UINT32 osdwnd_hidewnd(PGUI_WINDOW pwnd,UINT32 param)
{//clear wnd
UINT32 i;
PGUI_VSCR pvscr;
PGUI_REGION prgn;
PGUI_OBJWND wndobj;
//TODO:windows clear code
if(gelib_get_wndmonitor()&&g_wndrects_cnt)
{
wndobj = (PGUI_OBJWND)param;
for(i = 0;i < g_wndrects_idx;i++)
{
if(MEMCMP(&(wndobj->frame),&(g_wnd_rects[i]),sizeof(GUI_RECT)) == 0)
{
MEMSET(&(g_wnd_rects[i]),0x0,sizeof(GUI_RECT));
if(g_wndrects_cnt > 0)
g_wndrects_cnt--;
}
}
if(gelib_wndrects_showoff() && g_osdwnd_onoff)
{
pvscr = OSD_GetTaskVscr(osal_task_get_current_id());
prgn = gelib_getdstrgn(pvscr->dst_layer,pvscr->dst_rgn);
ge_show_onoff((struct ge_device *)gui_dev,(ge_surface_desc_t *)prgn->hsurf,0);
if(gelib_getdual_support())
{
prgn = gelib_getdstrgn(GUI_SLVGMA_SURF,0);
ge_show_onoff_deo((struct ge_device *)gui_dev,(ge_surface_desc_t *)prgn->hsurf,0);
}
g_osdwnd_onoff = 0;
}
}
else if((g_wndrects_cnt == 0)&&(g_wnd_monitors == 1))
{
if(gelib_wndrects_showoff() && g_osdwnd_onoff)
{
pvscr = OSD_GetTaskVscr(osal_task_get_current_id());
prgn = gelib_getdstrgn(pvscr->dst_layer,pvscr->dst_rgn);
ge_show_onoff((struct ge_device *)gui_dev,(ge_surface_desc_t *)prgn->hsurf,0);
g_osdwnd_onoff = 0;
}
}
return 0;
}
UINT32 osdwnd_showwnd(PGUI_WINDOW pwnd,UINT32 param)
{
UINT32 i,bfind;
PGUI_REGION prgn;
PGUI_VSCR pvscr;
PGUI_OBJWND wndobj;
i = 0;
if(gelib_get_wndmonitor())
{
bfind = 0;
wndobj = (PGUI_OBJWND)param;
if(g_wndrects_cnt>0)
{
for(i=0;i<g_wndrects_idx;i++)
{
if(MEMCMP(&(wndobj->frame),&(g_wnd_rects[i]),sizeof(GUI_RECT)) == 0)
{
bfind = 1;
break;
}
}
}
if((gelib_wndrects_valid())&&( bfind==0))
{
MEMCPY(&(g_wnd_rects[g_wndrects_idx]),&(wndobj->frame),sizeof(GUI_RECT));
g_wndrects_idx++;
g_wndrects_cnt++;
}
if(gelib_wndrects_full())
{//wndrects is not enough
gelib_disable_wnd_monitors(1);
}
else if(gelib_wndrects_valid()==0)
{
osdwnd_reclaim_rects();
}
if(gelib_wndrects_showon() && (g_osdwnd_onoff == 0))
{
pvscr = OSD_GetTaskVscr(osal_task_get_current_id());
prgn = gelib_getdstrgn(pvscr->dst_layer,pvscr->dst_rgn);
ge_show_onoff((struct ge_device *)gui_dev,(ge_surface_desc_t *)prgn->hsurf,1);
if(gelib_getdual_support())
{
prgn = gelib_getdstrgn(GUI_SLVGMA_SURF,0);
ge_show_onoff_deo((struct ge_device *)gui_dev,(ge_surface_desc_t *)prgn->hsurf,1);
}
g_osdwnd_onoff = 1;
}
}
return i;
}
UINT32 gelib_disable_wnd_monitors(UINT32 onoff)
{
PGUI_VSCR pvscr;
PGUI_REGION prgn;
g_wnd_monitors = 0;
g_wndrects_idx = 0;
g_wndrects_cnt = 0;
g_osdwnd_onoff = 1;
MEMSET(g_wnd_rects,0x0,sizeof(g_wnd_rects));
pvscr = OSD_GetTaskVscr(osal_task_get_current_id());
prgn = gelib_getdstrgn(pvscr->dst_layer,pvscr->dst_rgn);
ge_show_onoff((struct ge_device *)gui_dev,(ge_surface_desc_t *)prgn->hsurf,onoff);
