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amarok/amarok/src/collectionbrowser.cpp

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// (c) 2004 Mark Kretschmann <markey@web.de>
// (c) 2004 Christian Muehlhaeuser <chris@chris.de>
// (c) 2005 GÁbor Lehel <illissius@gmail.com>
// (c) 2005 Alexandre Pereira de Oliveira <aleprj@gmail.com>
// (c) 2005 Christan Baumgart <christianbaumgart@web.de>
// (c) 2006 Joe Rabinoff <bobqwatson@yahoo.com>
// See COPYING file for licensing information.
#include <config.h>
#include "amarok.h"
#include "amarokconfig.h"
#include "browserbar.h"
#include "browserToolBar.h"
#include "clicklineedit.h"
#include "collectionbrowser.h"
#include "collectiondb.h"
#include "covermanager.h"
#include "debug.h"
#include "deletedialog.h"
#include "directorylist.h"
#include "editfilterdialog.h"
#include "k3bexporter.h"
#include "mediabrowser.h"
#include "metabundle.h"
#include "mountpointmanager.h"
#include "organizecollectiondialog.h"
#include "playlist.h" //insertMedia()
#include "playlistbrowser.h"
#include "starmanager.h"
#include "statusbar.h"
#include "tagdialog.h"
#include "threadmanager.h"
#include "qstringx.h"
#include <taglib/tfile.h> //TagLib::File::isWritable
#include <unistd.h> //CollectionView ctor
#include <tqapplication.h>
#include <tqcstring.h>
#include <tqdragobject.h>
#include <tqlayout.h> //infobox
#include <tqmap.h>
#include <tqpainter.h>
#include <tqpixmap.h>
#include <tqptrlist.h>
#include <tqpushbutton.h>
#include <tqsimplerichtext.h>
#include <tqtimer.h>
#include <tqtooltip.h> //TQToolTip::add()
#include <tqheader.h>
#include <tqregexp.h>
#include <tdeactioncollection.h>
#include <tdeapplication.h> //kapp
#include <tdeconfig.h>
#include <kcombobox.h>
#include <kcursor.h>
#include <kdialogbase.h>
#include <tdeglobal.h>
#include <kiconloader.h> //renderView()
#include <tdelocale.h>
#include <tdemessagebox.h>
#include <tdepopupmenu.h>
#include <tdetoolbarbutton.h> //ctor
#include <kurldrag.h> //dragObject()
#include <tdeio/job.h>
#include <kpushbutton.h>
extern "C"
{
#if TDE_VERSION < TDE_MAKE_VERSION(3,3,91)
#include <X11/Xlib.h> //ControlMask in contentsDragMoveEvent()
#endif
}
using namespace CollectionBrowserIds;
namespace Amarok { extern TDEConfig *config( const TQString& ); }
class CoverFetcher;
CollectionBrowser *CollectionBrowser::s_instance = 0;
CollectionBrowser::CollectionBrowser( const char* name )
: TQVBox( 0, name )
, m_cat1Menu( new TDEPopupMenu( this ) )
, m_cat2Menu( new TDEPopupMenu( this ) )
, m_cat3Menu( new TDEPopupMenu( this ) )
, m_timer( new TQTimer( this ) )
, m_returnPressed( false )
{
s_instance = this;
setSpacing( 4 );
m_toolbar = new Browser::ToolBar( this );
{ //<Search LineEdit>
TDEToolBarButton *button;
TDEToolBar* searchToolBar = new Browser::ToolBar( this );
button = new TDEToolBarButton( "locationbar_erase", 0, searchToolBar );
m_searchEdit = new ClickLineEdit( i18n( "Enter search terms here" ), searchToolBar );
m_searchEdit->installEventFilter( this );
KPushButton *filterButton = new KPushButton("...", searchToolBar, "filter");
searchToolBar->setStretchableWidget( m_searchEdit );
m_searchEdit->setFrame( TQFrame::Sunken );
connect( button, TQT_SIGNAL( clicked() ), TQT_SLOT( slotClearFilter() ) );
connect( filterButton, TQT_SIGNAL( clicked() ), TQT_SLOT( slotEditFilter() ) );
TQToolTip::add( button, i18n( "Clear search field" ) );
TQToolTip::add( m_searchEdit, i18n( "Enter space-separated terms to search in the collection" ) );
TQToolTip::add( filterButton, i18n( "Click to edit collection filter" ) );
} //</Search LineEdit>
// We put a little toolbar for the forward/back buttons for iPod
// navigation to the right of m_timeFilter. This toolbar is
// hidden when not in iPod browsing mode; it is shown and hidden
// in CollectionView::setViewMode(). m_ipodHbox holds m_timeFilter
// and m_ipodToolbar
m_ipodHbox = new TQHBox( this );
m_ipodHbox->setSpacing( 7 ); // looks better
m_timeFilter = new KComboBox( m_ipodHbox, "timeFilter" );
m_ipodHbox->setStretchFactor( m_timeFilter, 1 );
// Allow the combobox to shrink so the iPod buttons are still visible
m_timeFilter->setSizePolicy( TQSizePolicy::Expanding, TQSizePolicy::Fixed );
m_timeFilter->insertItem( i18n( "Entire Collection" ) );
m_timeFilter->insertItem( i18n( "Added Today" ) );
m_timeFilter->insertItem( i18n( "Added Within One Week" ) );
m_timeFilter->insertItem( i18n( "Added Within One Month" ) );
m_timeFilter->insertItem( i18n( "Added Within Three Months" ) );
m_timeFilter->insertItem( i18n( "Added Within One Year" ) );
// m_ipodToolbar just holds the forward and back buttons, which are
// plugged below
m_ipodToolbar = new Browser::ToolBar( m_ipodHbox );
m_ipodHbox->setStretchFactor( m_ipodToolbar, 0 );
m_ipodToolbar->setIconText( TDEToolBar::IconOnly, false );
TDEActionCollection* ac = new TDEActionCollection( this );
m_view = new CollectionView( this );
m_view->installEventFilter( this );
m_configureAction = new TDEAction( i18n( "Configure Folders" ), Amarok::icon( "configure" ), 0, TQT_TQOBJECT(this), TQT_SLOT( setupDirs() ), ac, "Configure" );
m_treeViewAction = new TDERadioAction( i18n( "Tree View" ), "view_tree", 0, TQT_TQOBJECT(m_view), TQT_SLOT( setTreeMode() ), ac, "Tree View" );
m_flatViewAction = new TDERadioAction( i18n( "Flat View" ), "view_detailed", 0, TQT_TQOBJECT(m_view), TQT_SLOT( setFlatMode() ), ac, "Flat View" );
m_ipodViewAction = new TDERadioAction( i18n( "iPod View" ), Amarok::icon("device"), 0, TQT_TQOBJECT(m_view), TQT_SLOT( setIpodMode() ), ac, "iPod View" );
m_treeViewAction->setExclusiveGroup("view mode");
m_flatViewAction->setExclusiveGroup("view mode");
m_ipodViewAction->setExclusiveGroup("view mode");
switch( m_view->m_viewMode )
{
case CollectionView::modeTreeView:
m_treeViewAction->setChecked( true );
break;
case CollectionView::modeFlatView:
m_flatViewAction->setChecked( true );
break;
case CollectionView::modeIpodView:
m_ipodViewAction->setChecked( true );
break;
}
m_showDividerAction = new TDEToggleAction( i18n( "Show Divider" ), "format-justify-left", 0, TQT_TQOBJECT(this), TQT_SLOT( toggleDivider() ), ac, "Show Divider" );
m_showDividerAction->setChecked(m_view->m_showDivider);
// m_ipodIncrement and m_ipodDecrement are the actions that
// correspond to moving forward / backward in the iPod collection
// browser window; see the "For iPod-style navigation" comments below.
m_ipodDecrement = new TDEAction( i18n( "Browse backward" ),
TQIconSet( m_view->ipodDecrementIcon(), TQIconSet::Small ),
0, TQT_TQOBJECT(m_view), TQT_SLOT( decrementDepth() ), ac,
"iPod Decrement" );
m_ipodIncrement = new TDEAction( i18n( "Browse forward" ),
TQIconSet( m_view->ipodIncrementIcon(), TQIconSet::Small ),
0, TQT_TQOBJECT(m_view), TQT_SLOT( incrementDepth() ), ac,
"iPod Increment" );
m_ipodDecrement->plug( m_ipodToolbar );
m_ipodIncrement->plug( m_ipodToolbar );
// Show / hide m_ipodToolbar based on the view mode
ipodToolbar( m_view->m_viewMode == CollectionView::modeIpodView );
m_tagfilterMenuButton = new TDEActionMenu( i18n( "Group By" ), "filter", ac );
m_tagfilterMenuButton->setDelayed( false );
// FIXME: either both or nothing
//m_tagfilterMenuButton->setEnabled( m_view->m_viewMode == CollectionView::modeTreeView );
//connect ( m_treeViewAction, TQT_SIGNAL ( toggled(bool) ), m_tagfilterMenuButton, TQT_SLOT( setEnabled (bool) ) );
layoutToolbar();
m_categoryMenu = m_tagfilterMenuButton->popupMenu();
m_categoryMenu->insertItem( i18n( "Artist" ), m_view, TQT_SLOT( presetMenu( int ) ), 0, IdArtist );
m_categoryMenu->insertItem( i18n( "Artist / Album" ), m_view, TQT_SLOT( presetMenu( int ) ), 0, IdArtistAlbum );
m_categoryMenu->insertItem( i18n( "Artist" )+" / "+ i18n( "Year" ) + i18n( " - " ) + i18n( "Album" ), m_view, TQT_SLOT( presetMenu( int ) ), 0, IdArtistVisYearAlbum );
m_categoryMenu->insertItem( i18n( "Album" ), m_view, TQT_SLOT( presetMenu( int ) ), 0, IdAlbum );
m_categoryMenu->insertItem( i18n( "Genre / Artist" ), m_view, TQT_SLOT( presetMenu( int ) ), 0, IdGenreArtist );
m_categoryMenu->insertItem( i18n( "Genre / Artist / Album" ), m_view, TQT_SLOT( presetMenu( int ) ), 0, IdGenreArtistAlbum );
m_categoryMenu->insertSeparator();
m_categoryMenu->insertItem( i18n( "&First Level" ), m_cat1Menu );
m_categoryMenu->insertItem( i18n( "&Second Level"), m_cat2Menu );
m_categoryMenu->insertItem( i18n( "&Third Level" ), m_cat3Menu );
m_cat1Menu ->insertItem( i18n( "&Album" ), m_view, TQT_SLOT( cat1Menu( int ) ), 0, IdAlbum );
m_cat1Menu ->insertItem( i18n( "(Y&ear) - Album" ), m_view, TQT_SLOT( cat1Menu( int ) ), 0, IdVisYearAlbum);
m_cat1Menu ->insertItem( i18n( "A&rtist"), m_view, TQT_SLOT( cat1Menu( int ) ), 0, IdArtist );
m_cat1Menu ->insertItem( i18n( "&Composer"), m_view, TQT_SLOT( cat1Menu( int ) ), 0, IdComposer );
m_cat1Menu ->insertItem( i18n( "&Genre" ), m_view, TQT_SLOT( cat1Menu( int ) ), 0, IdGenre );
m_cat1Menu ->insertItem( i18n( "&Year" ), m_view, TQT_SLOT( cat1Menu( int ) ), 0, IdYear );
m_cat1Menu ->insertItem( i18n( "&Label" ), m_view, TQT_SLOT( cat1Menu( int ) ), 0, IdLabel );
m_cat2Menu ->insertItem( i18n( "&None" ), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdNone );
m_cat2Menu ->insertSeparator();
m_cat2Menu ->insertItem( i18n( "&Album" ), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdAlbum );
m_cat2Menu ->insertItem( i18n( "(Y&ear) - Album" ), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdVisYearAlbum);
m_cat2Menu ->insertItem( i18n( "A&rtist" ), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdArtist );
m_cat2Menu ->insertItem( i18n( "&Composer"), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdComposer );
m_cat2Menu ->insertItem( i18n( "&Genre" ), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdGenre );
m_cat2Menu ->insertItem( i18n( "&Year" ), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdYear );
m_cat2Menu ->insertItem( i18n( "&Label" ), m_view, TQT_SLOT( cat2Menu( int ) ), 0, IdLabel );
m_cat3Menu ->insertItem( i18n( "&None" ), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdNone );
m_cat3Menu ->insertSeparator();
m_cat3Menu ->insertItem( i18n( "A&lbum" ), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdAlbum );
m_cat3Menu ->insertItem( i18n( "(Y&ear) - Album" ), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdVisYearAlbum);
m_cat3Menu ->insertItem( i18n( "A&rtist" ), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdArtist );
m_cat3Menu ->insertItem( i18n( "&Composer"), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdComposer );
m_cat3Menu ->insertItem( i18n( "&Genre" ), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdGenre );
m_cat3Menu ->insertItem( i18n( "&Year" ), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdYear );
m_cat3Menu ->insertItem( i18n( "&Label" ), m_view, TQT_SLOT( cat3Menu( int ) ), 0, IdLabel );
m_view->cat1Menu( m_view->m_cat1, false );
m_view->cat2Menu( m_view->m_cat2, false );
m_view->cat3Menu( m_view->m_cat3, false );
m_view->setViewMode( m_view->m_viewMode );
connect( m_timer, TQT_SIGNAL( timeout() ), TQT_SLOT( slotSetFilter() ) );
connect( m_searchEdit, TQT_SIGNAL( textChanged( const TQString& ) ), TQT_SLOT( slotSetFilterTimeout() ) );
connect( m_timeFilter, TQT_SIGNAL( activated( int ) ), TQT_SLOT( slotSetFilter() ) );
setFocusProxy( m_view ); //default object to get focus
}
void
CollectionBrowser::slotClearFilter() //SLOT
{
m_searchEdit->clear();
kapp->processEvents(); //Let the search bar redraw fully.
TQTimer::singleShot( 0, this, TQT_SLOT( slotSetFilter() ) ); //Filter instantly
TQTimer::singleShot( 0, m_view, TQT_SLOT( slotEnsureSelectedItemVisible() ) );
}
void
CollectionBrowser::slotSetFilterTimeout() //SLOT
{
m_returnPressed = false;
m_timer->start( 280, true ); //stops the timer for us first
}
void
CollectionBrowser::slotSetFilter() //SLOT
{
m_timer->stop();
m_view->m_dirty = true;
m_view->setFilter( m_searchEdit->text() );
m_view->setTimeFilter( m_timeFilter->currentItem() );
m_view->renderView();
if ( m_returnPressed )
appendSearchResults();
m_returnPressed = false;
}
void
CollectionBrowser::slotSetFilter( const TQString &filter ) //SLOT
{
m_searchEdit->setText( filter );
kapp->processEvents(); //Let the search bar redraw fully.
