE

            x+=this->sub_surface_xoff;
            y+=this->sub_surface_yoff;

            SETSUBSURFACE_DRAWINGFLAGS;
#endif

            this->dfb_surface->DrawString(this->dfb_surface, text.c_str(), len, x, y, DSTF_TOPLEFT);

#ifndef USE_DFB_SUBSURFACE
            RESETSUBSURFACE_DRAWINGFLAGS;

            UNCLIPSUBSURFACE
#endif
        }
#endif
    }
    else
    if (this->allocated_by == MMSFBSurfaceAllocatedBy_ogl) {
#ifdef  __HAVE_OPENGL__
        if (!this->is_sub_surface) {
//          mmsfb->bei->drawString(this, text, len, x, y);
            blit_text_with_shadow(text, len, x, y);
        }
        else {
            CLIPSUBSURFACE

//          mmsfb->bei->drawString(this, text, len, x, y);
            blit_text_with_shadow(text, len, x, y);

            UNCLIPSUBSURFACE
        }
#endif
    }
    else {
        // draw a string
        if (!this->is_sub_surface) {
            blit_text_with_shadow(text, len, x, y);
        }
        else {
            CLIPSUBSURFACE

            x+=this->sub_surface_xoff;
            y+=this->sub_surface_yoff;

            blit_text_with_shadow(text, len, x, y);

            UNCLIPSUBSURFACE
        }
    }

    return true;
}

void MMSFBSurface::lock(MMSFBLockFlags flags, MMSFBSurfacePlanes *planes, bool pthread_lock) {
    if (!pthread_lock) {
        // no pthread lock needed
        if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
            if (flags && planes) {
                // get the access to the surface buffer
                memset(planes, 0, sizeof(MMSFBSurfacePlanes));
                if (flags == MMSFB_LOCK_READ) {
                    if (this->dfb_surface->Lock(this->dfb_surface, DSLF_READ, &planes->ptr, &planes->pitch) != DFB_OK) {
                        planes->ptr = NULL;
                        planes->pitch = 0;
                    }
                }
                else
                if (flags == MMSFB_LOCK_WRITE) {
                    if (this->dfb_surface->Lock(this->dfb_surface, DSLF_WRITE, &planes->ptr, &planes->pitch) != DFB_OK) {
                        planes->ptr = NULL;
                        planes->pitch = 0;
                    }
                }
            }
#endif
        }
        else {
            if (flags && planes) {
                // get the access to the surface buffer
                memset(planes, 0, sizeof(MMSFBSurfacePlanes));
                MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
                if (flags == MMSFB_LOCK_READ) {
                    *planes = sb->buffers[sb->currbuffer_read];
                }
                else
                if (flags == MMSFB_LOCK_WRITE) {
                    *planes = sb->buffers[sb->currbuffer_write];
                }
            }
        }
        return;
    }

    // which surface is to lock?
    MMSFBSurface *tolock = this;
    if (this->root_parent)
        tolock = this->root_parent;
    else
    if (this->parent)
        tolock = this->parent;

    if (tolock->Lock.trylock() == 0) {
        // I have got the lock the first time
        tolock->TID = pthread_self();
        tolock->Lock_cnt = 1;
    }
    else {
        if ((tolock->TID == pthread_self())&&(tolock->Lock_cnt > 0)) {
            // I am the thread which has already locked this surface
            tolock->Lock_cnt++;
        }
        else {
            // another thread has already locked this surface, waiting for...
#ifdef DEBUG_LOCK_OUTPUT
            printf("surface try lock - (%lu), cnt: %d surf: %p\n", (pid_t) syscall (SYS_gettid), tolock->Lock_cnt, tolock);
#endif
            tolock->Lock.lock();
            tolock->TID = pthread_self();
            tolock->Lock_cnt = 1;
        }
    }

