ImageView::ImageView(const ThumbList &itemList,
int *pos, int slideShow, int sortorder)
: m_screenSize(640,480),
m_wmult(1.0f),
m_hmult(1.0f),
m_pos(*pos),
m_savedPos(pos),
m_movieState(0),
m_zoom(1.0f),
// Info variables
m_info_show(false),
m_info_show_short(false),
// Common slideshow variables
m_slideshow_running(false),
m_slideshow_sequencing(slideShow),
m_slideshow_frame_delay(2),
m_slideshow_frame_delay_state(m_slideshow_frame_delay * 1000),
m_slideshow_timer(NULL),
// Common effect state variables
m_effect_running(false),
m_effect_current_frame(0),
m_effect_method(QString::null),
m_effect_random(false),
m_loaderRunnable(NULL),
m_listener(this),
m_loaderThread(NULL),
m_slideshow_sequence(ComposeSlideshowSequence(slideShow)),
m_finishedLoading(false)
{
int xbase, ybase, screenwidth, screenheight;
GetMythUI()->GetScreenSettings(xbase, screenwidth, m_wmult,
ybase, screenheight, m_hmult);
m_screenSize = QSize(screenwidth, screenheight);
// --------------------------------------------------------------------
bool recurse = gCoreContext->GetNumSetting("GalleryRecursiveSlideshow", 0);
ThumbItem *origItem = NULL;
if (m_pos < itemList.size())
origItem = itemList.at(m_pos);
ThumbList fileList, dirList;
LoadAlbumRunnable::filterDirectories(itemList, fileList, dirList);
AddItems(fileList);
if (recurse)
{
// Load pictures from all directories on a different thread.
m_loaderRunnable = new LoadAlbumRunnable(this, dirList, sortorder,
m_slideshow_sequencing);
m_loaderThread = new MThread("LoadAlbum", m_loaderRunnable);
QObject::connect(m_loaderThread->qthread(), SIGNAL(finished()),
&m_listener, SLOT(FinishLoading()));
m_loaderThread->start();
// Wait for at least one image to be loaded.
{
QMutexLocker guard(&m_itemListLock);
while (m_itemList.empty() && !m_finishedLoading)
{
m_imagesLoaded.wait(&m_itemListLock);
}
}
}
// --------------------------------------------------------------------
// since we remove dirs item position might have changed
if (origItem)
m_pos = m_itemList.indexOf(origItem);
m_pos = (!origItem || (m_pos == -1)) ? 0 : m_pos;
m_slideshow_sequence->set(m_pos);
// --------------------------------------------------------------------
m_slideshow_frame_delay = gCoreContext->GetNumSetting("SlideshowDelay", 0);
m_slideshow_frame_delay = (!m_slideshow_frame_delay) ?
2 : m_slideshow_frame_delay;
m_slideshow_frame_delay_state = m_slideshow_frame_delay * 1000;
// --------------------------------------------------------------------
if (slideShow == 2)
{
m_slideshow_mode = QT_TR_NOOP("Random Slideshow");
}
else if (slideShow == 3)
{
m_slideshow_mode = QT_TR_NOOP("Seasonal Slideshow");
}
else
{
m_slideshow_mode = QT_TR_NOOP("Slideshow");
}
}
void PrefsLoader::LoadData(URL_ID url_id)
{
if(m_parse_blocked)
return;
if (!m_descriptor)
m_descriptor = m_serverURL->GetDescriptor(g_main_message_handler, TRUE);
if (!m_descriptor)
return;
m_parse_blocked = TRUE;
BOOL more(TRUE);
unsigned long buf_len = 0;
while (more && ((buf_len = m_descriptor->RetrieveData(more)) > 0))
{
const uni_char *data_buf =
reinterpret_cast<const uni_char *>(m_descriptor->GetBuffer());
ParseResponse(data_buf, UNICODE_DOWNSIZE(buf_len), more?TRUE:FALSE);
m_descriptor->ConsumeData(buf_len);
}
m_parse_blocked = FALSE;
if (m_serverURL->Status(TRUE) == URL_LOADED)
{
if(m_parseno == 0)
{
if (m_clean_all_update)
{
// If the clean_all attribute is used on the preferences element
// then any existing hostname override can be affected by this update.
// Since the m_hostnames string we pass to ->IsEnd() might end up in
// a "Do you want to install updated overrides for these hosts?"-type
// of dialog with APPROVE/DENY buttons, it's important that we signal
// the scope of the update correctly.
m_hostnames.Set("*");
}
// if endchecker is present, it is responsible for stopping or continuing the parser.
if(m_checker && m_checker->IsEnd(m_hostnames.CStr()))
;
else
{
// Parse one more time to retrieve the preference values
m_parseno++;
delete m_descriptor;
m_descriptor = m_serverURL->GetDescriptor(g_main_message_handler, TRUE);
if (!m_descriptor)
return;
delete m_prl_parser;
m_prl_parser = NULL;
more = TRUE;
buf_len = 0;
while (more && ((buf_len = m_descriptor->RetrieveData(more)) > 0))
{
const uni_char *data_buf =
reinterpret_cast<const uni_char *>(m_descriptor->GetBuffer());
ParseResponse(data_buf, UNICODE_DOWNSIZE(buf_len), more?TRUE:FALSE);
m_descriptor->ConsumeData(buf_len);
}
}
}
FinishLoading(url_id);
}
}