TQTimer::singleShot( 0, this, TQT_SLOT( slotSetFilter() ) ); //Filter instantly
TQTimer::singleShot( 0, m_view, TQT_SLOT( slotEnsureSelectedItemVisible() ) );
}
void
CollectionBrowser::slotEditFilter() //SLOT
{
EditFilterDialog *cod = new EditFilterDialog( this, false, m_searchEdit->text() );
connect( cod, TQT_SIGNAL(filterChanged(const TQString &)), TQT_SLOT(slotSetFilter(const TQString &)) );
if( cod->exec() )
m_searchEdit->setText( cod->filter() );
delete cod;
}
void
CollectionBrowser::setupDirs() //SLOT
{
m_view->setupDirs();
}
void
CollectionBrowser::toggleDivider() //SLOT
{
m_view->setShowDivider( m_showDividerAction->isChecked() );
}
void
CollectionBrowser::appendSearchResults()
{
//If we are not filtering, or the search string has changed recently, do nothing
if ( m_searchEdit->text().stripWhiteSpace().isEmpty() || m_timer->isActive() )
return;
m_view->selectAll();
Playlist::instance()->insertMedia( m_view->listSelected(), Playlist::Unique | Playlist::Append );
m_view->clearSelection();
slotClearFilter();
}
bool
CollectionBrowser::eventFilter( TQObject *o, TQEvent *e )
{
switch( e->type() )
{
case 6/*TQEvent::KeyPress*/:
//there are a few keypresses that we intercept
#define e TQT_TQKEYEVENT(e)
if( TQT_BASE_OBJECT(o) == TQT_BASE_OBJECT(m_searchEdit) ) //the search lineedit
{
switch( e->key() )
{
case Key_Up:
case Key_Down:
case Key_PageDown:
case Key_PageUp:
m_view->setFocus();
TQApplication::sendEvent( m_view, e );
return true;
case Key_Escape:
slotClearFilter();
return true;
case Key_Return:
case Key_Enter:
if ( m_timer->isActive() )
{
//Immediately filter and add results
m_timer->stop();
m_returnPressed = true;
TQTimer::singleShot( 0, this, TQT_SLOT( slotSetFilter() ) );
}
else
{
//Add current results
appendSearchResults();
}
return true;
default:
return false;
}
}
// (Joe Rabinoff) the code that was here which dealt with wrapping
// the selection around when Key_Up or Key_Down was pressed was
// moved to CollectionView::keyPressEvent(). That code also
// skips dividers.
if( ( e->key() >= Key_0 && e->key() <= Key_Z ) || e->key() == Key_Backspace || e->key() == Key_Escape )
{
m_searchEdit->setFocus();
TQApplication::sendEvent( m_searchEdit, e );
return true;
}
#undef e
break;
default:
break;
}
return TQVBox::eventFilter( o, e );
}
void
CollectionBrowser::layoutToolbar()
{
if ( !m_toolbar ) return;
m_toolbar->clear();
m_toolbar->setIconText( TDEToolBar::IconTextRight, false );
m_tagfilterMenuButton->plug( m_toolbar );
m_toolbar->setIconText( TDEToolBar::IconOnly, false );
m_toolbar->insertLineSeparator();
m_treeViewAction->plug( m_toolbar );
m_flatViewAction->plug( m_toolbar );
m_ipodViewAction->plug( m_toolbar );
m_toolbar->insertLineSeparator();
m_showDividerAction->plug( m_toolbar );
m_configureAction->plug( m_toolbar );
//This would break things if the toolbar is too big, see bug #121915
//setMinimumWidth( m_toolbar->sizeHint().width() + 2 ); //set a reasonable minWidth
}
// (De)activate the iPod toolbar when switching into and out of
// iPod browsing mode
void
CollectionBrowser::ipodToolbar( bool activate )
{
if( activate )
m_ipodToolbar->show();
else
m_ipodToolbar->hide();
}
//////////////////////////////////////////////////////////////////////////////////////////
// CLASS CollectionView
//////////////////////////////////////////////////////////////////////////////////////////
CollectionView* CollectionView::m_instance = 0;
CollectionView::CollectionView( CollectionBrowser* parent )
: TDEListView( parent )
, m_parent( parent )
, m_timeFilter( 0 )
, m_currentDepth( 0 )
, m_ipodIncremented ( 1 )
, m_dirty( true )
, m_organizingFileCancelled( false )
{
DEBUG_FUNC_INFO
m_instance = this;
setSelectionMode( TQListView::Extended );
setItemsMovable( false );
setSorting( 0 );
setShowSortIndicator( true );
setAcceptDrops( true );
setAllColumnsShowFocus( true );
//<READ CONFIG>
TDEConfig* config = Amarok::config( "Collection Browser" );
m_cat1 = config->readNumEntry( "Category1", IdArtist );
m_cat2 = config->readNumEntry( "Category2", IdAlbum );
m_cat3 = config->readNumEntry( "Category3", IdNone );
#define saneCat(x) (x==IdAlbum||x==IdArtist||x==IdComposer||x==IdGenre||x==IdYear \
||x==IdNone \
||x==IdArtistAlbum||x==IdGenreArtist||x==IdGenreArtistAlbum||x==IdVisYearAlbum||x==IdArtistVisYearAlbum)
if( !saneCat(m_cat1) )
{
m_cat1 = IdArtist;
m_cat2 = IdAlbum;
m_cat2 = IdNone;
}
if( !saneCat(m_cat2) || !saneCat(m_cat3) )
{
m_cat2 = m_cat3 = IdNone;
}
#undef saneCat
m_viewMode = config->readNumEntry( "ViewMode", modeTreeView );
m_showDivider = config->readBoolEntry( "ShowDivider", true);
updateTrackDepth();
m_flatColumnWidths.clear();
TQStringList flatWidths = config->readListEntry( "FlatColumnWidths" );
for( TQStringList::iterator it = flatWidths.begin();
it != flatWidths.end();
it++ )
m_flatColumnWidths.push_back( (*it).toInt() );
//</READ CONFIG>
TDEActionCollection* ac = new TDEActionCollection( this );
KStdAction::selectAll( TQT_TQOBJECT(this), TQT_SLOT( selectAll() ), ac, "collectionview_select_all" );
connect( CollectionDB::instance(), TQT_SIGNAL( scanStarted() ),
this, TQT_SLOT( scanStarted() ) );
connect( CollectionDB::instance(), TQT_SIGNAL( scanDone( bool ) ),
this, TQT_SLOT( scanDone( bool ) ) );
connect( BrowserBar::instance(), TQT_SIGNAL( browserActivated( int ) ),
this, TQT_SLOT( renderView() ) ); // renderView() checks if current tab is this
connect( CollectionDB::instance(), TQT_SIGNAL( ratingChanged( const TQString&, int ) ),
this, TQT_SLOT( ratingChanged( const TQString&, int ) ) );
connect( this, TQT_SIGNAL( expanded( TQListViewItem* ) ),
this, TQT_SLOT( slotExpand( TQListViewItem* ) ) );
connect( this, TQT_SIGNAL( collapsed( TQListViewItem* ) ),
this, TQT_SLOT( slotCollapse( TQListViewItem* ) ) );
connect( this, TQT_SIGNAL( returnPressed( TQListViewItem* ) ),
this, TQT_SLOT( invokeItem( TQListViewItem* ) ) );
connect( this, TQT_SIGNAL( doubleClicked( TQListViewItem*, const TQPoint&, int ) ),
this, TQT_SLOT( invokeItem( TQListViewItem*, const TQPoint&, int ) ) );
connect( this, TQT_SIGNAL( clicked( TQListViewItem*, const TQPoint&, int ) ),
this, TQT_SLOT( ipodItemClicked( TQListViewItem*, const TQPoint&, int ) ) );
connect( this, TQT_SIGNAL( contextMenuRequested( TQListViewItem*, const TQPoint&, int ) ),
this, TQT_SLOT( rmbPressed( TQListViewItem*, const TQPoint&, int ) ) );
connect( header(), TQT_SIGNAL( sizeChange( int, int, int ) ),
this, TQT_SLOT( triggerUpdate() ) );
connect( MountPointManager::instance(), TQT_SIGNAL( mediumConnected( int ) ),
this, TQT_SLOT( databaseChanged() ) );
connect( MountPointManager::instance(), TQT_SIGNAL( mediumRemoved( int ) ),
this, TQT_SLOT( databaseChanged() ) );
}
CollectionView::~CollectionView() {
DEBUG_FUNC_INFO
TDEConfig* const config = Amarok::config( "Collection Browser" );
config->writeEntry( "Category1", m_cat1 );
config->writeEntry( "Category2", m_cat2 );
config->writeEntry( "Category3", m_cat3 );
config->writeEntry( "ViewMode", m_viewMode );
config->writeEntry( "ShowDivider", m_showDivider );
TQStringList flatWidths;
for( TQValueList<int>::iterator it = m_flatColumnWidths.begin();
it != m_flatColumnWidths.end();
it++ )
flatWidths.push_back( TQString::number( (*it) ) );
config->writeEntry( "FlatColumnWidths", flatWidths );
}
void
CollectionView::setShowDivider( bool show )
{
if (show != m_showDivider) {
m_showDivider = show;
renderView(true);
}
}
// Reimplemented for iPod-style navigation, and to skip dividers
// Specifically, this method traps the Key_Up/Down/Left/Right events.
// When Up or Down is pressed, it skips dividers and wraps around when
// necessary. When Left or Right is pressed and we are viewing in
// iPod mode, the iPod "move forward / backward" actions are activated.
void
CollectionView::keyPressEvent( TQKeyEvent *e )
{
typedef TQListViewItemIterator It;
// Reimplement up and down to skip dividers and to loop around.
// Some of this code used to be in CollectionBrowser::eventFilter.
// This rewritten code is more faithful to the ordinary moving
// behavior, even when looping around. (For instance, it behaves
// correctly if control-up is pressed at the top of the screen.)
// It sends fake keypress events to the parent instead of programatically
// selecting items.
if( (e->key() == Key_Up || e->key() == Key_Down ) && currentItem() )
{
// Handle both up and down at once to avoid code duplication (it's
// a delicate piece of logic, and was hard to get right)
TQListViewItem *cur = currentItem();
#define nextItem (e->key() == Key_Up ? cur->itemAbove() : cur->itemBelow())
bool wraparound = true;
// First skip any dividers directly above / below
do
{
TDEListView::keyPressEvent( e );
if( currentItem() == cur ) // Prevent infinite loops
{
if( nextItem != 0 )
wraparound = false;
break;
}
cur = currentItem();
if( cur && dynamic_cast<DividerItem*>( cur ) == 0 )
wraparound = false; // Found an item above / below
} while( cur != NULL
&& dynamic_cast<DividerItem*>(cur) != 0
&& nextItem != 0 );
if( cur == 0 ) return; // Shouldn't happen
// Wrap around if necessary, by sending a Key_Home/Key_End event.
if( wraparound )
{
TQKeyEvent e2 ( e->type(),
(e->key() == Key_Up ? Key_End : Key_Home),
0, e->state(),
TQString(), e->isAutoRepeat(), e->count() );
TQApplication::sendEvent( this, &e2 );
cur = currentItem();
// The first item may also be a divider, so keep moving
// until it's not
while ( cur != 0
&& dynamic_cast<DividerItem*>(cur) != 0
&& nextItem != 0 )
{
TDEListView::keyPressEvent( e );
if( currentItem() == cur ) // Prevent infinite loops
break;
cur = currentItem();
}
}
#undef nextItem
}
// When Right/Left is pressed in iPod view mode, activate the iPod
// "move forward/backward" action.
else if( (e->key() == Key_Left || e->key() == Key_Right)
&& m_viewMode == modeIpodView )
{
if( e->key() == Key_Right )
m_parent->m_ipodIncrement->activate();
else if( e->key() == Key_Left )
m_parent->m_ipodDecrement->activate();
}
else // we don't want the event
TDEListView::keyPressEvent( e );
}
//////////////////////////////////////////////////////////////////////////////////////////
// public slots
//////////////////////////////////////////////////////////////////////////////////////////
void
CollectionView::renderView(bool force /* = false */) //SLOT
{
SHOULD_BE_GUI
if(!force && !m_dirty )
return;
if( BrowserBar::instance()->currentBrowser() != m_parent )
{
// the collectionbrowser is intensive for sql, so we only renderView() if the tab
// is currently active. else, wait until user focuses it.
// debug() << "current browser is not collection, aborting renderView()" << endl;
m_dirty = true;
return;
}
m_dirty = false;
// Don't cache / restore view if we're in ipod mode and we've
// just incremented or decremented, since we'll run selectIpodItems()
// below anyway.
if( childCount() &&
!(m_viewMode == modeIpodView && m_ipodIncremented > 0) )
cacheView();
//clear();
safeClear();
if ( m_viewMode == modeFlatView )
{
renderFlatModeView( force );
}
if( m_viewMode == modeIpodView )
{
renderIpodModeView( force );
}
if( m_viewMode == modeTreeView )
{
renderTreeModeView( force );
}
// Don't cache or restore view when we're just going to run
// selectIpodItems() below anyway.
if( !(m_viewMode == modeIpodView && m_ipodIncremented > 0) )
restoreView();
else
selectIpodItems();
}
//////////////////////////////////////////////////////////////////////////////////////////
// private slots
//////////////////////////////////////////////////////////////////////////////////////////
void
CollectionView::setupDirs() //SLOT
{
KDialogBase dialog( this, 0, false );
kapp->setTopWidget( &dialog );
dialog.setCaption( kapp->makeStdCaption( i18n("Configure Collection") ) );
CollectionSetup *setup = new CollectionSetup( &dialog );
dialog.setMainWidget( setup );
dialog.showButtonApply( false );
dialog.adjustSize();
// Make the dialog a bit bigger, default is too small to be useful
dialog.resize( dialog.width() + 50, dialog.height() + 150 );
if ( dialog.exec() != TQDialog::Rejected )
{
const bool rescan = ( MountPointManager::instance()->collectionFolders() != setup->dirs() );
setup->writeConfig();
if ( rescan )
CollectionDB::instance()->startScan();
}
}
void
CollectionView::scanStarted() // SLOT
{
Amarok::actionCollection()->action("update_collection")->setEnabled( false );
}
void
CollectionView::scanDone( bool changed ) //SLOT
{
if( changed )
{
renderView(true);
}
Amarok::actionCollection()->action("update_collection")->setEnabled( true );
}
void
CollectionView::slotEnsureSelectedItemVisible() //SLOT
{
//Scroll to make sure the first selected item is visible
//Find the first selected item
TQListViewItem *r=0;
for ( TQListViewItem *i = firstChild(); i && !r; i=i->nextSibling() )
{
if ( i->isSelected() )
r = i;
for ( TQListViewItem *j = i->firstChild(); j && !r; j=j->nextSibling() )
{
if ( j->isSelected() )
r = j;
for ( TQListViewItem *k = j->firstChild(); k && !r; k=k->nextSibling() )
{
if ( k->isSelected() )
r = k;
}
}
}
if ( r )
{
//We've found the selected item. Now let's refocus on it.
//An elaborate agorithm to try to make as much as possible of the vicinity visible
//It looks better if things end up consistently in one place.
//So, scroll to the end so that we come at items from the bottom.
if ( lastChild() )
ensureItemVisible( lastChild() );
//Create a reverse list of parents, grandparents etc.
//Later we try to make the grandparents in view, then their children etc.
//This means that the selected item has the most priority as it is done last.
TQValueStack<TQListViewItem*> parents;
while ( r )
{
parents.push( r );
r = r->parent();
}
while ( !parents.isEmpty() )
{
//We would prefer the next item to be visible.
if ( parents.top()->nextSibling() )
ensureItemVisible( parents.top()->nextSibling() );
//It's even more important the actual item is visible than the next one.
ensureItemVisible( parents.top() );
parents.pop();
}
}
}
void
CollectionView::slotExpand( TQListViewItem* item ) //SLOT
{
if ( !item || !item->isExpandable() ) return;
int category = 0;
TQStringList values;
QueryBuilder qb;
bool c = false;
bool SortbyTrackFirst = false;
//Sort by track number first if album is in one of the categories, otherwise by track name first
if ( m_cat1 == IdAlbum ||
m_cat2 == IdAlbum ||
m_cat3 == IdAlbum )
SortbyTrackFirst = true;
// initialization for year - album mode
TQString tmptext;
int VisYearAlbum = -1;
int VisLabel = -1;
int q_cat1=m_cat1;
int q_cat2=m_cat2;
int q_cat3=m_cat3;
if( m_cat1 == IdVisYearAlbum ||
m_cat2 == IdVisYearAlbum ||
m_cat3 == IdVisYearAlbum )
{
SortbyTrackFirst = true;
if( m_cat1 == IdVisYearAlbum )
{
VisYearAlbum = 1;
q_cat1 = IdAlbum;
}
if( m_cat2 == IdVisYearAlbum )
{
VisYearAlbum = 2;
q_cat2 = IdAlbum;
}
if( m_cat3 == IdVisYearAlbum )
{
VisYearAlbum = 3;
q_cat3 = IdAlbum;
}
}
if( m_cat1 == IdLabel ||
m_cat2 == IdLabel ||
m_cat3 == IdLabel )
{
if( m_cat1 == IdLabel )
VisLabel = 1;
if( m_cat2 == IdLabel )
VisLabel = 2;
if ( m_cat3 == IdLabel )
VisLabel = 3;
}
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
TQString itemText;
bool isUnknown;
if ( dynamic_cast<CollectionItem*>( item ) )
{
itemText = static_cast<CollectionItem*>( item )->getSQLText( 0 );
}
else
{
debug() << "slotExpand in CollectionView of a non-CollectionItem" << endl;
itemText = item->text( 0 );
}
switch ( item->depth() )
{
case 0:
tmptext = itemText;
isUnknown = tmptext.isEmpty();
if ( !static_cast<CollectionItem*>( item )->isSampler() )
{
if ( m_cat1 == IdArtist )
qb.setOptions( QueryBuilder::optNoCompilations );
if( VisYearAlbum == 1 )
{
tmptext = item->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( isUnknown )
tmptext = "";
}
qb.addMatch( q_cat1, tmptext, false, true );
}
else
{
qb.setOptions( QueryBuilder::optOnlyCompilations );
c = true;
}
if ( m_cat2 == QueryBuilder::tabSong )
{
qb.addReturnValue( q_cat2, QueryBuilder::valTitle, true );
qb.addReturnValue( q_cat2, QueryBuilder::valURL );
if ( c ) qb.addReturnValue( QueryBuilder::tabArtist, QueryBuilder::valName, true );
if ( SortbyTrackFirst ) {
qb.sortBy( q_cat2, QueryBuilder::valDiscNumber );
qb.sortBy( q_cat2, QueryBuilder::valTrack );
}
if ( c ) qb.sortBy( QueryBuilder::tabArtist, QueryBuilder::valName );
qb.sortBy( q_cat2, QueryBuilder::valTitle );
if ( !SortbyTrackFirst ) {
qb.sortBy( q_cat2, QueryBuilder::valDiscNumber );
qb.sortBy( q_cat2, QueryBuilder::valTrack );
}
qb.sortBy( q_cat2, QueryBuilder::valURL );
}
else
{
c = false;
qb.addReturnValue( q_cat2, QueryBuilder::valName, true );
if( VisYearAlbum == 2 )
{
qb.addReturnValue( QueryBuilder::tabYear, QueryBuilder::valName, true );
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName );
}
qb.sortBy( q_cat2, QueryBuilder::valName );
}
category = m_cat2;
break;
case 1:
tmptext = dynamic_cast<CollectionItem*>( item->parent() ) ?