    if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
        if (flags && planes) {
            // get the access to the surface buffer
            memset(planes, 0, sizeof(MMSFBSurfacePlanes));
            if (flags == MMSFB_LOCK_READ) {
                if (!tolock->surface_read_locked) {
                    if (this->dfb_surface->Lock(this->dfb_surface, DSLF_READ, &planes->ptr, &planes->pitch) != DFB_OK) {
                        planes->ptr = NULL;
                        planes->pitch = 0;
                    }
                    else {
                        tolock->surface_read_locked = true;
                        tolock->surface_read_lock_cnt = tolock->Lock_cnt;
                    }
                }
            }
            else
            if (flags == MMSFB_LOCK_WRITE) {
                if (!tolock->surface_write_locked) {
                    if (this->dfb_surface->Lock(this->dfb_surface, DSLF_WRITE, &planes->ptr, &planes->pitch) != DFB_OK) {
                        planes->ptr = NULL;
                        planes->pitch = 0;
                    }
                    else {
                        tolock->surface_write_locked = true;
                        tolock->surface_write_lock_cnt = tolock->Lock_cnt;
                    }
                }
            }
        }
#endif
    }
    else {
        if (flags && planes) {
            // get the access to the surface buffer
            memset(planes, 0, sizeof(MMSFBSurfacePlanes));
            MMSFBSurfaceBuffer *sb = this->config.surface_buffer;
            if (flags == MMSFB_LOCK_READ) {
                if (!tolock->surface_read_locked) {
                    *planes = sb->buffers[sb->currbuffer_read];
                    tolock->surface_read_locked = true;
                    tolock->surface_read_lock_cnt = tolock->Lock_cnt;
                }
            }
            else
            if (flags == MMSFB_LOCK_WRITE) {
                if (!tolock->surface_write_locked) {
                    *planes = sb->buffers[sb->currbuffer_write];
                    tolock->surface_write_locked = true;
                    tolock->surface_write_lock_cnt = tolock->Lock_cnt;
                }
            }
        }
    }
}

void MMSFBSurface::lock(MMSFBLockFlags flags, void **ptr, int *pitch) {
    if (!ptr || !pitch) {
        // nothing to return
        lock(flags, NULL, true);
    }
    else {
        // get the planes an return the first one
        MMSFBSurfacePlanes planes;
        lock(flags, &planes, true);
        *ptr = planes.ptr;
        *pitch = planes.pitch;
    }
}

void MMSFBSurface::lock(MMSFBLockFlags flags, MMSFBSurfacePlanes *planes) {
    lock(flags, planes, true);
}

bool MMSFBSurface::tryToLock() {

    // which surface is to lock?
    MMSFBSurface *tolock = this;
    if (this->root_parent)
        tolock = this->root_parent;
    else
    if (this->parent)
        tolock = this->parent;

    if (tolock->Lock.trylock() == 0) {
        // I have got the lock the first time
        tolock->TID = pthread_self();
        tolock->Lock_cnt = 1;
    }
    else {
        if ((tolock->TID == pthread_self())&&(tolock->Lock_cnt > 0)) {
            // I am the thread which has already locked this surface
            tolock->Lock_cnt++;
        }
        else {
            // another thread has already locked this surface, waiting for...
#ifdef DEBUG_LOCK_OUTPUT
            printf("surface locked from other thread - (%lu), cnt: %d surf: %p\n", (pid_t) syscall (SYS_gettid), tolock->Lock_cnt, tolock);
#endif
            return false;
//          tolock->Lock.lock();
//          tolock->TID = pthread_self();
//          tolock->Lock_cnt = 1;
        }
    }

    return true;
}

void MMSFBSurface::unlock(bool pthread_unlock) {
    if (!pthread_unlock) {
        // no pthread unlock needed
        if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
            this->dfb_surface->Unlock(this->dfb_surface);
#endif
        }
        return;
    }

    // which surface is to lock?
    MMSFBSurface *tolock = this;
    if (this->root_parent)
        tolock = this->root_parent;
    else
    if (this->parent)
        tolock = this->parent;

    if (tolock->TID != pthread_self())
        return;

    if (tolock->Lock_cnt==0)
        return;

