void CDVDDemuxSMD::Stop()
{
if(!m_bStarted)
return;
CLog::Log(LOGINFO, "CDVDDemuxSMD::Stop");
SetSpeed(DVD_PLAYSPEED_PAUSE);
if(m_nAudioPID != -1)
RemovePidFilter(m_nAudioPID);
if(m_nVideoPID != -1)
RemovePidFilter(m_nVideoPID);
const std::vector<DvbTunerPtr>& tuners = DVBManager::GetInstance().GetTuners();
if (tuners[0]->GetTunerType() == DvbTuner::TUNER_TYPE_DVBT)
RemovePidFilter(EIT_PID);
m_nAudioPID = -1;
m_nVideoPID = -1;
CDemuxStreamVideo* st = (CDemuxStreamVideo *)m_streams[VIDEO_STREAM];
st->iWidth = 0;
st->iHeight = 0;
SetState(DEMUX_STATE_IDLE);
m_bFirstFrame = false;
m_bStarted = false;
m_lastPatStopWatch.Reset();
gdl_flip(GDL_VIDEO_PLANE, GDL_SURFACE_INVALID, GDL_FLIP_ASYNC);
}
static void IntelCE_SetCursor(void *pvCursor)
{
stCursor* cursor = (stCursor*)pvCursor;
// Copy the cursor onto the plane
for (int currentRow = 0; currentRow < GDL_CURSOR_HEIGHT; currentRow++) {
memcpy(cursorPlaneBuffer+(currentRow*cursorPlanePitch),
cursor->pData+(currentRow*GDL_CURSOR_WIDTH),
GDL_CURSOR_WIDTH);
}
gdl_flip(GDL_PLANE_ID_IAP_B,destination_surface_info.id, GDL_FLIP_ASYNC);
}
// Initializes a plane for the graphics to be rendered to
static gdl_ret_t setup_plane(gdl_plane_id_t plane)
{
gdl_pixel_format_t pixelFormat = GDL_PF_ARGB_8;
gdl_color_space_t colorSpace = GDL_COLOR_SPACE_RGB;
gdl_color_t gdl_color;
gdl_palette_t pal;
gdl_rectangle_t srcRect;
gdl_rectangle_t dstRect;
gdl_ret_t rc = GDL_SUCCESS;
dstRect.origin.x = 0;
dstRect.origin.y = 0;
dstRect.width = GDL_CURSOR_WIDTH;
dstRect.height = GDL_CURSOR_HEIGHT;
srcRect.origin.x = 0;
srcRect.origin.y = 0;
srcRect.width = GDL_CURSOR_WIDTH;
srcRect.height = GDL_CURSOR_HEIGHT;
rc = gdl_plane_reset(plane);
if (GDL_SUCCESS == rc)
{
rc = gdl_plane_config_begin(plane);
}
if (GDL_SUCCESS == rc)
{
rc = gdl_plane_set_attr(GDL_PLANE_SRC_COLOR_SPACE, &colorSpace);
}
if (GDL_SUCCESS == rc)
{
rc = gdl_plane_set_attr(GDL_PLANE_PIXEL_FORMAT, &pixelFormat);
}
if (GDL_SUCCESS == rc)
{
rc = gdl_plane_set_attr(GDL_PLANE_DST_RECT, &dstRect);
}
if (GDL_SUCCESS == rc)
{
rc = gdl_plane_set_attr(GDL_PLANE_SRC_RECT, &srcRect);
}
if (GDL_SUCCESS == rc)
{
rc = gdl_plane_config_end(GDL_FALSE);
}
else
{
gdl_plane_config_end(GDL_TRUE);
}
if (GDL_SUCCESS != rc)
{
qCritical("GDL configuration failed! GDL error code is 0x%x\n", rc);
}
rc = gdl_alloc_surface(GDL_PF_ARGB_8,
GDL_CURSOR_WIDTH,
GDL_CURSOR_HEIGHT,
0,
&destination_surface_info);
CHECK_GDL_RC(rc, "Failed ");
// Black
pal.data[0].a = 0xff;
pal.data[0].r_y = 0x00;
pal.data[0].g_u = 0x00;
pal.data[0].b_v = 0x00;
// White
pal.data[1].a = 0xff;
pal.data[1].r_y = 0xff;
pal.data[1].g_u = 0xff;
pal.data[1].b_v = 0xff;
// Transparent background
pal.data[2].a = 0x00;
pal.data[2].r_y = 0x00;
pal.data[2].g_u = 0x00;
pal.data[2].b_v = 0x00;
pal.length = 3;
rc = gdl_set_palette(destination_surface_info.id, &pal);
CHECK_GDL_RC(rc, "Failed ");
rc = gdl_map_surface(destination_surface_info.id, &cursorPlaneBuffer, &cursorPlanePitch);
CHECK_GDL_RC(rc, "Failed ");
/* The CLUT index */
gdl_color.alpha_index = 0;
rc = gdl_clear_surface(destination_surface_info.id, &gdl_color);
CHECK_GDL_RC(rc,"Failed ");
rc = gdl_flip(plane,destination_surface_info.id, GDL_FLIP_ASYNC);
CHECK_GDL_RC(rc,"Failed ");
return rc;
}