static_cast<CollectionItem*>( item->parent() )->getSQLText( 0 ) :
item->parent()->text( 0 );
isUnknown = tmptext.isEmpty();
if( !static_cast<CollectionItem*>( item->parent() )->isSampler() )
{
if ( m_cat1 == IdArtist )
qb.setOptions( QueryBuilder::optNoCompilations );
if( VisYearAlbum == 1 )
{
tmptext = item->parent()->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( isUnknown )
tmptext = "";
}
qb.addMatch( q_cat1, tmptext, false, true );
}
else
{
qb.setOptions( QueryBuilder::optOnlyCompilations );
c = true;
}
tmptext = itemText;
isUnknown = tmptext.isEmpty();
if( VisYearAlbum == 2 )
{
tmptext = item->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( isUnknown )
tmptext = "";
}
qb.addMatch( q_cat2, tmptext, false, true );
if( m_cat3 == QueryBuilder::tabSong )
{
qb.addReturnValue( q_cat3, QueryBuilder::valTitle, true );
qb.addReturnValue( q_cat3, QueryBuilder::valURL );
if ( c ) qb.addReturnValue( QueryBuilder::tabArtist, QueryBuilder::valName, true );
if ( SortbyTrackFirst ) {
qb.sortBy( q_cat3, QueryBuilder::valDiscNumber );
qb.sortBy( q_cat3, QueryBuilder::valTrack );
}
if ( c ) qb.sortBy( QueryBuilder::tabArtist, QueryBuilder::valName );
qb.sortBy( q_cat3, QueryBuilder::valTitle );
if ( !SortbyTrackFirst ) {
qb.sortBy( q_cat3, QueryBuilder::valDiscNumber );
qb.sortBy( q_cat3, QueryBuilder::valTrack );
}
qb.sortBy( q_cat3, QueryBuilder::valURL );
}
else
{
c = false;
qb.addReturnValue( q_cat3, QueryBuilder::valName, true );
if( VisYearAlbum == 3 )
{
qb.addReturnValue( QueryBuilder::tabYear, QueryBuilder::valName );
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName );
}
qb.sortBy( q_cat3, QueryBuilder::valName );
}
category = m_cat3;
break;
case 2:
tmptext = dynamic_cast<CollectionItem*> ( item->parent()->parent() ) ?
static_cast<CollectionItem*>( item->parent()->parent() )->getSQLText( 0 ) :
item->parent()->parent()->text( 0 );
isUnknown = tmptext.isEmpty();
if ( !static_cast<CollectionItem*>( item->parent()->parent() )->isSampler() )
{
if ( m_cat1 == IdArtist )
qb.setOptions( QueryBuilder::optNoCompilations );
if( VisYearAlbum == 1 )
{
tmptext = item->parent()->parent()->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( isUnknown )
tmptext = "";
}
qb.addMatch( q_cat1, tmptext, false, true );
}
else
{
qb.setOptions( QueryBuilder::optOnlyCompilations );
c = true;
}
tmptext = dynamic_cast<CollectionItem*>( item->parent() ) ?
static_cast<CollectionItem*>( item->parent() )->getSQLText( 0 ) :
item->parent()->text( 0 );
isUnknown = tmptext.isEmpty();
if( VisYearAlbum == 2 )
{
tmptext = item->parent()->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( isUnknown )
tmptext = "";
}
qb.addMatch( q_cat2, tmptext, false, true );
tmptext = itemText;
isUnknown = tmptext.isEmpty();
if( VisYearAlbum == 3 )
{
tmptext = item->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( isUnknown )
tmptext = "";
}
qb.addMatch( q_cat3, tmptext, false, true );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valTitle, true );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
if( c )
qb.addReturnValue( QueryBuilder::tabArtist, QueryBuilder::valName, true );
if ( SortbyTrackFirst ) {
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTrack );
}
if ( c ) qb.sortBy( QueryBuilder::tabArtist, QueryBuilder::valName );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTitle );
if ( !SortbyTrackFirst ) {
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTrack );
}
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valURL );
category = IdNone;
break;
}
qb.setGoogleFilter( q_cat1 | q_cat2 | q_cat3 | QueryBuilder::tabSong, m_filter );
qb.setOptions( QueryBuilder::optRemoveDuplicates );
values = qb.run();
uint countReturnValues = qb.countReturnValues();
TQPixmap pixmap;
bool expandable = category != IdNone;
if ( expandable )
pixmap = iconForCategory( category );
//this check avoid possible problems on database errors. FIXME: Should we add some real error handling here,
//like calling a collection update or something?
if ( values.isEmpty() ) { return; }
for ( int i = values.count() - countReturnValues; i >= 0; i -= countReturnValues )
{
TQString text;
bool unknown=false;
if ( category == IdVisYearAlbum )
text += ( values[ i+1 ].isEmpty() ? "?" : values[ i+1 ] ) + i18n( " - " );
//show "artist - title" for compilations
if ( c )
{
if ( values[ i + 2 ].stripWhiteSpace().isEmpty() )
{
text += i18n( "Unknown" ) + i18n( " - " );
unknown = true;
}
else
text = values[ i + 2 ] + i18n( " - " );
}
if ( values[ i ].stripWhiteSpace().isEmpty() )
{
if ( category == IdLabel )
text += i18n( "No Label" );
else
text += i18n( "Unknown" );
unknown = true;
}
else
text += values[ i ];
CollectionItem* child = new CollectionItem( item, category, unknown );
child->setDragEnabled( true );
child->setDropEnabled( false );
child->setText( 0, text );
if ( expandable )
child->setPixmap( 0, pixmap );
else
child->setUrl( values[ i + 1 ] );
child->setExpandable( expandable );
}
//Display the album cover for the parent item now it is expanded
if ( dynamic_cast<CollectionItem*>( item ) )
{
CollectionItem *i = static_cast<CollectionItem*>( item );
if ( i->m_cat == IdAlbum || i->m_cat == IdVisYearAlbum )
i->setPixmap( 0, TQPixmap() ); //The pixmap given is unimportant. The cover is used.
}
}
void
CollectionView::slotCollapse( TQListViewItem* item ) //SLOT
{
//On collapse, go back from showing the cover to showing the icon for albums
if ( dynamic_cast<CollectionItem*>( item ) )
{
CollectionItem *i = static_cast<CollectionItem*>( item );
if ( i->m_cat == IdAlbum || i->m_cat == IdVisYearAlbum )
i->setPixmap( 0, iconForCategory( i->m_cat ) );
}
TQListViewItem* child = item->firstChild();
TQListViewItem* childTmp;
//delete all children
while ( child )
{
childTmp = child;
child = child->nextSibling();
delete childTmp;
}
}
void
CollectionView::ratingChanged( const TQString&, int )
{
m_dirty = true;
TQTimer::singleShot( 0, CollectionView::instance(), TQT_SLOT( renderView() ) );
}
void
CollectionView::presetMenu( int id ) //SLOT
{
switch ( id )
{
case IdArtist:
cat1Menu( IdArtist, false );
cat2Menu( IdNone, false );
cat3Menu( IdNone, false );
break;
case IdAlbum:
cat1Menu( IdAlbum, false );
cat2Menu( IdNone, false );
cat3Menu( IdNone, false );
break;
case IdArtistAlbum:
cat1Menu( IdArtist, false );
cat2Menu( IdAlbum, false );
cat3Menu( IdNone, false );
break;
case IdArtistVisYearAlbum:
cat1Menu( IdArtist, false );
cat2Menu( IdVisYearAlbum, false );
cat3Menu( IdNone, false );
break;
case IdGenreArtist:
cat1Menu( IdGenre, false );
cat2Menu( IdArtist, false );
cat3Menu( IdNone, false );
break;
case IdGenreArtistAlbum:
cat1Menu( IdGenre, false );
cat2Menu( IdArtist, false );
cat3Menu( IdAlbum, false );
break;
}
renderView(true);
}
void
CollectionView::cat1Menu( int id, bool rerender ) //SLOT
{
m_parent->m_cat1Menu->setItemChecked( m_cat1, false ); //uncheck old item
m_parent->m_cat2Menu->setItemEnabled( m_cat1, true ); //enable old items
m_parent->m_cat3Menu->setItemEnabled( m_cat1, true );
m_cat1 = id;
updateColumnHeader();
resetIpodDepth();
m_parent->m_cat1Menu->setItemChecked( m_cat1, true );
//prevent choosing the same category in both menus
m_parent->m_cat2Menu->setItemEnabled( id , false );
m_parent->m_cat3Menu->setItemEnabled( id , false );
//if this item is checked in second menu, uncheck it
if ( m_parent->m_cat2Menu->isItemChecked( id ) ) {
m_parent->m_cat2Menu->setItemChecked( id, false );
m_parent->m_cat2Menu->setItemChecked( IdNone, true );
m_cat2 = IdNone;
enableCat3Menu( false );
}
//if this item is checked in third menu, uncheck it
if ( m_parent->m_cat3Menu->isItemChecked( id ) ) {
m_parent->m_cat3Menu->setItemChecked( id, false );
m_parent->m_cat3Menu->setItemChecked( IdNone, true );
m_cat3 = IdNone;
}
updateTrackDepth();
if ( rerender )
{
renderView(true);
}
}
void
CollectionView::cat2Menu( int id, bool rerender ) //SLOT
{
m_parent->m_cat2Menu->setItemChecked( m_cat2, false ); //uncheck old item
m_parent->m_cat3Menu->setItemEnabled( m_cat3, true ); //enable old item
m_cat2 = id;
m_parent->m_cat2Menu->setItemChecked( m_cat2, true );
updateColumnHeader();
resetIpodDepth();
enableCat3Menu( id != IdNone );
//prevent choosing the same category in both menus
m_parent->m_cat3Menu->setItemEnabled( m_cat1 , false );
if( id != IdNone )
m_parent->m_cat3Menu->setItemEnabled( id , false );
//if this item is checked in third menu, uncheck it
if ( m_parent->m_cat3Menu->isItemChecked( id ) ) {
m_parent->m_cat3Menu->setItemChecked( id, false );
enableCat3Menu( false );
}
updateTrackDepth();
if ( rerender )
{
renderView(true);
}
}
void
CollectionView::cat3Menu( int id, bool rerender ) //SLOT
{
m_parent->m_cat3Menu->setItemChecked( m_cat3, false ); //uncheck old item
m_cat3 = id;
m_parent->m_cat3Menu->setItemChecked( m_cat3, true );
updateColumnHeader();
resetIpodDepth();
updateTrackDepth();
if ( rerender )
{
renderView(true);
}
}
void
CollectionView::enableCat3Menu( bool enable )
{
m_parent->m_cat3Menu->setItemEnabled( IdAlbum, enable );
m_parent->m_cat3Menu->setItemEnabled( IdVisYearAlbum, enable );
m_parent->m_cat3Menu->setItemEnabled( IdArtist, enable );
m_parent->m_cat3Menu->setItemEnabled( IdComposer, enable );
m_parent->m_cat3Menu->setItemEnabled( IdGenre, enable );
m_parent->m_cat3Menu->setItemEnabled( IdYear, enable );
m_parent->m_cat3Menu->setItemEnabled( IdLabel, enable );
if( !enable ) {
m_parent->m_cat3Menu->setItemChecked( m_cat3, false );
m_parent->m_cat3Menu->setItemChecked( IdNone, true );
m_cat3 = IdNone;
}
updateTrackDepth();
}
void
CollectionView::invokeItem( TQListViewItem* i, const TQPoint& point, int column ) //SLOT
{
if( column == -1 )
return;
TQPoint p = mapFromGlobal( point );
if ( p.x() > header()->sectionPos( header()->mapToIndex( 0 ) ) + treeStepSize() * ( i->depth() + ( rootIsDecorated() ? 1 : 0) ) + itemMargin()
|| p.x() < header()->sectionPos( header()->mapToIndex( 0 ) ) )
invokeItem( i );
}
void
CollectionView::invokeItem( TQListViewItem* item ) //SLOT
{
if ( !item || dynamic_cast<DividerItem*>(item) )
return;
item->setSelected( true );
setCurrentItem( item );
//append and prevent doubles in playlist
if( item->isExpandable() || m_viewMode == modeIpodView )
Playlist::instance()->insertMedia( listSelected(), Playlist::DefaultOptions );
else
Playlist::instance()->insertMedia( static_cast<CollectionItem*>( item )->url(), Playlist::DefaultOptions );
}
// This slot is here to handle clicks on the right-arrow buttons
// in iPod browsing mode
void
CollectionView::ipodItemClicked( TQListViewItem *item, const TQPoint&, int c )
{
if( item == 0 || c == 0 )
return;
if( m_viewMode != modeIpodView )
return;
// The TQt manual says NOT to delete items from within this slot
TQTimer::singleShot( 0, m_parent->m_ipodIncrement, TQT_SLOT( activate() ) );
}
void
CollectionView::rmbPressed( TQListViewItem* item, const TQPoint& point, int ) //SLOT
{
if ( dynamic_cast<DividerItem*>( item ) ) return;
int artistLevel = -1;
if ( item ) {
TDEPopupMenu menu( this );
int cat = 0;
if ( m_viewMode == modeTreeView ) {
switch ( item->depth() )
{
case 0:
cat = m_cat1;
break;
case 1:
if( m_cat1 == IdArtist )
artistLevel = 0;
cat = m_cat2;
break;
case 2:
if( m_cat1 == IdArtist )
artistLevel = 0;
else if( m_cat2 == IdArtist )
artistLevel = 1;
cat = m_cat3;
break;
}
}
else if ( m_viewMode == modeIpodView ) {
int catArr[3] = {m_cat1, m_cat2, m_cat3};
if ( m_currentDepth < trackDepth() )
cat = catArr[m_currentDepth];
}
enum Actions { APPEND, QUEUE, MAKE, SAVE, MEDIA_DEVICE, BURN_ARTIST,
BURN_COMPOSER, BURN_ALBUM, BURN_CD, FETCH, INFO,
COMPILATION_SET, COMPILATION_UNSET, ORGANIZE, DELETE, TRASH,
FILE_MENU };
TQString trueItemText = getTrueItemText( cat, item );
KURL::List selection = listSelected();
TQStringList siblingSelection = listSelectedSiblingsOf( cat, item );
menu.insertItem( SmallIconSet( Amarok::icon( "files" ) ), i18n( "&Load" ), MAKE );
menu.insertItem( SmallIconSet( Amarok::icon( "add_playlist" ) ), i18n( "&Append to Playlist" ), APPEND );
menu.insertItem( SmallIconSet( Amarok::icon( "queue_track" ) ), selection.count() == 1 ? i18n( "&Queue Track" )
: i18n( "&Queue Tracks" ), QUEUE );
if( selection.count() > 1 || item->isExpandable() )
menu.insertItem( SmallIconSet( Amarok::icon( "save" ) ), i18n( "&Save as Playlist..." ), SAVE );
menu.insertSeparator();
if( MediaBrowser::isAvailable() )
menu.insertItem( SmallIconSet( Amarok::icon( "device" ) ), i18n( "&Transfer to Media Device" ), MEDIA_DEVICE );
if( cat == IdArtist )
{
menu.insertItem( SmallIconSet( Amarok::icon( "burn" ) ), i18n( "&Burn All Tracks by This Artist" ), BURN_ARTIST );
menu.setItemEnabled( BURN_ARTIST, K3bExporter::isAvailable() && siblingSelection.count() == 1 );
}
else if( cat == IdComposer )
{
menu.insertItem( SmallIconSet( Amarok::icon( "burn" ) ), i18n( "&Burn All Tracks by This Composer" ), BURN_COMPOSER );
menu.setItemEnabled( BURN_COMPOSER, K3bExporter::isAvailable() && siblingSelection.count() == 1 );
}
else if( (cat == IdAlbum || cat == IdVisYearAlbum) )
{
menu.insertItem( SmallIconSet( Amarok::icon( "burn" ) ), i18n( "&Burn This Album" ), BURN_ALBUM );