    // unlock dfb surface?
    if ((tolock->surface_read_locked)&&(tolock->surface_read_lock_cnt == tolock->Lock_cnt)) {
        if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
            this->dfb_surface->Unlock(this->dfb_surface);
#endif
        }
        tolock->surface_read_locked = false;
        tolock->surface_read_lock_cnt = 0;
    }
    else
    if ((tolock->surface_write_locked)&&(tolock->surface_write_lock_cnt == tolock->Lock_cnt)) {
        if (this->allocated_by == MMSFBSurfaceAllocatedBy_dfb) {
#ifdef  __HAVE_DIRECTFB__
            this->dfb_surface->Unlock(this->dfb_surface);
#endif
        }
        tolock->surface_write_locked = false;
        tolock->surface_write_lock_cnt = 0;
    }

    tolock->Lock_cnt--;

    if (tolock->Lock_cnt == 0)
        tolock->Lock.unlock();
}

void MMSFBSurface::unlock() {
    unlock(true);
}

unsigned int MMSFBSurface::getNumberOfSubSurfaces() {
    return this->children.size();
}

MMSFBSurface *MMSFBSurface::getSubSurface(MMSFBRectangle *rect) {
#ifdef  __HAVE_DIRECTFB__
    IDirectFBSurface *subsuf = NULL;
#endif
    MMSFBSurface    *surface;

    // check if initialized
    INITCHECK;

    // finalize previous clear
    finClear();

#ifdef USE_DFB_SUBSURFACE
    // get a sub surface
    DFBResult dfbres;
    if ((dfbres=this->dfb_surface->GetSubSurface(this->dfb_surface, rect, &subsuf)) != DFB_OK) {
        MMSFB_SetError(dfbres, "IDirectFBSurface::GetSubSurface() failed");
        return false;
    }

    // create a new surface instance
    surface = new MMSFBSurface(subsuf, this, rect);
#else
    // create a new surface instance
    surface = new MMSFBSurface(this, rect);
#endif

    if (!surface) {
#ifdef USE_DFB_SUBSURFACE
        if (subsuf)
            subsuf->Release(subsuf);
#endif
        MMSFB_SetError(0, "cannot create new instance of MMSFBSurface");
        return NULL;
    }

    // add to my list
    this->children.push_back(surface);

    return surface;
}

bool MMSFBSurface::setSubSurface(MMSFBRectangle *rect) {

    // check if initialized
    INITCHECK;

    // finalize previous clear
    finClear();

    // only sub surfaces can be moved
    if (!this->is_sub_surface)
        return false;

//    lock();

    if (memcmp(rect, &(this->sub_surface_rect), sizeof(this->sub_surface_rect)) == 0) {
        /* nothing changed */
//      unlock();
        return false;
    }

#ifdef USE_DFB_SUBSURFACE
    /* because dfb has no IDirectFBSurface::setSubSurface(), allocate a new and release the old one */
    DFBResult dfbres;
    IDirectFBSurface *subsuf = NULL;
    if ((dfbres=this->parent->dfb_surface->GetSubSurface(this->parent->dfb_surface, rect, &subsuf)) != DFB_OK) {
        MMSFB_SetError(dfbres, "IDirectFBSurface::GetSubSurface() failed");
//        unlock();
        return false;
    }

    if (this->dfb_surface)
        this->dfb_surface->Release(this->dfb_surface);

    this->dfb_surface = subsuf;

#endif

    this->sub_surface_rect = *rect;

#ifndef USE_DFB_SUBSURFACE

    getRealSubSurfacePos(NULL, true);

#endif

//    unlock();

    return true;
}

bool MMSFBSurface::setSubSurface(MMSFBRegion *region) {
    MMSFBRectangle rect;

    if (!region)
        return false;

    rect.x = region->x1;
    rect.y = region->y1;
    rect.w = region->x2 - region->x1 + 1;
    rect.h = region->y2 - region->y1 + 1;

    return setSubSurface(&rect);
}

bool MMSFBSurface::moveTo(int x, int y) {
    MMSFBRectangle rect;

    rect = this->sub_surface_rect;
    rect.x = x;
    rect.y = y;

    return setSubSurface(&rect);
}

bool MMSFBSurface::move(int x, int y) {
    MMSFBRectangle rect;

    rect = this->sub_surface_rect;
    rect.x += x;
    rect.y += y;