if(gelib_getdual_support())
{
prgn = gelib_getdstrgn(GUI_SLVGMA_SURF,0);
ge_show_onoff_deo((struct ge_device *)gui_dev,(ge_surface_desc_t *)prgn->hsurf,1);
}
return 0;
}
static PSD ALI_OSD_openGE(PSD psd)
{
ge_region_t region_para;
ge_rect_t dst_rect;
INT32 pitch = 0;
ge_anti_flick_t af;
psd->xres = psd->xvirtres = ALI_SCREEN_WIDTH;
psd->yres = psd->yvirtres = ALI_SCREEN_HEIGHT;
psd->bpp = 8;
psd->ncolors = 1<<8;
psd->linelen = (psd->xres * psd->bpp) >> 3;
psd->size = psd->yres * psd->linelen;
//psd->gr_mode = 15;
psd->planes = 1;
psd->pixtype = 0;
psd->flags = PSF_SCREEN;
//ge open
ge_dev = (struct ge_device*)dev_get_by_id(HLD_DEV_TYPE_GE, 0);
if (SUCCESS != ge_open(ge_dev))
{
printf("%s() ge_open failed\n", __FUNCTION__);
return (PSD)(- 1);
}
gfx_dst = NULL;
memset((UINT8 *)&gfx_src, 0, sizeof(ge_surface_desc_t));
pitch = ALI_SCREEN_WIDTH;
region_para.pixel_fmt = GE_PF_CLUT8;
gfx_src.width = ALI_SCREEN_WIDTH;
gfx_src.height = ALI_SCREEN_HEIGHT;
gfx_src.pitch = pitch;
gfx_src.endian = GE_PIXEL_LITTLE_ENDIAN;
gfx_src.alpha_range = GE_LARGE_ALPHA;
gfx_dst = ge_create_surface(ge_dev, &gfx_src, 0, GMA_HW_SURFACE_1);
if(NULL==gfx_dst)
{
printf("%s() ge_create_surface fail!\n", __FUNCTION__);
return (PSD)(- 1);
}
dst_rect.left = 0;
dst_rect.top = 0;
dst_rect.width = ALI_SCREEN_WIDTH;
dst_rect.height = ALI_SCREEN_HEIGHT;
region_para.glob_alpha_en = 0;
region_para.glob_alpha = 0x7f;
region_para.pallet_seg = 0;
region_para.pitch = pitch;
region_para.pixel_fmt = GE_PF_CLUT8;
region_para.dst_rect_29e.top = 0;
region_para.dst_rect_29e.left = 0;
region_para.dst_rect_29e.width = 720;
region_para.dst_rect_29e.height = 480;
if(RET_SUCCESS!=ge_create_region(ge_dev, gfx_dst, 0, &dst_rect, ®ion_para))
{
printf("%s() ge_create_region fail!\n", __FUNCTION__);
return (PSD)(- 1);
}
#if 0
memset((UINT8 *)&gfx_src, 0, sizeof(ge_surface_desc_t));
pitch = ALI_SCREEN_WIDTH;
region_para.pixel_fmt = GE_PF_CLUT8;
gfx_src.width = ALI_SCREEN_WIDTH;
gfx_src.height = ALI_SCREEN_HEIGHT;
gfx_src.pitch = pitch;
gfx_src.endian = GE_PIXEL_LITTLE_ENDIAN;
gfx_src.alpha_range = GE_LARGE_ALPHA;
gfx_bmp = ge_create_surface(ge_dev, &gfx_src, 0, GMA_MEM_SURFACE);
pitch = ALI_SCREEN_WIDTH;
region_para.pixel_fmt = GE_PF_CLUT8;
if(NULL==gfx_bmp)
{
printf("%s() ge_create_surface fail!\n", __FUNCTION__);
return - 1;
}
dst_rect.left = 0;
dst_rect.top = 0;
dst_rect.width = ALI_SCREEN_WIDTH;
dst_rect.height = ALI_SCREEN_HEIGHT;
region_para.glob_alpha_en = 0;
region_para.glob_alpha = 0x7f;
region_para.pallet_seg = 0;
region_para.pitch = pitch;
region_para.pixel_fmt = GE_PF_CLUT8;
if(RET_SUCCESS!=ge_create_region(ge_dev, gfx_bmp, 0, &dst_rect, ®ion_para))
{