menu.setItemEnabled( BURN_ALBUM, K3bExporter::isAvailable() && siblingSelection.count() == 1 );
}
// !item->isExpandable() in tree mode corresponds to
// showing tracks in iPod mode
else if( !item->isExpandable() &&
(m_viewMode != modeIpodView || m_currentDepth == trackDepth()) )
{
menu.insertItem( SmallIconSet( Amarok::icon( "burn" ) ), i18n( "B&urn to CD" ), BURN_CD );
menu.setItemEnabled( BURN_CD, K3bExporter::isAvailable() );
}
menu.insertSeparator();
TDEPopupMenu fileMenu;
fileMenu.insertItem( SmallIconSet( "document-save-as" ), i18n( "&Organize File..." , "&Organize %n Files..." , selection.count() ) , ORGANIZE );
fileMenu.insertItem( SmallIconSet( Amarok::icon( "remove" ) ), i18n( "&Delete File..." , "&Delete %n Files..." , selection.count() ) , DELETE );
menu.insertItem( SmallIconSet( Amarok::icon( "files" ) ), i18n( "Manage &Files" ), &fileMenu, FILE_MENU );
if( (cat == IdAlbum || cat == IdVisYearAlbum) && siblingSelection.count() == 1 ) // cover fetch isn't multiselection capable
{
menu.insertItem( SmallIconSet( Amarok::icon( "download" ) ), i18n( "&Fetch Cover From amazon.%1" ).arg( CoverManager::amazonTld() ), this, TQT_SLOT( fetchCover() ), 0, FETCH );
#ifndef AMAZON_SUPPORT
menu.setItemEnabled( FETCH, false );
#endif
if( trueItemText.isEmpty() ) // disable cover fetch for unknown albums
menu.setItemEnabled( FETCH, false );
}
if ( ( (cat == IdAlbum || cat == IdVisYearAlbum) && siblingSelection.count() > 0 ) //album
|| ( !item->isExpandable() && m_viewMode == modeTreeView ) ) //or track
{
menu.insertSeparator();
menu.insertItem( SmallIconSet( "ok" ), i18n( "Show under &Various Artists" ), COMPILATION_SET );
menu.insertItem( SmallIconSet( "cancel" ), i18n( "&Do not Show under Various Artists" ), COMPILATION_UNSET );
}
menu.insertSeparator();
menu.insertItem( SmallIconSet( Amarok::icon( "info" ) )
, i18n( "Edit Track &Information...", "Edit &Information for %n Tracks...", selection.count())
, this, TQT_SLOT( showTrackInfo() ), 0, INFO );
switch( menu.exec( point ) )
{
case APPEND:
Playlist::instance()->insertMedia( selection, Playlist::Append );
break;
case MAKE:
Playlist::instance()->insertMedia( selection, Playlist::Replace );
break;
case SAVE:
playlistFromURLs( selection );
break;
case QUEUE:
Playlist::instance()->insertMedia( selection, Playlist::Queue );
break;
case MEDIA_DEVICE:
MediaBrowser::queue()->addURLs( selection );
break;
case BURN_COMPOSER:
K3bExporter::instance()->exportComposer( trueItemText );
break;
case BURN_ARTIST:
K3bExporter::instance()->exportArtist( trueItemText );
break;
case BURN_ALBUM:
if( artistLevel == -1 || static_cast<CollectionItem *>(item)->isSampler() )
{
K3bExporter::instance()->exportAlbum( trueItemText );
}
else
{
TQString artist;
if( item->depth() - artistLevel == 1 )
artist = item->parent()->text( 0 );
else if( item->depth() - artistLevel == 2 )
artist = item->parent()->parent()->text( 0 );
else if( item->depth() - artistLevel == 3 )
artist = item->parent()->parent()->parent()->text( 0 );
K3bExporter::instance()->exportAlbum( artist, trueItemText );
}
break;
case BURN_CD:
K3bExporter::instance()->exportTracks( selection );
break;
case COMPILATION_SET:
setCompilation( selection, true );
break;
case COMPILATION_UNSET:
setCompilation( selection, false );
break;
case ORGANIZE:
organizeFiles( selection, i18n( "Organize Collection Files" ), false /* do not add to collection, just move */ );
break;
case DELETE:
if ( DeleteDialog::showTrashDialog(this, selection) )
{
CollectionDB::instance()->removeSongs( selection );
foreachType( KURL::List, selection )
CollectionDB::instance()->emitFileDeleted( (*it).path() );
}
m_dirty = true;
TQTimer::singleShot( 0, CollectionView::instance(), TQT_SLOT( renderView() ) );
break;
}
}
}
void
CollectionView::setViewMode( int mode, bool rerender /*=true*/ )
{
if( m_viewMode == modeFlatView )
{
m_flatColumnWidths.clear();
for ( int c = 0; c < columns(); ++c )
m_flatColumnWidths.push_back( columnWidth( c ) );
}
m_viewMode = mode;
clear();
updateColumnHeader();
if( m_viewMode == modeIpodView )
{
#if TDE_VERSION >= TDE_MAKE_VERSION(3,4,0)
setShadeSortColumn( false );
#endif
m_parent->m_ipodDecrement->setEnabled( m_currentDepth > 0 );
m_parent->ipodToolbar( true );
}
else
{
#if TDE_VERSION >= TDE_MAKE_VERSION(3,4,0)
setShadeSortColumn( true );
#endif
m_parent->ipodToolbar( false );
}
if ( rerender )
{
// Pretend we just incremented the view depth so that
// renderView() will call selectIpodItems()
if( m_viewMode == modeIpodView )
m_ipodIncremented = 1;
renderView( true );
}
}
void
CollectionItem::setPixmap(int column, const TQPixmap & pix)
{
//Don't show the cover if the album isn't expanded (for speed)
if ( !isOpen() )
{
TQListViewItem::setPixmap( column, pix );
return;
}
//Generate Album name
TQString album( text( 0 ) ), artist;
if ( m_cat == IdVisYearAlbum )
{
TQString pointlessString;
CollectionView::yearAlbumCalc( pointlessString, album );
}
else if ( m_cat != IdAlbum )
{
TQListViewItem::setPixmap( column, pix );
return;
}
//Now m_cat is either IdAlbum or IdVisYearAlbum, and so this is an album as required.
//Now work out the artist
CollectionItem *p = this;
while ( p->parent() && dynamic_cast<CollectionItem*>( p->parent() ) )
{
p = static_cast<CollectionItem*>( p->parent() );
if ( IdArtist == p->m_cat )
{
artist = p->text( 0 );
break;
}
}
if ( artist.isNull() )
{
//Try to guess artist - this will only happen if you don't have an Artist category
//above the Album category in the tree
QueryBuilder qb;
qb.addReturnValue( QueryBuilder::tabArtist, QueryBuilder::valName );
qb.addMatch( QueryBuilder::tabAlbum, QueryBuilder::valName, album );
TQStringList values( qb.run() );
if ( !values.isEmpty() )
artist = values[ 0 ];
else
{
//Don't bother trying to create a shadow because it won't work anyway. The
//nocover image has intial transparency, so adding the shadow doesn't work.
TQListViewItem::setPixmap( column, TQPixmap( CollectionDB::instance()->notAvailCover( false, 50 ) ) );
return;
}
}
TQListViewItem::setPixmap( column, TQPixmap( CollectionDB::instance()->albumImage( artist, album, true, 50 ) ) );
}
void
CollectionView::fetchCover() //SLOT
{
#ifdef AMAZON_SUPPORT
CollectionItem* item = static_cast<CollectionItem*>( currentItem() );
if ( !item ) return;
int cat = 0;
switch ( item->depth() )
{
case 0:
cat = m_cat1;
break;
case 1:
cat = m_cat2;
break;
case 2:
cat = m_cat3;
break;
}
TQString album = item->text(0);
if( cat == IdVisYearAlbum )
{
// we can't use findRev since an album may have " - " within it.
TQString sep = i18n(" - ");
album = album.right( album.length() - sep.length() - album.find( sep ) );
}
// find the first artist's name
TQStringList values =
CollectionDB::instance()->query( TQString (
"SELECT DISTINCT artist.name FROM artist, album, tags "
"WHERE artist.id = tags.artist AND tags.album = album.id "
"AND album.name = '%1';" )
.arg( CollectionDB::instance()->escapeString( album ) ) );
if ( !values.isEmpty() )
CollectionDB::instance()->fetchCover( this, values[0], album, false, static_cast<TQListViewItem*>(item) );
#endif
}
void
CollectionView::showTrackInfo() //SLOT
{
DEBUG_BLOCK
KURL::List urls = listSelected();
int selectedTracksNumber = urls.count();
//If we have only one, call the full dialog. Otherwise, the multiple tracks one.
if ( selectedTracksNumber == 1 )
{
TagDialog* dialog = new TagDialog( urls.first(), instance() );
dialog->show();
}
else if ( selectedTracksNumber )
{
TagDialog* dialog = new TagDialog( urls, instance() );
dialog->show();
}
}
bool
CollectionView::isOrganizingFiles() const
{
return m_organizeURLs.count() > 0;
}
void CollectionView::cancelOrganizingFiles()
{
// Set the indicator
m_organizingFileCancelled = true;
// Cancel the current underlying CollectionDB::instance()->moveFile operation
CollectionDB::instance()->cancelMovingFileJob();
}
void
CollectionView::organizeFiles( const KURL::List &urls, const TQString &caption, bool copy ) //SLOT
{
if( m_organizingFileCancelled )
{
TQString shortMsg = i18n( "Cannot start organize operation until jobs are aborted." );
Amarok::StatusBar::instance()->shortMessage( shortMsg, KDE::StatusBar::Sorry );
return;
}
if( m_organizeURLs.count() )
{
if( copy != m_organizeCopyMode )
{
TQString shortMsg = i18n( "Cannot start organize operation of different kind while another is in progress." );
Amarok::StatusBar::instance()->shortMessage( shortMsg, KDE::StatusBar::Sorry );
return;
}
else
{
m_organizeURLs += Amarok::recursiveUrlExpand( urls );
Amarok::StatusBar::instance()->incrementProgressTotalSteps( TQT_TQOBJECT(this), urls.count() );
return;
}
}
TQStringList folders = MountPointManager::instance()->collectionFolders();
if( folders.isEmpty() )
{
TQString longMsg = i18n( "You need to configure at least one folder for your collection for organizing your files." );
Amarok::StatusBar::instance()->longMessage( longMsg, KDE::StatusBar::Sorry );
return;
}
OrganizeCollectionDialogBase base( m_parent, "OrganizeFiles", true, caption,
KDialogBase::Ok|KDialogBase::Cancel|KDialogBase::Details );
TQVBox* page = base.makeVBoxMainWidget();
OrganizeCollectionDialog dialog( page );
dialog.folderCombo->insertStringList( folders, 0 );
dialog.folderCombo->setCurrentItem( AmarokConfig::organizeDirectory() );
dialog.overwriteCheck->setChecked( AmarokConfig::overwriteFiles() );
dialog.filetypeCheck->setChecked( AmarokConfig::groupByFiletype() );
dialog.initialCheck->setChecked( AmarokConfig::groupArtists() );
dialog.spaceCheck->setChecked( AmarokConfig::replaceSpace() );
dialog.coverCheck->setChecked( AmarokConfig::coverIcons() );
dialog.ignoreTheCheck->setChecked( AmarokConfig::ignoreThe() );
dialog.vfatCheck->setChecked( AmarokConfig::vfatCompatible() );
dialog.asciiCheck->setChecked( AmarokConfig::asciiOnly() );
dialog.customschemeCheck->setChecked( AmarokConfig::useCustomScheme() );
dialog.formatEdit->setText( AmarokConfig::customScheme() );
dialog.regexpEdit->setText( AmarokConfig::replacementRegexp() );
dialog.replaceEdit->setText( AmarokConfig::replacementString() );
connect( &base, TQT_SIGNAL(detailsClicked()), &dialog, TQT_SLOT(slotDetails()) );
if( dialog.customschemeCheck->isChecked() )
{
base.setDetails( true );
}
else
{
dialog.slotDetails();
}
KURL::List previewURLs = Amarok::recursiveUrlExpand( urls.first(), 1 );
if( previewURLs.count() )
{
dialog.setPreviewBundle( MetaBundle( previewURLs.first() ) );
dialog.update( 0 );
}
base.setInitialSize( TQSize( 450, 350 ) );
if( base.exec() == KDialogBase::Accepted )
{
AmarokConfig::setOrganizeDirectory( dialog.folderCombo->currentItem() );
AmarokConfig::setOverwriteFiles( dialog.overwriteCheck->isChecked() );
AmarokConfig::setGroupByFiletype( dialog.filetypeCheck->isChecked() );
AmarokConfig::setGroupArtists( dialog.initialCheck->isChecked() );
AmarokConfig::setIgnoreThe( dialog.ignoreTheCheck->isChecked() );
AmarokConfig::setReplaceSpace( dialog.spaceCheck->isChecked() );
AmarokConfig::setCoverIcons( dialog.coverCheck->isChecked() );
AmarokConfig::setVfatCompatible( dialog.vfatCheck->isChecked() );
AmarokConfig::setAsciiOnly( dialog.asciiCheck->isChecked() );
AmarokConfig::setUseCustomScheme( dialog.customschemeCheck->isChecked() );
AmarokConfig::setCustomScheme( dialog.formatEdit->text() );
AmarokConfig::setReplacementRegexp( dialog.regexpEdit->text() );
AmarokConfig::setReplacementString( dialog.replaceEdit->text() );
KURL::List skipped;
m_organizeURLs = Amarok::recursiveUrlExpand( urls );
m_organizeCopyMode = copy;
CollectionDB::instance()->createTables( true ); // create temp tables
Amarok::StatusBar::instance()->newProgressOperation( TQT_TQOBJECT(this) )
.setDescription( caption )
.setAbortSlot( TQT_TQOBJECT(this), TQT_SLOT( cancelOrganizingFiles() ) )
.setTotalSteps( m_organizeURLs.count() );
while( !m_organizeURLs.empty() && !m_organizingFileCancelled )
{
KURL &src = m_organizeURLs.first();
if( !CollectionDB::instance()->organizeFile( src, dialog, copy ) )
{
skipped += src;
}
m_organizeURLs.pop_front();
Amarok::StatusBar::instance()->incrementProgress( TQT_TQOBJECT(this) );
if( m_organizingFileCancelled ) m_organizeURLs.clear();
}
CollectionDB::instance()->sanitizeCompilations(); //queryBuilder doesn't handle unknownCompilations
CollectionDB::instance()->copyTempTables(); // copy temp table contents to permanent tables
CollectionDB::instance()->dropTables( true ); // and drop them
// and now do an incremental scan since this was disabled while organizing files
TQTimer::singleShot( 0, CollectionDB::instance(), TQT_SLOT( scanMonitor() ) );
if( !m_organizingFileCancelled && skipped.count() > 0 )
{
TQString longMsg = i18n( "The following file could not be organized: ",
"The following %n files could not be organized: ", skipped.count() );
bool first = true;
for( KURL::List::iterator it = skipped.begin();
it != skipped.end();
it++ )
{
if( !first )
longMsg += i18n( ", " );
else
first = false;
longMsg += (*it).path();
}
longMsg += i18n( "." );
TQString shortMsg = i18n( "Sorry, one file could not be organized.",
"Sorry, %n files could not be organized.", skipped.count() );