    return setSubSurface(&rect);
}


bool MMSFBSurface::dump2fcb(bool (*fcb)(char *, int, void *, int *), void *argp, int *argi,
                           int x, int y, int w, int h, MMSFBSurfaceDumpMode dumpmode) {
#define D2FCB_ADDSTR1(f) {int l=sprintf(ob,f);if(!fcb(ob,l,argp,argi)){this->unlock();return false;}}
#define D2FCB_ADDSTR2(f,v) {int l=sprintf(ob,f,v);if(!fcb(ob,l,argp,argi)){this->unlock();return false;}}
    // check inputs
    if (!fcb)
        return false;
    if ((x < 0)||(y < 0)||(w < 0)||(h < 0))
        return false;
    if (w == 0)
        w = this->config.w - x;
    if (h == 0)
        h = this->config.h - y;
    if ((x + w > this->config.w)||(y + h > this->config.h))
        return false;

    // finalize previous clear
    finClear();

    // set buffer
    char ob[65536];

    // get access to the surface memory
    unsigned char   *sbuf;
    int             pitch;
    this->lock(MMSFB_LOCK_READ, (void**)&sbuf, &pitch);
    if (!sbuf)
        return false;

    // print format
    sprintf(ob, "* %s: x=%d, y=%d, w=%d, h=%d",
                getMMSFBPixelFormatString(this->config.surface_buffer->pixelformat).c_str(),
                x, y, w, h);
    fcb(ob, strlen(ob), argp, argi);

    bool dumpok = false;
    if (dumpmode == MMSFBSURFACE_DUMPMODE_BYTE) {
        // dump byte-by-byte
        switch (this->config.surface_buffer->pixelformat) {
        case MMSFB_PF_I420:
        case MMSFB_PF_YV12:
        case MMSFB_PF_NV12:
        case MMSFB_PF_NV16:
        case MMSFB_PF_NV21:
        case MMSFB_PF_ARGB3565:
            // do not dump plane formats here
            break;
        default: {
                // all other formats
                MMSFBPixelDef pixeldef;
                getBitsPerPixel(this->config.surface_buffer->pixelformat, &pixeldef);
                int bits_pp = pixeldef.bits;
                int bytes_pp = bits_pp / 8;
                unsigned char *buf = sbuf + x * bytes_pp + y * pitch;
                D2FCB_ADDSTR1("\n* byte-by-byte ****************************************************************");
                for (int j = 0; j < h-y; j++) {
                    int i = j * pitch;
                    D2FCB_ADDSTR2("\n%02x", buf[i++]);
                    while (i < (w-x) * bytes_pp + j * pitch) {
                        D2FCB_ADDSTR2(",%02x", buf[i]);
                        i++;
                    }
                }
                dumpok = true;
            }
            break;
        }
    }