printf("%s() ge_create_region fail!\n", __FUNCTION__);
return - 1;
}
#endif
memcpy((UINT8 *)&gfx_src, gfx_dst, sizeof(ge_surface_desc_t));
gfx_src.surf_id =2;
af.layer = GMA_HW_SURFACE_1;
af.valid = 1;
ge_io_ctrl(ge_dev,GE_IO_ANTI_FLICK_29E,(UINT32)&af);
ge_fill_rect(ge_dev,gfx_dst,&dst_rect,0);
ge_show_onoff(ge_dev, gfx_dst, 1);
return &scrdev;
}
/* called from keyboard/mouse/screen */
static PSD ALI_OSD_open1555(PSD psd)
{
struct OSDRect tOpenRect, osdrect;
enum OSDSys eOSDSys;
struct OSDPara tOpenPara;
enum TVSystem tvsys;
psd->xres = psd->xvirtres = ALI_SCREEN_WIDTH;
psd->yres = psd->yvirtres = ALI_SCREEN_HEIGHT;
psd->bpp = 16;
psd->ncolors = 1<<16;
psd->linelen = (psd->xres * psd->bpp) >> 3;
psd->size = psd->yres * psd->linelen;
psd->gr_mode = 15;
psd->planes = 1;
psd->pixtype = 0;
psd->flags = PSF_SCREEN;
ge_region_t region_para;
ge_rect_t dst_rect;
INT32 pitch = 0;
ge_anti_flick_t af;
//ge open
ge_dev = (struct ge_device*)dev_get_by_id(HLD_DEV_TYPE_GE, 0);
if (SUCCESS != ge_open(ge_dev))
{
printf("%s() ge_open failed\n", __FUNCTION__);
return (PSD)(- 1);
}
gfx_dst = NULL;
// gfx_buf = NULL;
memset((UINT8 *)&gfx_src, 0, sizeof(ge_surface_desc_t));
//if (sys_ic_get_rev_id() >= IC_REV_2)
{
pitch = ALI_SCREEN_WIDTH<<1;
region_para.pixel_fmt = GE_PF_ARGB1555;
}
//else
{
// pitch = 4*ALI_SCREEN_WIDTH;
// region_para.pixel_fmt = GE_PF_AYCBCR8888;
}
gfx_src.width = ALI_SCREEN_WIDTH;
gfx_src.height = ALI_SCREEN_HEIGHT;
gfx_src.pitch = pitch;
gfx_src.endian = GE_PIXEL_LITTLE_ENDIAN;
gfx_src.alpha_range = GE_LARGE_ALPHA;
/*A surface is a real display layer in HW*/
gfx_dst = ge_create_surface(ge_dev, &gfx_src, 0, GMA_HW_SURFACE_1);
if(NULL==gfx_dst)
{
printf("%s() ge_create_surface fail!\n", __FUNCTION__);
return (PSD)(- 1);
}
dst_rect.left = 0;
dst_rect.top = 0;
dst_rect.width = ALI_SCREEN_WIDTH;
dst_rect.height = ALI_SCREEN_HEIGHT;
region_para.glob_alpha_en = 0;
region_para.glob_alpha = 0x7f;
region_para.pallet_seg = 0;
region_para.pitch = pitch;
if(RET_SUCCESS!=ge_create_region(ge_dev, gfx_dst, 0, &dst_rect, ®ion_para))
{
printf("%s() ge_create_region fail!\n", __FUNCTION__);
return (PSD)(- 1);
}
// if (sys_ic_get_rev_id() >= IC_REV_2)
{
//enable the anti-flick
af.layer = GMA_HW_SURFACE_1;
af.valid = 1;
ge_io_ctrl(ge_dev,GE_IO_ANTI_FLICK_29E,(UINT32)&af);
ge_fill_rect(ge_dev,gfx_dst,&dst_rect,0);
}
// else
{
/*Fill the rectangle of this region with defined color. the color data sequence is A-Cr-Y-Cb from high to low when 32bits*/
//s ge_fill_rect(ge_dev,gfx_dst,&dst_rect,0x801080);
}
//libc_memcpy((UINT8 *)&gfx_src, gfx_dst, sizeof(ge_surface_desc_t));
//gfx_src.surf_id = 2;//GMA_MEM_SURFACE
ge_show_onoff(ge_dev, gfx_dst, 1);
return &scrdev;
}