Amarok::StatusBar::instance()->shortLongMessage( shortMsg, longMsg, KDE::StatusBar::Sorry );
}
else if ( m_organizingFileCancelled )
{
Amarok::StatusBar::instance()->shortMessage( i18n( "Aborting jobs..." ) );
m_organizingFileCancelled = false;
}
m_dirty = true;
TQTimer::singleShot( 0, CollectionView::instance(), TQT_SLOT( renderView() ) );
Amarok::StatusBar::instance()->endProgressOperation( TQT_TQOBJECT(this) );
}
}
//////////////////////////////////////////////////////////////////////////////////////////
// private
//////////////////////////////////////////////////////////////////////////////////////////
void
CollectionView::contentsDragEnterEvent( TQDragEnterEvent *e )
{
e->accept( e->source() != viewport() && e->source() != this && KURLDrag::canDecode( e ) );
}
void
CollectionView::contentsDragMoveEvent( TQDragMoveEvent *e )
{
e->accept( e->source() != viewport() && e->source() != this && KURLDrag::canDecode( e ) );
}
void
CollectionView::contentsDropEvent( TQDropEvent *e )
{
KURL::List list;
if( KURLDrag::decode( e, list ) )
{
KURL::List expandedList;
int dropped = 0;
int invalid = 0;
for( KURL::List::iterator it = list.begin();
it != list.end();
++it )
{
if( (*it).isLocalFile() && TQFileInfo( (*it).path() ).isDir() )
expandedList += Amarok::recursiveUrlExpand( *it );
else
expandedList += *it;
}
KURL::List cleanList;
for( KURL::List::iterator it = expandedList.begin();
it != expandedList.end();
++it )
{
TQString proto = (*it).protocol();
if( !MetaBundle::isKioUrl( *it ) )
invalid++;
else if( (*it).isLocalFile() && CollectionDB::instance()->isFileInCollection( (*it).path() ) )
dropped++;
else
cleanList += *it;
}
TQString msg;
if( dropped > 0 )
msg += i18n( "One file already in collection",
"%n files already in collection", dropped );
if( invalid > 0 )
if( msg.isEmpty() )
msg += i18n( "One dropped file is invalid",
"%n dropped files are invalid", invalid );
else
msg += i18n( ", one dropped file is invalid",
", %n dropped files are invalid", invalid );
if( !msg.isEmpty() )
Amarok::StatusBar::instance()->shortMessage( msg );
if( cleanList.count() > 0 )
organizeFiles( list, i18n( "Copy Files To Collection" ), true /* copy */ );
}
}
void
CollectionView::dropProxyEvent( TQDropEvent *e )
{
contentsDropEvent( e );
}
void
CollectionView::safeClear()
{
bool block = signalsBlocked();
blockSignals( true );
clearSelection();
TQMap<TQListViewItem*, CoverFetcher*> *itemCoverMap = CollectionDB::instance()->getItemCoverMap();
TQMutex* itemCoverMapMutex = CollectionDB::instance()->getItemCoverMapMutex();
TQListViewItem *c = firstChild();
TQListViewItem *n;
itemCoverMapMutex->lock();
while( c ) {
if( itemCoverMap->contains( c ) )
itemCoverMap->erase( c );
n = c->nextSibling();
delete c;
c = n;
}
itemCoverMapMutex->unlock();
blockSignals( block );
triggerUpdate();
}
void
CollectionView::updateColumnHeader()
{
// remove all columns
for ( int i = columns() - 1; i >= 0 ; --i )
removeColumn( i );
if ( m_viewMode == modeFlatView )
{
setResizeMode( TQListView::NoColumn );
if( m_flatColumnWidths.size() == 0 )
{
addColumn( captionForTag( Title ) );
#define includesArtist(cat) (((cat)&IdArtist) \
||((cat)&IdArtistAlbum) \
||((cat)&IdGenreArtist) \
||((cat)&IdGenreArtistAlbum) \
||((cat)&IdArtistVisYearAlbum))
if( includesArtist(m_cat1)||includesArtist(m_cat2)||includesArtist(m_cat3) )
addColumn( captionForTag( Artist ) );
else
addColumn( captionForTag( Artist ), 0 );
#undef includesArtist
if( m_cat1&IdComposer || m_cat2&IdComposer || m_cat3&IdComposer )
addColumn( captionForTag( Composer ) );
else
addColumn( captionForTag( Composer ), 0 );
#define includesAlbum(cat) (((cat)&IdAlbum) \
||((cat)&IdArtistAlbum) \
||((cat)&IdGenreArtistAlbum) \
||((cat)&IdVisYearAlbum) \
||((cat)&IdArtistVisYearAlbum))
if( includesAlbum(m_cat1)||includesAlbum(m_cat2)||includesAlbum(m_cat3) )
addColumn( captionForTag( Album ) );
else
addColumn( captionForTag( Album ), 0 );
#undef includesAlbum
#define includesGenre(cat) (((cat)&IdGenre) \
||((cat)&IdGenreArtist) \
||((cat)&IdGenreArtistAlbum))
if( includesGenre(m_cat1)||includesGenre(m_cat2)||includesGenre(m_cat3) )
addColumn( captionForTag( Genre ) );
else
addColumn( captionForTag( Genre ), 0 );
#undef includesGenre
addColumn( captionForTag( Length ),0 );
addColumn( captionForTag( DiscNumber ), 0 );
addColumn( captionForTag( Track ), 0 );
#define includesYear(cat) (((cat)&IdYear) \
||((cat)&IdVisYearAlbum) \
||((cat)&IdArtistVisYearAlbum))
if( includesYear(m_cat1)||includesYear(m_cat2)||includesYear(m_cat3) )
addColumn( captionForTag( Year ) );
else
addColumn( captionForTag( Year ), 0 );
#undef includesYear
addColumn( captionForTag( Comment ), 0 );
addColumn( captionForTag( Playcount ), 0 );
addColumn( captionForTag( Score ), 0 );
addColumn( captionForTag( Rating ), 0 );
addColumn( captionForTag( Filename ), 0 );
addColumn( captionForTag( Firstplay ), 0 );
addColumn( captionForTag( Lastplay ), 0 );
addColumn( captionForTag( Modified ), 0 );
addColumn( captionForTag( Bitrate ), 0 );
addColumn( captionForTag( Filesize ), 0 );
addColumn( captionForTag( BPM ), 0 );
}
else
{
for( uint tag = 0; tag < NUM_TAGS; ++tag ) {
if( tag < m_flatColumnWidths.size() )
addColumn( captionForTag( static_cast<Tag>( tag ) ), m_flatColumnWidths[tag] );
else
addColumn( captionForTag( static_cast<Tag>( tag ) ), 0 );
}
}
setColumnAlignment( Track, TQt::AlignCenter );
setColumnAlignment( DiscNumber, TQt::AlignCenter );
setColumnAlignment( Length, TQt::AlignRight );
setColumnAlignment( Bitrate, TQt::AlignCenter );
setColumnAlignment( Score, TQt::AlignCenter );
setColumnAlignment( Playcount, TQt::AlignCenter );
setColumnAlignment( BPM, TQt::AlignRight );
//TQListView allows invisible columns to be resized, so we disable resizing for them
for ( int i = 0; i < columns(); ++i ) {
setColumnWidthMode ( i, TQListView::Manual );
if ( columnWidth( i ) == 0 )
header()->setResizeEnabled( false, i );
}
setRootIsDecorated( false );
}
else if ( m_viewMode == modeTreeView )
{
setResizeMode( TQListView::LastColumn );
TQString caption = captionForCategory( m_cat1 );
int catArr[2] = {m_cat2, m_cat3};
for(int i = 0; i < 2; i++) {
if (catArr[i] != IdNone ) {
caption += " / " + captionForCategory( catArr[i] );
}
}
addColumn( caption );
setRootIsDecorated( true );
}
// The iPod columns
// When not in track mode, there are two columns: the first
// contains the text + pixmap, and the second just has the
// right-arrow pixmap. In any case we're not in tree mode.
else if ( m_viewMode == modeIpodView )
{
TQString caption;
if( m_currentDepth == trackDepth() )
caption = i18n( "Tracks" );
else
{
int catArr[3] = {m_cat1, m_cat2, m_cat3};
caption = captionForCategory( catArr[m_currentDepth] );
}
addColumn( caption );
if( m_currentDepth != trackDepth() )
{
TQPixmap pixmap = ipodDecrementIcon();
// This column is for the "->" buttons. The width is just
// a guess, and will be changed once an item is added.
addColumn( "", pixmap.width() + 10 );
}
setRootIsDecorated( false );
// Neither column should automatically stretch, since this tends
// to add a scrollbar when it's not needed, and anyway we manually
// stretch it in viewportResizeEvent()
header()->setStretchEnabled( false, 0 );
if( m_currentDepth != trackDepth() )
header()->setStretchEnabled( false, 1 );
}
//manage column widths
TQResizeEvent rev( size(), TQSize() );
viewportResizeEvent( &rev );
m_parent->m_categoryMenu->setItemChecked( IdArtist, m_cat1 == IdArtist && m_cat2 == IdNone );
m_parent->m_categoryMenu->setItemChecked( IdAlbum, m_cat1 == IdAlbum && m_cat2 == IdNone );
m_parent->m_categoryMenu->setItemChecked( IdArtistAlbum, m_cat1 == IdArtist && m_cat2 == IdAlbum && m_cat3 == IdNone );
m_parent->m_categoryMenu->setItemChecked( IdArtistVisYearAlbum, m_cat1 == IdArtist && m_cat2 == IdVisYearAlbum && m_cat3 == IdNone );
m_parent->m_categoryMenu->setItemChecked( IdGenreArtist, m_cat1 == IdGenre && m_cat2 == IdArtist && m_cat3 == IdNone );
m_parent->m_categoryMenu->setItemChecked( IdGenreArtistAlbum, m_cat1 == IdGenre && m_cat2 == IdArtist && m_cat3 == IdAlbum );
}
void
CollectionView::startDrag()
{
KURL::List urls = listSelected();
KURLDrag* d = new KURLDrag( urls, this );
d->setPixmap( CollectionDB::createDragPixmap(urls),
TQPoint( CollectionDB::DRAGPIXMAP_OFFSET_X,
CollectionDB::DRAGPIXMAP_OFFSET_Y ) );
d->dragCopy();
}
TQString
CollectionView::getTrueItemText( int cat, TQListViewItem* item ) const
{
//Work out the true name of the album ( where Unknown is "" ) , and the
TQString trueItemText;
if ( item == 0 )
{
warning() << "getTrueItemText() called for empty CollectionItem" << endl;
return TQString();
}
if ( dynamic_cast<CollectionItem*>( item ) )
{
CollectionItem* collectItem = static_cast<CollectionItem*>( item );
trueItemText = collectItem->getSQLText( 0 );
if ( cat == IdVisYearAlbum && !collectItem->isUnknown() )
trueItemText = trueItemText.right( trueItemText.length() - trueItemText.find( i18n( " - " ) ) - i18n( " - " ).length() );
}
else
{
trueItemText = item->text( 0 );
warning() << "getTrueItemText() called for non-CollectionItem with text '" << trueItemText << '\'' << endl;
}
return trueItemText;
}
TQStringList
CollectionView::listSelectedSiblingsOf( int cat, TQListViewItem* item )
{
// notice that using the nextSibling()-axis does not work in this case as this
// would only select items below the specified item.
TQStringList list;
TQString trueItemText;
int depth = item->depth();
// go to top most item
while( item && item->itemAbove() )
{
item = item->itemAbove();
//debug() << "walked up to item: " << getTrueItemText( cat, item ) << endl;
}
// walk down to get all selected items in same depth
while( item )
{
if ( item->isSelected() && item->depth() == depth )
{
trueItemText = getTrueItemText( cat, item );
//debug() << "selected item: " << trueItemText << endl;
list << trueItemText;
}
item = item->itemBelow();
}
return list;
}
KURL::List
CollectionView::listSelected()
{
//Here we determine the URLs of all selected items. We use two passes, one for the parent items,
//and another one for the children.
KURL::List list;
TQListViewItem* item;
TQStringList values;
QueryBuilder qb;
// initialization for year - album mode
TQString tmptext;
bool unknownText;
int VisYearAlbum = -1;
int q_cat1=m_cat1;
int q_cat2=m_cat2;
int q_cat3=m_cat3;
if (m_cat1 == IdVisYearAlbum || m_cat2 == IdVisYearAlbum || m_cat3 == IdVisYearAlbum)
{
if (m_cat1==IdVisYearAlbum)
{
VisYearAlbum = 1;
q_cat1 = IdAlbum;
}
if (m_cat2==IdVisYearAlbum)
{
VisYearAlbum = 2;
q_cat2 = IdAlbum;
}
if (m_cat3==IdVisYearAlbum)
{
VisYearAlbum = 3;
q_cat3 = IdAlbum;
}
}
if ( m_viewMode == modeFlatView )
{
for ( item = firstChild(); item; item = item->nextSibling() )
if ( item->isSelected() )
list << static_cast<CollectionItem*>( item ) ->url();
return list;
}
// The iPod selection code is written to resemble the tree mode
// selection logic, as well as what happens on an actual iPod. If
// we're in track mode, just return the list of tracks selected.
// Otherwise select all children of all currently selected items,
// sorting first by m_cat1, then m_cat2, then m_cat3. Sort by
// track first if one of the categories is Id(VisYear)Album.
// There is a difficulty with compilation albums -- if we're
// sorting by track first then we want to group compilation albums
// separately, and not with the individual artists, even if that's
// one of the categories (e.g. if the user just adds one
// compilation album, we can't sort by artist first). In other
// words, when one of the categories is Id(VisYear)Album,
// compilation albums should behave as if the artist is Various
// Artists, for sorting purposes. This is handled by making two
// separate queries, the first for the compilations, and the
// second for everything else.
// Note that if "All" is currently selected then the other
// selections are ignored.
if ( m_viewMode == modeIpodView )
{
// If we're already displaying tracks, just return the selected ones
if( m_currentDepth == trackDepth() )
{
TQPtrList<TQListViewItem> selected = selectedItems();
TQPtrList<TQListViewItem>::iterator it = selected.begin();
while( it != selected.end() )
{
if( dynamic_cast<CollectionItem*>(*it) != 0 )
list << dynamic_cast<CollectionItem*>(*it)->url();
++it;
}
return list;
}
// We're not displaying tracks.
QueryBuilder qb;
// Do a "fake" depth incrementation to figure out the
// correct filters at the current depth
incrementDepth( false );
// Copy the filter list before calling decrementDepth() below
TQStringList filters[3];
for( int i = 0; i < m_currentDepth; ++i )
filters[i] = m_ipodFilters[i];
TQStringList filterYear = m_ipodFilterYear;
// Undo the fake depth incrementation
decrementDepth( false );
int catArr[3] = {m_cat1, m_cat2, m_cat3};
int tables = 0;
bool sortByTrackFirst = false;
for(int i = 0; i < trackDepth(); ++i)
tables |= (catArr[i] == IdVisYearAlbum
? IdAlbum
: catArr[i]);
// Figure out if the results will be sorted by track first
// (i.e., if one of the filters is by album). If so, we need
// to search compilations first.