    if (!dumpok) {
        // dump pixels
        switch (this->config.surface_buffer->pixelformat) {
        case MMSFB_PF_ARGB:
        case MMSFB_PF_RGB32: {
                int pitch_pix = pitch >> 2;
                unsigned int *buf = (unsigned int*)sbuf + x + y * pitch_pix;
                switch (this->config.surface_buffer->pixelformat) {
                case MMSFB_PF_ARGB:
                    D2FCB_ADDSTR1("\n* aarrggbb hex (4-byte integer) ***********************************************");
                    break;
                case MMSFB_PF_RGB32:
                    D2FCB_ADDSTR1("\n* --rrggbb hex (4-byte integer) ***********************************************");
                    break;
                default:
                    break;
                }
                for (int j = 0; j < h-y; j++) {
                    int i = j * pitch_pix;
                    D2FCB_ADDSTR2("\n%08x", (int)buf[i++]);
                    while (i < (w-x) + j * pitch_pix) {
                        D2FCB_ADDSTR2(",%08x", (int)buf[i]);
                        i++;
                    }
                }
                D2FCB_ADDSTR1("\n*******************************************************************************");
            }
            break;
        case MMSFB_PF_BGR24: {
                D2FCB_ADDSTR1("\n* bbggrr hex (3-byte) *********************************************************");
                D2FCB_ADDSTR1("\nn/a");
                D2FCB_ADDSTR1("\n*******************************************************************************");
            }
            break;
        case MMSFB_PF_RGB16:
        case MMSFB_PF_BGR555: {
                int pitch_pix = pitch >> 1;
                unsigned short int *buf = (unsigned short int*)sbuf + x + y * pitch_pix;
                switch (this->config.surface_buffer->pixelformat) {
                case MMSFB_PF_RGB16:
                    D2FCB_ADDSTR1("\n* rrrrrggggggbbbbb bin (2-byte integer) ***************************************");
                    break;
                case MMSFB_PF_BGR555:
                    D2FCB_ADDSTR1("\n* 0bbbbbgggggrrrrr bin (2-byte integer) ***************************************");
                    break;
                default:
                    break;
                }
                for (int j = 0; j < h-y; j++) {
                    int i = j * pitch_pix;
                    D2FCB_ADDSTR2("\n%04x", buf[i++]);
                    while (i < (w-x) + j * pitch_pix) {
                        D2FCB_ADDSTR2(",%04x", buf[i]);
                        i++;
                    }
                }
                D2FCB_ADDSTR1("\n*******************************************************************************");
            }
            break;
        case MMSFB_PF_I420:
        case MMSFB_PF_YV12: {
                int pitch_pix = pitch;
                unsigned char *buf_y;
                unsigned char *buf_u = sbuf + pitch_pix * this->config.h + (x >> 1) + (y >> 1) * (pitch_pix >> 1);
                unsigned char *buf_v = sbuf + pitch_pix * (this->config.h + (this->config.h >> 2)) + (x >> 1) + (y >> 1) * (pitch_pix >> 1);
                if (this->config.surface_buffer->pixelformat == MMSFB_PF_YV12) {
                    buf_y = buf_u;
                    buf_u = buf_v;
                    buf_v = buf_y;
                }
                buf_y = sbuf + x + y * pitch_pix;
                D2FCB_ADDSTR1("\n* Y plane *********************************************************************");
                for (int j = 0; j < h-y; j++) {
                    int i = j * pitch_pix;
                    D2FCB_ADDSTR2("\n%02x", buf_y[i++]);
                    while (i < (w-x) + j * pitch_pix) {
                        D2FCB_ADDSTR2(",%02x", buf_y[i]);
                        i++;
                    }
                }
                D2FCB_ADDSTR1("\n* U plane *********************************************************************");
                x = x >> 1;
                y = y >> 1;
                w = w >> 1;
                h = h >> 1;
                for (int j = 0; j < h-y; j++) {
                    int i = j * (pitch_pix >> 1);
                    D2FCB_ADDSTR2("\n%02x", buf_u[i++]);
                    while (i < (w-x) + j * (pitch_pix >> 1)) {
                        D2FCB_ADDSTR2(",%02x", buf_u[i]);
                        i++;
                    }
                }
                D2FCB_ADDSTR1("\n* V plane *********************************************************************");
                for (int j = 0; j < h-y; j++) {
                    int i = j * (pitch_pix >> 1);
                    D2FCB_ADDSTR2("\n%02x", buf_v[i++]);
                    while (i < (w-x) + j * (pitch_pix >> 1)) {
                        D2FCB_ADDSTR2(",%02x", buf_v[i]);
                        i++;
                    }
                }
                D2FCB_ADDSTR1("\n*******************************************************************************");
            }
            break;
        default:
            // no dump routine for this pixelformat
            this->unlock();
            return false;
        }
    }

    // finalize
    this->unlock();
    D2FCB_ADDSTR1("\n");
    return true;
}

bool dump2buffer_fcb(char *buf, int len, void *argp, int *argi) {
    if (len >= *argi) return false;
    char *ap = *((char**)argp);
    memcpy(ap, buf, len);
    ap+= len;
    *((void**)argp) = ap;
    *argi = *argi - len;
    return true;
}

int MMSFBSurface::dump2buffer(char *out_buffer, int out_buffer_len, int x, int y, int w, int h,
                              MMSFBSurfaceDumpMode dumpmode) {
    int obl = out_buffer_len;
    if (dump2fcb(dump2buffer_fcb, (void*)(&out_buffer), &obl, x, y, w, h, dumpmode)) {
        out_buffer[out_buffer_len - obl] = 0;
        return out_buffer_len - obl;
    }
    return 0;
}