if( tables & IdAlbum )
sortByTrackFirst = true;
if( sortByTrackFirst )
{
// Build the query, recursively sorted. First get compilation
// albums so they'll be first, not sorted by artist
buildIpodQuery( qb, trackDepth(), filters, filterYear, true, true );
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
qb.setOptions( QueryBuilder::optOnlyCompilations );
qb.setGoogleFilter( tables | QueryBuilder::tabSong, m_filter );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
values = qb.run();
}
// Now build the non-compilation album query
qb.clear();
buildIpodQuery( qb, trackDepth(), filters, filterYear, true, false );
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
if( sortByTrackFirst )
qb.setOptions( QueryBuilder::optNoCompilations );
qb.setGoogleFilter( tables | QueryBuilder::tabSong, m_filter );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
values += qb.run();
int total = values.count() / qb.countReturnValues();
// This shouldn't happen
if( total == 0 )
return list;
TQStringList::Iterator it = values.begin();
KURL tmp;
while ( it != values.end() )
{
tmp.setPath( (*(it++)) );
list << tmp;
}
return list;
}
//first pass: parents
for ( item = firstChild(); item; item = item->nextSibling() )
if ( item->isSelected() )
{
const bool sampler = static_cast<CollectionItem*>( item )->isSampler();
qb.clear();
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
tmptext = static_cast<CollectionItem*>( item )->getSQLText( 0 );
unknownText = tmptext.isEmpty();
if ( !sampler )
{
if ( q_cat1 == IdArtist )
qb.setOptions( QueryBuilder::optNoCompilations );
if( VisYearAlbum == 1 )
{
tmptext = item->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( unknownText )
tmptext = "";
}
qb.addMatch( q_cat1, tmptext, false, true );
}
else
qb.setOptions( QueryBuilder::optOnlyCompilations );
qb.setGoogleFilter( q_cat1 | q_cat2 | q_cat3 | QueryBuilder::tabSong, m_filter );
if( VisYearAlbum == 1 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
if( !sampler ) qb.sortBy( q_cat1, QueryBuilder::valName );
if( VisYearAlbum == 2 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
if( q_cat2 != QueryBuilder::tabSong )
qb.sortBy( q_cat2, QueryBuilder::valName );
if( VisYearAlbum == 3 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
if( q_cat3 != QueryBuilder::tabSong )
qb.sortBy( q_cat3, QueryBuilder::valName );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTrack );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valURL );
qb.setOptions( QueryBuilder::optRemoveDuplicates );
values = qb.run();
for ( uint i = 0; i < values.count(); i++ )
{
KURL tmp;
tmp.setPath( values[i] );
list << tmp;
}
}
//second pass: category 1
if ( m_cat2 == IdNone )
{
for ( item = firstChild(); item; item = item->nextSibling() )
for ( TQListViewItem* child = item->firstChild(); child; child = child->nextSibling() )
if ( child->isSelected() && !child->parent()->isSelected() )
list << static_cast<CollectionItem*>( child ) ->url();
}
else {
for ( item = firstChild(); item; item = item->nextSibling() )
for ( TQListViewItem* child = item->firstChild(); child; child = child->nextSibling() )
if ( child->isSelected() && !child->parent()->isSelected() )
{
const bool sampler = static_cast<CollectionItem*>( item )->isSampler();
qb.clear();
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
if ( !sampler )
{
if ( q_cat1 == IdArtist )
qb.setOptions( QueryBuilder::optNoCompilations );
tmptext = static_cast<CollectionItem*>( item )->getSQLText( 0 );
unknownText = tmptext.isEmpty();
if( VisYearAlbum == 1 )
{
tmptext = item->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( unknownText )
tmptext = "";
}
qb.addMatch( q_cat1, tmptext, false, true );
}
else
qb.setOptions( QueryBuilder::optOnlyCompilations );
tmptext = static_cast<CollectionItem*>( child )->getSQLText( 0 );
unknownText = tmptext.isEmpty();
if( VisYearAlbum == 2 )
{
tmptext = child->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( unknownText )
tmptext = "";
}
qb.addMatch( q_cat2, tmptext, false, true );
qb.setGoogleFilter( q_cat1 | q_cat2 | q_cat3 | QueryBuilder::tabSong, m_filter );
if( VisYearAlbum == 1 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
if( !sampler )
qb.sortBy( q_cat1, QueryBuilder::valName );
if( VisYearAlbum == 2 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
qb.sortBy( q_cat2, QueryBuilder::valName );
if( VisYearAlbum == 3 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
if( q_cat3 != QueryBuilder::tabSong )
qb.sortBy( q_cat3, QueryBuilder::valName );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTrack );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valURL );
qb.setOptions( QueryBuilder::optRemoveDuplicates );
values = qb.run();
for ( uint i = 0; i < values.count(); i++ )
{
KURL tmp;
tmp.setPath( values[i] );
list << tmp;
}
}
}
//third pass: category 2
for ( item = firstChild(); item; item = item->nextSibling() )
for ( TQListViewItem* child = item->firstChild(); child; child = child->nextSibling() )
for ( TQListViewItem* grandChild = child->firstChild(); grandChild; grandChild = grandChild->nextSibling() )
if ( grandChild->isSelected() && !grandChild->isExpandable() && !child->parent()->isSelected() && !child->isSelected() )
list << static_cast<CollectionItem*>( grandChild ) ->url();
//category 3
if ( m_cat3 == IdNone )
{
for ( item = firstChild(); item; item = item->nextSibling() )
for ( TQListViewItem* child = item->firstChild(); child; child = child->nextSibling() )
for ( TQListViewItem* grandChild = child->firstChild(); grandChild; grandChild = grandChild->nextSibling() )
for ( TQListViewItem* grandChild2 = grandChild->firstChild(); grandChild2; grandChild2 = grandChild2->nextSibling() )
if ( grandChild2->isSelected() && !child->parent()->isSelected() && !child->isSelected() && !grandChild->isSelected() )
list << static_cast<CollectionItem*>( grandChild2 ) ->url();
}
else {
for ( item = firstChild(); item; item = item->nextSibling() )
for ( TQListViewItem* child = item->firstChild(); child; child = child->nextSibling() )
for ( TQListViewItem* grandChild = child->firstChild(); grandChild; grandChild = grandChild->nextSibling() )
if ( grandChild->isSelected() && !grandChild->parent()->isSelected() )
{
const bool sampler = static_cast<CollectionItem*>( item )->isSampler();
qb.clear();
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
if ( !sampler )
{
if ( q_cat1 == IdArtist )
qb.setOptions( QueryBuilder::optNoCompilations );
tmptext = static_cast<CollectionItem*>( item )->getSQLText( 0 );
unknownText = tmptext.isEmpty();
if( VisYearAlbum == 1 )
{
tmptext = item->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( unknownText )
tmptext = "";
}
qb.addMatch( q_cat1, tmptext, false, true );
}
else
qb.setOptions( QueryBuilder::optOnlyCompilations );
tmptext = static_cast<CollectionItem*>( child )->getSQLText( 0 );
unknownText = tmptext.isEmpty();
if( VisYearAlbum == 2 )
{
tmptext = child->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( unknownText )
tmptext = "";
}
qb.addMatch( q_cat2, tmptext, false, true );
tmptext = static_cast<CollectionItem*>( grandChild )->getSQLText( 0 );
unknownText = tmptext.isEmpty();
if( VisYearAlbum == 3 )
{
tmptext = grandChild->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
qb.addMatch( QueryBuilder::tabYear, year, false, true );
if ( unknownText )
tmptext = "";
}
qb.addMatch( q_cat3, tmptext, false, true );
qb.setGoogleFilter( q_cat1 | q_cat2 | q_cat3 | QueryBuilder::tabSong, m_filter );
if( VisYearAlbum == 1 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
if( !sampler )
qb.sortBy( q_cat1, QueryBuilder::valName );
if( VisYearAlbum == 2 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
qb.sortBy( q_cat2, QueryBuilder::valName );
if( VisYearAlbum == 3 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName);
qb.sortBy( q_cat3, QueryBuilder::valName );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTrack );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valURL );
qb.setOptions( QueryBuilder::optRemoveDuplicates );
values = qb.run();
for ( uint i = 0; i < values.count(); i++ )
{
KURL tmp;
tmp.setPath( values[i] );
list << tmp;
}
}
}
//category 3
for ( item = firstChild(); item; item = item->nextSibling() )
for ( TQListViewItem* child = item->firstChild(); child; child = child->nextSibling() )
for ( TQListViewItem* grandChild = child->firstChild(); grandChild; grandChild = grandChild->nextSibling() )
for ( TQListViewItem* grandChild2 = grandChild->firstChild(); grandChild2; grandChild2 = grandChild2->nextSibling() )
if ( grandChild2->isSelected() && !child->parent()->isSelected() && !child->isSelected() && !grandChild->isSelected() )
list << static_cast<CollectionItem*>( grandChild2 ) ->url();
return list;
}
void
CollectionView::playlistFromURLs( const KURL::List &urls )
{
TQString suggestion;
typedef TQListViewItemIterator It;
It it( this, It::Visible | It::Selected );
if( (*it) && !(*(++it)) )
suggestion = (*It( this, It::Visible | It::Selected ))->text( 0 );
else
suggestion = i18n( "Untitled" );
const TQString path = PlaylistDialog::getSaveFileName( suggestion );
if( path.isEmpty() )
return;
CollectionDB* db = CollectionDB::instance();
TQValueList<TQString> titles;
TQValueList<int> lengths;
for( KURL::List::ConstIterator it = urls.constBegin(), end = urls.constEnd(); it != end; ++it )
{
int deviceid = MountPointManager::instance()->getIdForUrl( *it );
KURL rpath;
MountPointManager::instance()->getRelativePath( deviceid, *it, rpath );
const TQString query = TQString("SELECT title, length FROM tags WHERE url = '%1' AND deviceid = %2;")
.arg( db->escapeString( rpath.path() ) ).arg( deviceid );
debug() << "media id: " << deviceid << " rpath: " << rpath.path() << endl;
TQStringList result = db->query( query );
titles << result[0];
lengths << result[1].toInt();
}
if( PlaylistBrowser::savePlaylist( path, urls, titles, lengths ) )
PlaylistWindow::self()->showBrowser( "PlaylistBrowser" );
}
TQPixmap
CollectionView::iconForCategory( const int cat ) const
{
TQString icon;
switch( cat )
{
case IdAlbum:
icon = "media-optical-cdrom";
break;
case IdVisYearAlbum:
icon = "media-optical-cdrom";
break;
case IdArtist:
icon = "preferences-desktop-personal";
break;
case IdComposer:
icon = "preferences-desktop-personal";
break;
case IdGenre:
icon = "kfm";
break;
case IdYear:
icon = "history";
break;
case IdLabel:
icon = "kfm";
break;
}
return TDEGlobal::iconLoader()->loadIcon( icon, TDEIcon::Toolbar, TDEIcon::SizeSmall );
}
TQString
CollectionView::captionForCategory( const int cat ) const
{
switch( cat )
{
case IdAlbum:
return i18n( "Album" );
break;
case IdVisYearAlbum:
return i18n( "Year" ) + i18n( " - " ) + i18n( "Album" );
break;
case IdArtist:
return i18n( "Artist" );
break;
case IdComposer:
return i18n( "Composer" );
break;
case IdGenre:
return i18n( "Genre" );
break;
case IdYear:
return i18n( "Year" );
break;
case IdLabel:
return i18n( "Label" );
break;
}
return TQString();
}
TQString
CollectionView::captionForTag( const Tag tag) const
{
TQString caption;
switch( tag )
{
case Artist: caption = i18n( "Artist" ); break;
case Album: caption = i18n( "Album" ); break;
case Genre: caption = i18n( "Genre" ); break;
case Title: caption = i18n( "Title" ); break;
case Length: caption = i18n( "Length" ); break;
case DiscNumber:caption = i18n( "Disc Number" ); break;
case Track: caption = i18n( "Track" ); break;
case Year: caption = i18n( "Year" ); break;
case Comment: caption = i18n( "Comment" ); break;
case Composer: caption = i18n( "Composer" ); break;
case Playcount: caption = i18n( "Playcount" ); break;
case Score: caption = i18n( "Score" ); break;
case Rating: caption = i18n( "Rating" ); break;
case Filename: caption = i18n( "Filename" ); break;
case Firstplay: caption = i18n( "First Play" ); break;
case Lastplay: caption = i18n( "Last Play" ); break;
case Modified: caption = i18n( "Modified Date" ); break;
case Bitrate: caption = i18n( "Bitrate" ); break;
case Filesize: caption = i18n( "File Size" ); break;
case BPM: caption = i18n( "BPM" ); break;
default: break;
}
return caption;
}
//////////////////////////////
// For iPod-style navigation
//////////////////////////////
/*
* Overview
* --------
*
* The iPod-style navigation is a (1, 2, or) 3-tier filtering process
* (depending on the current "Group By" setting). For concreteness
* let's say the user is grouping by Genre, Artist, Album. The first
* screen he is presented with is a list of the genres, along with an
* "All genres" option (unless there is only one genre). He selects
* one or more genres, and clicks the right arrow in the toolbar. He
* is then presented with a list of albums whose genre matches one of
* the genres he has just chosen, unless he has chosen "All genres",
* in which case all albums are shown. This is repeated until he gets
* to an actual track list. If the user clicks the left arrow, he is
* taken back to the previous screen, with his previous selection
* still intact.
*
*
* Interface
* ---------
*
* The two main actions the user can perform are "browse forward" and
* "browse backward", otherwise known as increment and decrement the
* browse depth. There is a small toolbar with these two buttons
* located to the right of the time filter combobox, which is enabled
* in iPod view mode. If the user is not viewing tracks, there is
* also a small browse forward button to the right of each entry on
* his screen. If the user is viewing tracks, the browse forward
* action adds the currently selected tracks to the playlist.
* Pressing the right or left keys is an alternate way of browsing
* forward or backward. At any point the user may drag and drop, press
* return, or double-click to add the current selection to the playlist;
* the logic for this is explained in a comment in listSelected(). If
* divider mode is on, dividers are added as expected when not in track
* mode.
*
*
* Related methods
* ---------------
*
* CollectionBrowser::ipodToolbar()
* -- (de)activate the toolbar with the browse buttons
* CollectionView::keyPressEvent()
* -- handle the Left and Right keys, as well as the Up and Down keys
* to allow for wrapping around and skipping dividers
* CollectionView::renderView()
* -- logic for applying the current filter and adding the matching
* items to the screen
* CollectionView::ipodItemClicked()
* -- slot for activating the browse forward action when the right
* arrow on a listview item is clicked
* CollectionView::setViewMode()
* -- enable/disable iPod toolbar
* CollectionView::updateColumnHeader()
* CollectionView::listSelected()
* -- apply current filters and current selection to get a track
* list, and order it correctly
* CollectionView::allForCategory()
* -- return the text for the "All" item in the current category
* CollectionView::incrementDepth()
* -- save the current selection away as a filter, and remember it
* in case the user browses back so we can reselect
* CollectionView::decrementDepth()
* -- delete the current filter and reselect the saved selection
* CollectionView::resetIpodDepth()
* -- reset the iPod view mode to the first screen
* CollectionView::buildIpodQuery()
* -- adds query and sort criteria to a QueryBuilder, based on the
* saved filters
* CollectionView::selectIpodItems()
* -- if we've just browsed forward, select the All item (or the
* unique item if there's only one). If we've just browsed back,
* reselect the saved selection.
* CollectionView::ipodIncrementIcon(), CollectionView::ipodDecrementIcon()
* -- returns a TQPixmap of the small version of the right, resp. left
* arrow buttons
* CollectionView::viewportResizeEvent()
* CollectionItem::compare()
* -- in iPod mode the "All" item goes first
*
*/
// Returns the text for the "All" filter option for the given category
// and the number of items in that category.
TQString
CollectionView::allForCategory( const int cat, const int num ) const
{
switch( cat )
{
// The singular forms shouldn't get used
case IdAlbum:
case IdVisYearAlbum:
return i18n( "Album", "All %n Albums", num );
break;
case IdArtist:
return i18n( "Artist", "All %n Artists", num );
break;
case IdComposer:
return i18n( "Composer", "All %n Composers", num );
break;
case IdGenre:
return i18n( "Genre", "All %n Genres", num );
break;
case IdYear:
return i18n( "Year", "All %n Years", num );
break;
case IdLabel:
return i18n( "Label", "All %n Labels", num );
break;
}
return TQString();
}
// This slot is called when the "browse right" action is activated,
// and also in listSelected(). It is responsible for saving the
// current selection in two ways: first, it saves the selection as
// a list of query match criteria in m_ipodFilters and m_ipodFilterYear,
// and second, it saves the currently selected items, the current item,
// and the screen position in m_ipodSelected, m_ipodCurrent, and
// m_ipodTopItem.
// The reason there's a separate m_ipodFilterYear which is not an
// array of lists, is because if one of the categories is IdVisYearAlbum,
// we want to save the album filter separately from the year filter;
// since there's only one category that is IdVisYearAlbum, we don't need
// an array of years.
// The main reason the cache data (m_ipodSelected, etc.) is separate
// from the filter data (m_ipodFilters, etc.), apart from the fact it's
// easier to code this way, is that the filter data must be deleted
// immediately upon browsing left, whereas the cache data must not.
// If we're in track mode, this just inserts the currently selected
// tracks into the playlist.
void
CollectionView::incrementDepth( bool rerender /*= true*/ )
{
if( m_viewMode != modeIpodView )
return;
if( selectedItems().count() == 0 )
return;
// Track mode?
if( m_currentDepth == trackDepth() )
{
Playlist::instance()->insertMedia( listSelected(), Playlist::Unique | Playlist::Append );
return;
}
m_parent->m_ipodDecrement->setEnabled( true );
// We're not in track mode
int catArr[3] = {m_cat1, m_cat2, m_cat3};
int cat = catArr[m_currentDepth];
// Clear filters and cache data at this level
m_ipodFilters[m_currentDepth].clear();
if( cat == IdVisYearAlbum )
m_ipodFilterYear.clear();
m_ipodSelected[m_currentDepth].clear();
m_ipodCurrent[m_currentDepth] = TQString();
m_ipodTopItem[m_currentDepth] = TQString();
// Save the current item
if( currentItem() )
m_ipodCurrent[m_currentDepth] = currentItem()->text( 0 );
//cache viewport's top item
TQListViewItem* item = itemAt( TQPoint(0, 0) );
if ( item )
m_ipodTopItem[m_currentDepth] = item->text( 0 );
// Figure out the next filter, and save the current selection
TQPtrList<TQListViewItem> selected = selectedItems();
TQPtrList<TQListViewItem>::iterator it = selected.begin();
while( it != selected.end() )
{
CollectionItem *item = dynamic_cast<CollectionItem*>( *it );
++it;
if( item == 0 )
continue;
// No filter if "All" is selected
if( item->isSampler() )
{
m_ipodFilters[m_currentDepth].clear();
if( cat == IdVisYearAlbum )
m_ipodFilterYear.clear();
// If "All" is selected then don't bother saving this
// selection, since All will then be reselected automatically
// in selectIpodItems()
m_ipodSelected[m_currentDepth].clear();
m_ipodCurrent[m_currentDepth] = TQString();
break;
}
if( cat == IdVisYearAlbum )
{
TQString tmptext = item->text( 0 );
TQString year = tmptext.left( tmptext.find( i18n(" - ") ) );
yearAlbumCalc( year, tmptext );
if( !item->isUnknown() )
m_ipodFilters[m_currentDepth] << tmptext;
else
m_ipodFilters[m_currentDepth] << "";
m_ipodFilterYear << year; // May be ""
}
else
m_ipodFilters[m_currentDepth] << item->getSQLText( 0 );
// Save the selection
m_ipodSelected[m_currentDepth] << item->text( 0 );
}
m_currentDepth++;
if( rerender )
{
updateColumnHeader();
m_ipodIncremented = 1;
renderView( true );
}
}
// This slot is basically responsible for undoing whatever
// incrementDepth did. Namely, it deletes the filter at
// the previous level; selectIpodItems() will then be called
// from renderView() to reselect the remembered selection.
void
CollectionView::decrementDepth ( bool rerender /*= true*/ )
{
if( m_viewMode != modeIpodView )
return;
if( m_currentDepth <= 0 )
return;
m_currentDepth--;
m_parent->m_ipodDecrement->setEnabled( m_currentDepth > 0 );
m_ipodFilters[m_currentDepth].clear();
int catArr[3] = {m_cat1, m_cat2, m_cat3};
int cat = catArr[m_currentDepth];
if( cat == IdVisYearAlbum )
m_ipodFilterYear.clear();
// Clear the selection on higher levels
for( int i = m_currentDepth + 1; i < 3; ++i )
{
m_ipodSelected[i].clear();
m_ipodCurrent[i] = TQString();
m_ipodTopItem[i] = TQString();
}
if( rerender )
{
m_ipodIncremented = 2;
updateColumnHeader();
renderView( true );
}
}
// This resets the ipod view mode to the first screen.
// Call updateColumnHeader() as well whenever you run this
void
CollectionView::resetIpodDepth ( void )
{
m_currentDepth = 0;
m_ipodFilterYear.clear();
m_ipodFilters[0].clear();
m_ipodFilters[1].clear();
m_ipodFilters[2].clear();
m_ipodIncremented = 1;
m_parent->m_ipodDecrement->setEnabled( false );
}
// This method is the querying workhorse for the iPod browsing code.