bool dump2file_fcb(char *buf, int len, void *argp, int *argi) {
    size_t ritems;
    ((MMSFile *)argp)->writeBuffer(buf, &ritems, 1, len);
    return true;
}

bool MMSFBSurface::dump2file(string filename, int x, int y, int w, int h,
                             MMSFBSurfaceDumpMode dumpmode) {
    MMSFile *mmsfile = new MMSFile(filename, MMSFM_WRITE);
    if (mmsfile) {
        if (dump2fcb(dump2file_fcb, mmsfile, NULL, x, y, w, h, dumpmode)) {
            delete mmsfile;
            return true;
        }
        delete mmsfile;
    }
    return false;
}

bool MMSFBSurface::dump2file(string filename, MMSFBSurfaceDumpMode dumpmode) {
    return dump2file(filename, 0, 0, 0, 0, dumpmode);
}

bool dump_fcb(char *buf, int len, void *argp, int *argi) {
    buf[len] = 0;
    printf("%s", buf);
    return true;
}

bool MMSFBSurface::dump(int x, int y, int w, int h,
                        MMSFBSurfaceDumpMode dumpmode) {
    if (dump2fcb(dump_fcb, NULL, NULL, x, y, w, h, dumpmode)) {
        printf("\n");
        return true;
    }
    return false;
}

bool MMSFBSurface::dump(MMSFBSurfaceDumpMode dumpmode) {
    return dump(0, 0, 0, 0, dumpmode);
}

bool mmsfb_create_cached_surface(MMSFBSurface **cs, int width, int height,
                                 MMSFBSurfacePixelFormat pixelformat) {
    if (!cs) return false;

    // check the properties of the existing surface
    if (*cs) {
        // check if old surface has the same dimension
        int w, h;
        (*cs)->getSize(&w, &h);
        if ((w != width) || (h != height)) {
            delete *cs;
            *cs = NULL;
        }
    }

    if (*cs) {
        // check if old surface has the same pixelformat
        MMSFBSurfacePixelFormat pf;
        (*cs)->getPixelFormat(&pf);
        if (pf != pixelformat) {
            delete *cs;
            *cs = NULL;
        }
    }

    if (!*cs) {
        // create new surface
        *cs = new MMSFBSurface(width, height, pixelformat);
    }

    return (*cs);
}





bool MMSFBSurface::blitARGBtoARGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoARGB_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoARGB_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_argb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}


bool MMSFBSurface::blitARGBtoAiRGB_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_airgb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}


bool MMSFBSurface::blitARGBtoRGB32(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoRGB32_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoRGB32_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_argb_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoRGB32_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_coloralpha_argb_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoRGB16(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb_to_rgb16(src_planes, src_height,
                                     sx, sy, sw, sh,
                                     (unsigned short int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                     x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoRGB16_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_rgb16(src_planes, src_height,
                                           sx, sy, sw, sh,
                                           &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                           x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoARGB3565(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_ARGB3565__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb_to_argb3565(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoARGB3565_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_ARGB3565__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_argb3565(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}