// It is used both to populate the content browser (in renderView())
// and to generate track lists (in listSelected()). This method only
// runs qb.addMatch() and qb.sortBy() (as well as one qb.addFilter()
// below); the caller should run qb.setGoogleFilter(),
// qb.addReturnValue(), etc.
// The sorting is as follows: if recursiveSort is true (for
// listSelected()), then it sorts first by m_cat1, then by m_cat2,
// then m_cat3, then track; if recursiveSort is false (for
// renderView()), it only sorts by the category at m_currentDepth.
// Tracks are sorted by track number first if either of the two
// following conditions hold:
// (i) recursiveSort is true and one of the categories is (Year +) Album
// (ii) recursiveSort is false and only one album is selected
// This most closely mimics the behavior of the list view, as well as
// an actual iPod.
// The compilationsOnly argument does *not* set the onlyCompilations
// option (setting options is up to the caller); all it does is disable
// sorting by artist if recursiveSort is on. This is because when doing
// a compilations-only search, all tracks should behave as if the artist
// were Various Artists for sorting purposes.
void
CollectionView::buildIpodQuery ( QueryBuilder &qb, int depth, TQStringList filters[3],
TQStringList filterYear, bool recursiveSort /*= false*/, bool compilationsOnly /*= false*/)
{
int catArr[3] = {m_cat1, m_cat2, m_cat3};
int q_cat;
bool stillFiltering = (depth < trackDepth());
bool SortbyTrackFirst = false;
// First apply the filters from previous screens
for( int i = 0; i < depth; ++i )
{
q_cat = catArr[i];
if( q_cat == IdVisYearAlbum )
{
q_cat = IdAlbum;
if( filters[i].count() > 0 )
{
// This is very annoying -- we have to do an OR of queries
// of the form (album = ? AND year = ??)
TQStringList::iterator album = filters[i].begin();
TQStringList::iterator year = filterYear.begin();
qb.beginOR();
while( album != filters[i].end() )
{
qb.beginAND();
qb.addMatch( QueryBuilder::tabAlbum, *album, false, true );
qb.addMatch( QueryBuilder::tabYear, *year, false, true );
qb.endAND();
++album;
++year;
}
qb.endOR();
}
if( recursiveSort )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName );
}
else
{
if( filters[i].count() > 0 )
qb.addMatches( q_cat, filters[i], false, true );
}
// Don't sort by artist if we're getting compilations
if( recursiveSort
&& !(compilationsOnly && q_cat == IdArtist) )
qb.sortBy( q_cat, QueryBuilder::valName );
// Sort by track first subject to the conditions described above
if( q_cat == IdAlbum &&
(filters[i].count() == 1 || recursiveSort) )
SortbyTrackFirst = true;
}
// Now add the non-recursive sort-by
if( stillFiltering ) // Are we showing a category?
{
q_cat = catArr[depth];
if( q_cat == IdVisYearAlbum )
{
q_cat = IdAlbum;
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName );
}
qb.sortBy( q_cat, QueryBuilder::valName );
// ensure we don't get empty genres/albums/etc due to tag changes
qb.addFilter( QueryBuilder::tabSong, TQString() );
}
// ... or are we showing tracks?
else
{
if ( SortbyTrackFirst ) {
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTrack );
}
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTitle );
if ( !SortbyTrackFirst ) {
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTrack );
}
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valURL );
}
}
// This method is responsible for either selecting the "All" item
// if the iPod depth has been incremented, or selecting the previously
// remembered items if the depth has been decremented, depending on
// m_ipodIncremented, m_ipodSelected, m_ipodCurrent, and m_ipodTopItem.
// Note that if the previously selected items have disappeared (due to
// a GoogleFilter being applied, e.g.) then we select the "All" item by
// default.
// Note that if there is only one item in the list then there is no
// All option, so we select the unique item.
void
CollectionView::selectIpodItems ( void )
{
if( m_viewMode != modeIpodView ||
m_ipodIncremented == 0 )
{
m_ipodIncremented = 0;
return;
}
// If we've just decremented the iPod view depth then remember
// the selection and the current item last time we incremented.
// Note that a filter or something may have happened between then
// and now, so we should allow for those items no longer being
// here (in which case we pass through to the code below)
if( m_ipodIncremented == 2 )
{
// Pedantry -- presumably we're not at track depth!
if( m_currentDepth == trackDepth() )
{
m_ipodIncremented = 0;
return;
}
// If there's no selection or the selected items have
// disappeared, pass through to the code below
if( m_ipodSelected[m_currentDepth].count() == 0 )
m_ipodIncremented = 1;
else
{
TDEListView::selectAll( false );
int selected = 0;
TQStringList::iterator it = m_ipodSelected[m_currentDepth].begin();
while( it != m_ipodSelected[m_currentDepth].end() )
{
TQListViewItem *item = findItem( *it, 0 );
++it;
if( !item )
continue;
selected++;
// If the saved currentItem has disappeared, it's more
// intuitive if the last selected item is current.
setCurrentItem( item );
item->setSelected( true );
setSelectionAnchor( item );
}
// Pass through to below
if( selected == 0 )
m_ipodIncremented = 1;
else
{
// Remember the current item and scroll position
if( !m_ipodTopItem[m_currentDepth].isEmpty() &&
!m_ipodTopItem[m_currentDepth].isNull() )
{
//scroll to previous viewport top item
TQListViewItem* item = findItem( m_ipodTopItem[m_currentDepth], 0 );
if ( item )
setContentsPos( 0, itemPos( item ) );
}
if( !m_ipodCurrent[m_currentDepth].isEmpty() &&
!m_ipodCurrent[m_currentDepth].isNull() )
{
TQListViewItem *item = findItem( m_ipodCurrent[m_currentDepth], 0);
if( item )
setCurrentItem( item );
}
}
}
}
// If we've just incremented the iPod view depth (or are displaying
// the iPod window for the first time) then automatically select the
// All option (or the only element of the list) for keyboard
// navigation
if( m_ipodIncremented == 1 )
{
TDEListView::selectAll( false );
TQListViewItem *item = firstChild();
// There will be a divider in the first slot if there is only
// one item in the list and m_showDivider is on
while( item && dynamic_cast<DividerItem*>( item ) )
item = item->itemBelow();
if( item )
{
setCurrentItem( item );
item->setSelected( true );
setSelectionAnchor( item );
setContentsPos( 0, itemPos( item ) );
}
}
m_ipodIncremented = 0;
}
// Convenience methods for returning the correct (small version of)
// the browse forward / backward buttons
TQPixmap
CollectionView::ipodIncrementIcon ( void )
{
return SmallIcon( Amarok::icon( "fastforward" ) );
}
TQPixmap
CollectionView::ipodDecrementIcon ( void )
{
return SmallIcon( Amarok::icon( "rewind" ) );
}
void
CollectionView::setCompilation( const KURL::List &urls, bool compilation )
{
//visual feedback
TQApplication::setOverrideCursor( KCursor::waitCursor() );
//Set it in the DB. We don't need to update the view now as we do it at the end.
CollectionDB::instance()->setCompilation( urls, compilation, false );
foreachType( KURL::List, urls ) {
if ( !TagLib::File::isWritable( TQFile::encodeName( ( *it ).path() ) ) )
continue;
MetaBundle mb( *it );
mb.setCompilation( compilation ? MetaBundle::CompilationYes : MetaBundle::CompilationNo );
if( mb.save() ) {
mb.updateFilesize();
//update the collection db, since filesize might have changed
CollectionDB::instance()->updateTags( mb.url().path(), mb, false );
}
}
//visual feedback
TQApplication::restoreOverrideCursor();
if ( !urls.isEmpty() ) renderView(true);
}
void
CollectionView::cacheView()
{
//free cache
m_cacheOpenItemPaths.clear();
//Store the current item
m_cacheCurrentItem = makeStructuredNameList( currentItem() );
//cache expanded/open items
if ( m_viewMode == modeTreeView ) {
TQListViewItemIterator it( this );
while ( it.current() ) {
TQListViewItem *item = it.current();
if ( item->isOpen() ) {
//construct path to item
TQStringList itemPath;
for( const TQListViewItem *i = item; i; i = i->parent() )
itemPath.prepend( i->text( 0 ) );
m_cacheOpenItemPaths.append ( itemPath );
}
++it;
}
}
//cache viewport's top item
m_cacheViewportTopItem = makeStructuredNameList( itemAt( TQPoint(0, 0) ) );
}
void
CollectionView::restoreView()
{
//expand cached items
if ( m_viewMode == modeTreeView ) {
TQValueList<TQStringList>::const_iterator it;
for ( it = m_cacheOpenItemPaths.begin(); it != m_cacheOpenItemPaths.end(); ++it ) {
TQListViewItem* item = findItem( (*it)[0], 0 );
if ( item )
item->setOpen ( true );
for ( uint i = 1; i < (*it).count() && item; ++i ) {
item = item->firstChild();
while ( item ) {
if ( item->text(0) == (*it)[ i ] )
item->setOpen ( true );
item = item->nextSibling();
}
}
}
}
//scroll to previous viewport top item
TQListViewItem* item = findFromStructuredNameList( m_cacheViewportTopItem );
if ( item )
setContentsPos( 0, itemPos(item) );
//Restore a selected item (all levels of the tree stored to fully specify which item)
item = findFromStructuredNameList( m_cacheCurrentItem );
if ( item )
{
setCurrentItem( item );
item->setSelected( true );
// More intuitive if shift-click selects from current selection
setSelectionAnchor( item );
}
//free cache
m_cacheOpenItemPaths.clear();
m_cacheViewportTopItem = TQStringList();
m_cacheCurrentItem = TQStringList();
}
TQStringList
CollectionView::makeStructuredNameList( TQListViewItem *item ) const
{
TQStringList nameList;
for ( TQListViewItem *current = item; current; current = current->parent() )
nameList.push_front( current->text( 0 ) );
return nameList;
}
TQListViewItem*
CollectionView::findFromStructuredNameList( const TQStringList &nameList ) const
{
TQListViewItem *item( firstChild() );
bool firstTime = true;
foreach( nameList )
{
if ( !firstTime )
item = item->firstChild();
else
firstTime = false;
while ( item && item->text( 0 ) != *it )
item = item->nextSibling();
if ( !item )
{
debug() << "Could not find expected element to select: " << nameList << endl;
break;
}
}
return nameList.isEmpty() ? 0 : item;
}
// Small function aimed to convert Eagles, The -> The Eagles (and back again)
// TODO Internationlise
void
CollectionView::manipulateThe( TQString &str, bool reverse )
{
if( reverse )
{
TQString begin = str.left( 3 );
str = TQString(str.append( ", %1" )).arg( begin );
str = str.mid( 4 );
return;
}
if( !endsInThe( str ) )
return;
TQString end = str.right( 3 );
str = TQString(str.prepend( "%1 " )).arg( end );
uint newLen = str.length() - end.length() - 2;
str.truncate( newLen );
}
bool
CollectionView::endsInThe( const TQString & text )
{
return text.endsWith( ", the", false );
}
// avoid code duplication
void
CollectionView::yearAlbumCalc( TQString &year, TQString &text )
{
if( year == "\?" )
year = "";
text = text.right( text.length() -
text.find( i18n(" - ") ) -
i18n(" - ").length() );
}
void
CollectionView::viewportPaintEvent( TQPaintEvent *e )
{
TDEListView::viewportPaintEvent( e );
// Superimpose bubble help for Flat-View mode:
if ( m_viewMode == modeFlatView && childCount() == 0 )
{
TQPainter p( viewport() );
TQSimpleRichText t( i18n(
"<div align=center>"
"<h3>Flat-View Mode</h3>"
"To enable the Flat-View mode, please enter search terms in the search line above."
"</div>" ), TQApplication::font() );
t.setWidth( width() - 50 );
const uint w = t.width() + 20;
const uint h = t.height() + 20;
p.setBrush( colorGroup().background() );
p.drawRoundRect( 15, 15, w, h, (8*200)/w, (8*200)/h );
t.draw( &p, 20, 20, TQRect(), colorGroup() );
}
}
void
CollectionView::updateTrackDepth() {
bool m3 = (m_cat3 == IdNone);
bool m2 = (m_cat2 == IdNone);
bool m1 = (m_cat1 == IdNone);
if ( m3 || m2 || m1) {
//The wanted depth, is the lowest IdNone
if (m3)
m_trackDepth = 2;
if (m2)
m_trackDepth = 1;
if (m1)
m_trackDepth = 0;
}
else // If there's no IdNone, then it's 3
m_trackDepth = 3;
}
void
CollectionView::viewportResizeEvent( TQResizeEvent* e)
{
if( m_viewMode != modeIpodView )
{
header()->blockSignals( true );
const double width = e->size().width();
int visibleColumns = 0;
for ( int i = 0; i < columns(); ++i )
if ( columnWidth( i ) != 0 )
visibleColumns ++;
int correct = e->size().width() - (e->size().width() / visibleColumns) * visibleColumns;
if( m_viewMode == modeFlatView )
m_flatColumnWidths.clear();
if ( visibleColumns != 0 ) {
for ( int c = 0; c < columns(); ++c ) {
int w = columnWidth( c ) ? static_cast<int>( width/visibleColumns ) : 0;
if ( w > 0 )
{
w += correct;
correct = 0;
setColumnWidth( c, w );
}
if( m_viewMode == modeFlatView )
m_flatColumnWidths.push_back( w );
}
}
header()->blockSignals( false );
}
// iPod-mode header adjustment code
else
{
// Don't use header()->adjustHeaderSize(), since that doesn't
// do a very good job. Instead we treat the browse-forward-button
// column as rigid, and stretch the text column to exactly fit
// the width.
int width = visibleWidth();
int col1width = 0;
// No column 1 for tracks
if( m_currentDepth != trackDepth() )
col1width = columnWidth(1);
setColumnWidth( 0, width - col1width );
}
// Needed for correct redraw of bubble help
triggerUpdate();
}
bool
CollectionView::eventFilter( TQObject* o, TQEvent* e )
{
if( TQT_BASE_OBJECT(o) == TQT_BASE_OBJECT(header())
&& e->type() == TQEvent::MouseButtonPress
&& TQT_TQMOUSEEVENT( e )->button() == Qt::RightButton
&& m_viewMode == modeFlatView )
{
TDEPopupMenu popup;
popup.setCheckable( true );
popup.insertTitle( i18n( "Flat View Columns" ), /*id*/ -1, /*index*/ 1 );
for ( int i = 0; i < columns(); ++i )
{
popup.insertItem( captionForTag( static_cast<Tag>( i ) ), i );
popup.setItemChecked( i, ( columnWidth(i) != 0 ) );
}
//title column should always be shown
popup.setItemEnabled( Title, false );
popup.setItemVisible( Score, AmarokConfig::useScores() );
popup.setItemVisible( Rating, AmarokConfig::useRatings() );
const int returnID = popup.exec( TQT_TQMOUSEEVENT(e)->globalPos() );
if ( returnID != -1 )
{
if ( columnWidth( returnID ) == 0 ) {
adjustColumn( returnID ); // show column
header()->setResizeEnabled( true, returnID );
renderView(true);
}
else {
setColumnWidth ( returnID, 0 ); // hide column
header()->setResizeEnabled( false, returnID );
}
//manage column widths
TQResizeEvent rev ( size(), TQSize() );
viewportResizeEvent( &rev );
}
m_flatColumnWidths.clear();
for ( int c = 0; c < columns(); ++c )
m_flatColumnWidths.push_back( columnWidth( c ) );
return true;
}
return TDEListView::eventFilter( o, e );
}
uint CollectionView::translateTimeFilter( uint filterMode )
{
uint filterSecs = 0;
switch ( filterMode )
{
case 1:
// added today
filterSecs = 60 * 60 * 24;
break;
case 2:
// added within one week
filterSecs = 60 * 60 * 24 * 7;
break;
case 3:
// added within one month
filterSecs = 60 * 60 * 24 * 30;
break;
case 4:
// added within three months
filterSecs = 60 * 60 * 24 * 91;
break;
case 5:
// added within one year
filterSecs = 60 * 60 * 24 * 365;
break;
}
return filterSecs;
}
void
CollectionView::renderFlatModeView( bool /*=false*/ )
{
TQStringList values;
QueryBuilder qb;
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
if ( translateTimeFilter( timeFilter() ) <= 0
&& (m_filter.length() < 3 || (!m_filter.contains( " " ) && m_filter.endsWith( ":" ) ) ) )
{
// Redraw bubble help
triggerUpdate();
return;
}
TQValueList<Tag> visibleColumns;
for ( int c = 0; c < columns(); ++c )
if ( columnWidth( c ) != 0 )
{
visibleColumns.append( static_cast<Tag>( c ) );
}
//always fetch URL
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
//device automatically added
int filterTables = 0;
for ( TQValueList<Tag>::ConstIterator it = visibleColumns.constBegin(); it != visibleColumns.constEnd(); ++it )
{
switch ( *it )
{
case Artist:
qb.addReturnValue( QueryBuilder::tabArtist, QueryBuilder::valName, true );
filterTables |= QueryBuilder::tabArtist;
break;
case Composer:
qb.addReturnValue ( QueryBuilder::tabComposer, QueryBuilder::valName, true );
filterTables |= QueryBuilder::tabComposer;
break;
case Album:
qb.addReturnValue( QueryBuilder::tabAlbum, QueryBuilder::valName, true );
filterTables |= QueryBuilder::tabAlbum;
break;
case Genre:
qb.addReturnValue( QueryBuilder::tabGenre, QueryBuilder::valName, true );
filterTables |= QueryBuilder::tabGenre;
break;
case Title:
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valTitle, true );
filterTables |= QueryBuilder::tabSong;
break;
case Length:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valLength );
filterTables |= QueryBuilder::tabSong;
break;
case DiscNumber:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valDiscNumber );
filterTables |= QueryBuilder::tabSong;
break;
case Track:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valTrack );
filterTables |= QueryBuilder::tabSong;
break;
case Year:
qb.addReturnValue ( QueryBuilder::tabYear, QueryBuilder::valName );
filterTables |= QueryBuilder::tabYear;
break;
case Comment:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valComment );
filterTables |= QueryBuilder::tabSong;
break;
case Playcount:
qb.addReturnValue ( QueryBuilder::tabStats, QueryBuilder::valPlayCounter );
break;
case Score:
qb.addReturnValue( QueryBuilder::tabStats, QueryBuilder::valScore );
break;
case Rating:
qb.addReturnValue( QueryBuilder::tabStats, QueryBuilder::valRating );
break;
case Filename:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valRelativePath );
break;
case Firstplay:
qb.addReturnValue ( QueryBuilder::tabStats, QueryBuilder::valCreateDate );
break;
case Lastplay:
qb.addReturnValue ( QueryBuilder::tabStats, QueryBuilder::valAccessDate );
break;
case Modified:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valCreateDate );
break;
case Bitrate:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valBitrate );
break;
case Filesize:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valFilesize );
break;
case BPM:
qb.addReturnValue ( QueryBuilder::tabSong, QueryBuilder::valBPM );
filterTables |= QueryBuilder::tabSong;
break;
default:
qb.addReturnValue( QueryBuilder::tabDummy, QueryBuilder::valDummy );
break;
}
}
qb.setGoogleFilter( filterTables, m_filter );
qb.sortBy( QueryBuilder::tabSong, QueryBuilder::valTitle );
qb.setOptions( QueryBuilder::optRemoveDuplicates );
//we leftjoin the query so it can return mysql NULL cells, i.e. for score and playcount
//this is an ugly hack - should be integrated in querybuilder itself instead.