bool MMSFBSurface::blitARGBtoYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned char *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoYV12_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned char *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoYV12_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_argb_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned char *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoRGB24(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb_to_rgb24(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoRGB24_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_rgb24(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoBGR24_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_BGR24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_bgr24(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoBGR24_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_BGR24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_argb_to_bgr24(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGBtoBGR555_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_BGR555__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb_to_bgr555(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitRGB32toRGB32(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb32_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitRGB32toARGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb32_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitRGB32toRGB32_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_coloralpha_rgb32_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitRGB16toRGB16(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb16_to_rgb16(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitRGB16toARGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB16__
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb16_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitRGB16toRGB32(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB16__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb16_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAiRGBtoAiRGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_airgb_to_airgb(src_planes, src_height,
                                      sx, sy, sw, sh,
                                      &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                      x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitAiRGBtoAiRGB_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_airgb_to_airgb(src_planes, src_height,
                                            sx, sy, sw, sh,
                                            (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                            x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitAiRGBtoAiRGB_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_airgb_to_airgb(src_planes, src_height,
                                                       sx, sy, sw, sh,
                                                       (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                                       x, y,
                                                       this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitAiRGBtoARGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_airgb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAiRGBtoARGB_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_airgb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAiRGBtoRGB16(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AiRGB__
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_airgb_to_rgb16(src_planes, src_height,
                                      sx, sy, sw, sh,
                                      (unsigned short int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                      x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAiRGBtoRGB16_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AiRGB__
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_airgb_to_rgb16(src_planes, src_height,
                                            sx, sy, sw, sh,
                                            (unsigned short int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                            x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAYUVtoAYUV(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_ayuv_to_ayuv(src_planes, src_height,
                                    sx, sy, sw, sh,
                                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitAYUVtoAYUV_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_ayuv_to_ayuv(src_planes, src_height,
                                          sx, sy, sw, sh,
                                          (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                          x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitAYUVtoAYUV_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_ayuv_to_ayuv(src_planes, src_height,
                                                     sx, sy, sw, sh,
                                                     (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                                     x, y,
                                                     this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitAYUVtoRGB16(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AYUV__
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_ayuv_to_rgb16(src_planes, src_height,
                                     sx, sy, sw, sh,
                                     (unsigned short int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                     x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAYUVtoRGB16_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AYUV__
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_ayuv_to_rgb16(src_planes, src_height,
                                           sx, sy, sw, sh,
                                           (unsigned short int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                           x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAYUVtoYV12_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AYUV__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_ayuv_to_yv12(src_planes, src_height,
                                          sx, sy, sw, sh,
                                          (unsigned char *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                          x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitAYUVtoYV12_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_AYUV__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_ayuv_to_yv12(src_planes, src_height,
                                                     sx, sy, sw, sh,
                                                     (unsigned char *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                                     x, y,
                                                     this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitYV12toYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_yv12_to_yv12(src_planes, src_height,
                                    sx, sy, sw, sh,
                                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitYV12toRGB32(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_YV12__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_yv12_to_rgb32(src_planes, src_height,
                                     sx, sy, sw, sh,
                                     (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                     x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitI420toI420(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_I420__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_i420_to_i420(src_planes, src_height,
                                    sx, sy, sw, sh,
                                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitI420toYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_I420__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_i420_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitYUY2toYUY2(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_YUY2__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_yuy2_to_yuy2(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitYUY2toYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_YUY2__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_yuy2_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitRGB24toRGB24(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb24_to_rgb24(src_planes, src_height,
                                      sx, sy, sw, sh,
                                      &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                      x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitRGB24toARGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB24__
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb24_to_argb(src_planes, src_height,
                                    sx, sy, sw, sh,
                                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitRGB24toRGB32(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB24__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb24_to_rgb32(src_planes, src_height,
                                      sx, sy, sw, sh,
                                      &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                      x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitRGB24toYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_RGB24__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_rgb24_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned char *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitBGR24toBGR24(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_BGR24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_bgr24_to_bgr24(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitBGR24toBGR24_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_BGR24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_coloralpha_bgr24_to_bgr24(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitARGB3565toARGB3565(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB3565__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb3565_to_argb3565(src_planes, src_height,
                                            sx, sy, sw, sh,
                                            &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                                            x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitARGB4444toARGB4444(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB4444__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_argb4444_to_argb4444(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitARGB4444toARGB4444_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB4444__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb4444_to_argb4444(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitARGB4444toARGB4444_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB4444__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_argb4444_to_argb4444(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::blitARGB4444toRGB32_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB4444__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_argb4444_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitARGB4444toRGB32_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_ARGB4444__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_blend_coloralpha_argb4444_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::blitBGR555toBGR555(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int x, int y) {
#ifdef __HAVE_PF_BGR555__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        MMSFBPERF_START_MEASURING;
            mmsfb_blit_bgr555_to_bgr555(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    x, y);
        MMSFBPERF_STOP_MEASURING_BLIT(this, src_pixelformat, sw, sh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, x, y, sw, sh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}



bool MMSFBSurface::stretchBlitARGBtoARGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_argb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}


bool MMSFBSurface::stretchBlitARGBtoARGB_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_argb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitARGBtoARGB_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_coloralpha_argb_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitARGBtoRGB32_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_ARGB__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_argb_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::stretchBlitRGB32toRGB32(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_rgb32_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitRGB24toARGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_RGB24__
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_rgb24_to_argb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::stretchBlitRGB24toRGB32(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_RGB24__
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_rgb24_to_rgb32(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif
#endif

    return false;
}


bool MMSFBSurface::stretchBlitAiRGBtoAiRGB(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_airgb_to_airgb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitAiRGBtoAiRGB_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_airgb_to_airgb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitAiRGBtoAiRGB_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_AiRGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_coloralpha_airgb_to_airgb(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitAYUVtoAYUV(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_ayuv_to_ayuv(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitAYUVtoAYUV_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_ayuv_to_ayuv(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitAYUVtoAYUV_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_coloralpha_ayuv_to_ayuv(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    (unsigned int *)dst_planes.ptr, dst_planes.pitch, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitYV12toYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_yv12_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitI420toYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_I420__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_i420_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}

bool MMSFBSurface::stretchBlitYUY2toYV12(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_YUY2__
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_yuy2_to_yv12(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);
        return true;
    }
#endif
#endif

    return false;
}


bool MMSFBSurface::stretchBlitARGB4444toARGB4444_BLEND(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_ARGB4444__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_argb4444_to_argb4444(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}


bool MMSFBSurface::stretchBlitARGB4444toARGB4444_BLEND_COLORALPHA(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_ARGB4444__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_blend_coloralpha_argb4444_to_argb4444(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    this->config.color.a);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::stretchBlitRGB16toRGB16(MMSFBSurface *source, MMSFBSurfacePlanes *src_planes, MMSFBSurfacePixelFormat src_pixelformat,
                                    int src_width, int src_height, int sx, int sy, int sw, int sh,
                                    int dx, int dy, int dw, int dh,
                                    bool antialiasing) {
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(source, src_planes, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_stretchblit_rgb16_to_rgb16(
                    src_planes, src_height,
                    sx, sy, sw, sh,
                    &dst_planes, (!this->root_parent)?this->config.h:this->root_parent->config.h,
                    dx, dy, dw, dh,
                    antialiasing);
        MMSFBPERF_STOP_MEASURING_STRETCHBLIT(this, src_pixelformat, sw, sh, dw, dh);
        MMSFB_ROTATE_180_RECT_WH(src_width, src_height, sx, sy, sw, sh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(source, this);

        return true;
    }
#endif

    return false;
}


bool MMSFBSurface::fillRectangleARGB(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_argb(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this, &dst_planes);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleARGB_BLEND(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_ARGB__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_blend_argb(&dst_planes, dst_height,
                                           dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this, &dst_planes);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleAYUV(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_ayuv(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleAYUV_BLEND(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_AYUV__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_blend_ayuv(&dst_planes, dst_height,
                                           dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleRGB32(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_RGB32__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_rgb32(&dst_planes, dst_height,
                                      dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleRGB24(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_RGB24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_rgb24(&dst_planes, dst_height,
                                      dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleRGB16(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_rgb16(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this, &dst_planes);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleRGB16_BLEND(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_RGB16__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_blend_rgb16(&dst_planes, dst_height,
                                           dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this, &dst_planes);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleYV12(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_YV12__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_yv12(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleI420(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_I420__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_i420(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleYUY2(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_YUY2__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_yuy2(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleARGB3565(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_ARGB3565__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_argb3565(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleARGB4444(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_ARGB4444__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_argb4444(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleARGB4444_BLEND(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_ARGB4444__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_blend_argb4444(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleBGR24(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_BGR24__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_bgr24(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

bool MMSFBSurface::fillRectangleBGR555(int dst_height, int dx, int dy, int dw, int dh, MMSFBColor &color) {
#ifdef __HAVE_PF_BGR555__
    MMSFBSurfacePlanes dst_planes;

    if (extendedLock(NULL, NULL, this, &dst_planes)) {
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        MMSFBPERF_START_MEASURING;
            mmsfb_fillrectangle_bgr555(&dst_planes, dst_height,
                                     dx, dy, dw, dh, color);
        MMSFBPERF_STOP_MEASURING_FILLRECT(this, dw, dh);
        MMSFB_ROTATE_180_RECT(this, dx, dy, dw, dh);
        extendedUnlock(NULL, this);
        return true;
    }
#endif

    return false;
}

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