TQString leftQuery = qb.query();
leftQuery.replace( "INNER JOIN", "LEFT JOIN" );
values = CollectionDB::instance()->query( leftQuery );
//construct items
TQStringList::ConstIterator it = values.constBegin();
TQStringList::ConstIterator end = values.constEnd();
while ( it != end )
{
CollectionItem* item = new CollectionItem( this );
item->setDragEnabled( true );
item->setDropEnabled( false );
TQString rpath = *it;
item->setUrl( MountPointManager::instance()->getAbsolutePath( (*++it).toInt(), rpath ) );
++it;
for ( TQValueList<Tag>::ConstIterator it_c = visibleColumns.constBegin(); it_c != visibleColumns.constEnd(); ++it_c )
{
switch ( *it_c )
{
case Length:
item->setText( *it_c, MetaBundle::prettyLength( (*it).toInt(), false) );
break;
case Bitrate:
item->setText( *it_c, MetaBundle::prettyBitrate( (*it).toInt() ) );
break;
case Firstplay:
case Lastplay:
case Modified:
{
TQDateTime time = TQDateTime();
time.setTime_t( (*it).toUInt() );
item->setText( *it_c, time.date().toString( Qt::LocalDate ) );
break;
}
case Playcount:
case Score:
item->setText( *it_c, (*it).isNull() ? "0" : (*it) );
break;
case Rating:
item->setText( *it_c, (*it).isNull() ? "0" : (*it) );
break;
case Filename:
item->setText( *it_c, KURL::fromPathOrURL( (*it).right( (*it).length() -1 ) ).filename() );
break;
case Filesize:
item->setText( *it_c, MetaBundle::prettyFilesize( (*it).toInt() ) );
break;
default:
item->setText( *it_c, (*it) );
break;
}
++it;
}
}
}
void
CollectionView::renderTreeModeView( bool /*=false*/ )
{
TQStringList values;
QueryBuilder qb;
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
setSorting( 0 );
int VisYearAlbum = -1;
int VisLabel = -1;
int q_cat1=m_cat1;
int q_cat2=m_cat2;
int q_cat3=m_cat3;
if( m_cat1 == IdVisYearAlbum ||
m_cat2 == IdVisYearAlbum ||
m_cat3 == IdVisYearAlbum )
{
if( m_cat1==IdVisYearAlbum )
{
VisYearAlbum = 1;
q_cat1 = IdAlbum;
}
if( m_cat2==IdVisYearAlbum )
{
VisYearAlbum = 2;
q_cat2 = IdAlbum;
}
if( m_cat3==IdVisYearAlbum )
{
VisYearAlbum = 3;
q_cat3 = IdAlbum;
}
}
if ( m_cat1 == IdLabel ||
m_cat2 == IdLabel ||
m_cat3 == IdLabel )
{
if ( m_cat1 == IdLabel )
VisLabel = 1;
else if ( m_cat2 == IdLabel )
VisLabel = 2;
else
VisLabel = 3;
}
TQPixmap pixmap = iconForCategory( m_cat1 );
qb.addReturnValue( q_cat1, QueryBuilder::valName, true );
if( VisYearAlbum == 1 )
qb.addReturnValue( QueryBuilder::tabYear, QueryBuilder::valName, true );
qb.setGoogleFilter( q_cat1 | q_cat2 | q_cat3 | QueryBuilder::tabSong, m_filter );
if( VisYearAlbum == 1 )
qb.sortBy( QueryBuilder::tabYear, QueryBuilder::valName );
qb.sortBy( q_cat1, QueryBuilder::valName );
qb.setOptions( QueryBuilder::optRemoveDuplicates );
if( q_cat1 == QueryBuilder::tabArtist )
qb.setOptions( QueryBuilder::optNoCompilations );
// ensure we don't get empty genres/albums/etc due to tag changes
qb.addFilter( QueryBuilder::tabSong, TQString() );
values = qb.run();
//add items to the view
uint dividerCount = 0;
if( values.count() )
{
//keep track of headers already added
TQMap<TQString, bool> containedDivider;
for ( TQStringList::Iterator it = values.fromLast(), begin = values.begin(); true; --it )
{
bool unknown = false;
//For Year-Album
if ( VisYearAlbum == 1 )
{
( *it ) = ( *it ).isEmpty() ? "?" : ( *it ) + i18n( " - " );
TQStringList::Iterator album = it;
--album;
if ( (*album).isEmpty() )
{
unknown = true;
( *it ) += i18n( "Unknown" );
}
else
( *it ) += *album;
}
if ( (*it).stripWhiteSpace().isEmpty() )
{
if ( VisLabel == 1 )
(*it) = i18n( "No Label" );
else
(*it) = i18n( "Unknown" );
unknown = true;
}
else if (m_showDivider)
{
//Dividers for "The Who" should be created as "W", not "T", because
//that's how we sort it
TQString actualStr = *it;
if ( m_cat1 == IdArtist && actualStr.startsWith( "the ", false ) )
manipulateThe( actualStr, true );
TQString headerStr = DividerItem::createGroup( actualStr, m_cat1);
if ( !containedDivider[headerStr] && !headerStr.isEmpty() )
{
containedDivider[headerStr] = true;
(void)new DividerItem(this, headerStr, m_cat1/*, m_sortYearsInverted*/);
dividerCount++;
}
}
CollectionItem* item = new CollectionItem( this, m_cat1, unknown );
item->setExpandable( true );
item->setDragEnabled( true );
item->setDropEnabled( false );
item->setText( 0, *it );
item->setPixmap( 0, pixmap );
//The structure of the return is different if Year - Album is format
if ( VisYearAlbum == 1 )
--it;
if ( it == begin )
break;
}
}
//check if we need to add a Various Artists node
if ( q_cat1 == QueryBuilder::tabArtist )
{
qb.clear();
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate,
TQString().setNum( TQDateTime::currentDateTime().toTime_t() -
translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
qb.addReturnValue( q_cat1, QueryBuilder::valName, true );
qb.setGoogleFilter( q_cat1 | q_cat2 | q_cat3 | QueryBuilder::tabSong, m_filter );
qb.setOptions( QueryBuilder::optOnlyCompilations | QueryBuilder::optRemoveDuplicates );
qb.setLimit( 0, 1 );
values = qb.run();
if ( values.count() )
{
// TDEListViewItem* x = new DividerItem(this, i18n( "Various" ), m_cat1);
// x->setExpandable(false);
// x->setDropEnabled( false );
// x->setSelectable(false);
CollectionItem* item = new CollectionItem( this, m_cat1, false, true );
item->setExpandable( true );
item->setDragEnabled( true );
item->setDropEnabled( false );
item->setText( 0, i18n( "Various Artists" ) );
item->setPixmap( 0, pixmap );
}
}
//Algorithm to expand some items after a search in a pretty/useful way:
//Aim to expand all items with one child, but with a maximum limit to how many items
//should be shown in the listview ( maxRows) after which we give up. If an item has
//more than one child and we haven't reached the limit, we may end up expanding it
//later.
TQValueList<TQListViewItem*> couldOpen;
int totalCount = childCount() - dividerCount;
const int maxRows = 20; //This seems like a fair limit for a 1024x768 screen
if ( totalCount < maxRows )
{
//Generate initial list of top list items to look at
for ( TQListViewItem* top = firstChild(); top; top = top->nextSibling() )
{
if ( !dynamic_cast<CollectionItem*>( top ) )
continue;
couldOpen.push_back( top );
}
//Expand suggested items and expand or enqueue their children until we run out of
//rows or have expanded everything
for ( TQValueList<TQListViewItem*>::iterator it = couldOpen.begin(); it != couldOpen.end() && totalCount < maxRows; ++it )
{
if ( !( *it )->isOpen() )
( *it )->setOpen( true );
totalCount += ( *it )->childCount();
if ( ( *it )->firstChild()->isExpandable() ) //Check we have not reached the bottom
{
for ( TQListViewItem *j = ( *it )->firstChild(); j && totalCount < maxRows; j = j->nextSibling() )
{
j->setOpen( true );
if ( j->childCount() > 1 ) //More than one child - maybe later
{
j->setOpen( false );
couldOpen.push_back( j );
}
else
{
//Prioritize expanding its children - add it immediately next
TQValueList<TQListViewItem*>::iterator next = it;
++next;
couldOpen.insert( next, j );
++totalCount;
}
}
}
}
}
//If the tree has only one branch, at least at the top, make the lowest child
//which has no siblings (other branches) become selected.
//Rationale: If you search for something and then clear the search bar, this way it
//will stay in view, assuming you only had one real result.
if ( childCount() - dividerCount == 1 )
{
TQListViewItem *item = firstChild();
if ( dynamic_cast<DividerItem*>( item ) ) //Skip a divider, if present
item = item->nextSibling();
for ( ; item ; item = item->firstChild() )
if ( !item->isOpen() || item->childCount() > 1 )
break;
if ( item )
{
setCurrentItem( item );
item->setSelected( true );
setSelectionAnchor( item );
}
}
removeDuplicatedHeaders();
}
void
CollectionView::removeDuplicatedHeaders()
{
/* Following code depends on the order! */
sort();
TQValueList<DividerItem *> toDelete;
DividerItem *current=0, *last=0;
bool empty;
TQListViewItem *item;
/* If we have two consecutive headers, one of them is useless, and should be removed */
for( item = firstChild(),empty=false; item; item=item->nextSibling() )
{
if ( (current = dynamic_cast<DividerItem *>( item )) )
{
if ( empty )
{
if ( !current->text(0).at(0).isLetterOrNumber()
|| ( last->text(0).at(0).isLetterOrNumber()
&& current->text(0).at(0).unicode() > last->text(0).at(0).unicode() ) )
toDelete += current;
else
{
toDelete += last;
last=current;
}
}
else
last=current;
empty=true;
}
else
empty=false;
}
for ( TQValueList<DividerItem *>::iterator it = toDelete.begin(); it != toDelete.end(); ++it )
delete *it;
}
// MODE IPODVIEW This is the heart of the iPod view mode code. It
// applies the current filters (as defined by previous "move
// forward" actions). If we're not viewing tracks (stillFiltering
// == true), then display the results in the standard order, with
// dividers if applicable, with an "All" (i.e., no filter) item if
// there is more than one result, and with "Unknown" items if
// there are any. Note that the "All" item is a CollectionItem
// with the Sampler bit set, since it behaves similar to the
// Various Artists node.
// If we are viewing tracks (stillFiltering ==
// false), then just apply all of the filters and show the
// selected tracks. The track ordering is similar to in list view
// mode; see the comments in buildIpodQuery() for details.
void
CollectionView::renderIpodModeView( bool /*=false*/ )
{
TQStringList values;
QueryBuilder qb;
if ( translateTimeFilter( timeFilter() ) > 0 )
qb.addFilter( QueryBuilder::tabSong, QueryBuilder::valCreateDate, TQString().setNum( TQDateTime::currentDateTime().toTime_t() - translateTimeFilter( timeFilter() ) ), QueryBuilder::modeGreater );
int catArr[3] = {m_cat1, m_cat2, m_cat3};
// stillFiltering is true when we're not viewing tracks
bool stillFiltering = (m_currentDepth < trackDepth());
// q_cat is the "query category" -- it's undefined if
// stillFiltering is true; otherwise it's the category
// at the current iPod viewing depth (m_currentDepth), unless
// that category is IdVisYearAlbum, in which case it's IdAlbum.
int q_cat = (stillFiltering ? catArr[m_currentDepth] : catArr[0]);
// m_cat is the current actual category -- it agrees with q_cat
// if and only if m_cat != IdVisYearAlbum
int m_cat = q_cat;
// This is set to true if the current category is IdVisYearAlbum
// It is only used when stillFiltering == true.
bool VisYearAlbum = false;
//This is set to true if the current category is IdLabel
bool VisLabel = false;
if( q_cat == IdVisYearAlbum && stillFiltering )
{
VisYearAlbum = true;
q_cat = IdAlbum;
}
if ( q_cat == IdLabel && stillFiltering )
VisLabel = true;
// If we're viewing tracks, we don't want them to be sorted
// alphabetically, since we take great pains in
// buildIpodQuery() to have them returned to us from the
// database in the correct order.
setSorting( stillFiltering ? 0 : -1 );
// Do the grunt work of building the query (this method is also
// called by listSelected() )
buildIpodQuery( qb, m_currentDepth, m_ipodFilters, m_ipodFilterYear );
if(stillFiltering)
qb.setOptions( QueryBuilder::optRemoveDuplicates );
int tables = 0;
for( int i = 0; i < trackDepth(); ++i )
tables |= (catArr[i] == IdVisYearAlbum
? IdAlbum
: catArr[i]);
qb.setGoogleFilter( tables | QueryBuilder::tabSong, m_filter );
// Return values
if( stillFiltering )
{
qb.addReturnValue( q_cat, QueryBuilder::valName, true );
if( VisYearAlbum )
qb.addReturnValue( QueryBuilder::tabYear, QueryBuilder::valName, true );
}
else
{
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valURL );
qb.addReturnValue( QueryBuilder::tabSong, QueryBuilder::valTitle );
}
values = qb.run();
int total = values.count() / qb.countReturnValues();
// This can happen -- with the filter it might be empty
if( total == 0 )
return;
// We want to load the pixmap only once if we're still filtering
// Otherwise just load a dummy pixmap
TQPixmap pixmap = iconForCategory( q_cat );
TQPixmap incPixmap = ipodIncrementIcon();
int width = incPixmap.width() + 10; // Set the column width below
// Keep track of the dividers we've created.
TQMap<TQString, bool> containedDivider;
TQStringList::Iterator itStep = values.end();
TQStringList::Iterator begin = values.begin();
itStep -= qb.countReturnValues();
// It's an awkward business stepping through a list backward
// when the elements are in tuples, going forward.
// This loop breaks at the bottom -- don't put a continue in here!
while( 1 )
{
CollectionItem* item;
TQStringList::Iterator it = itStep;
// Add non-track items
if( stillFiltering )
{
bool unknown = false;
if( (*it).isEmpty() )
{
unknown = true;
if ( VisLabel )
*it = i18n( "No Label" );
else
*it = i18n( "Unknown" );
}
item = new CollectionItem( this, m_cat, unknown );
if( VisYearAlbum )
{
TQString album = *it;
TQString year = *(++it);
if( year.isEmpty() )
year = "?";
item->setText( 0, year + i18n(" - ") + album );
}
else
item->setText( 0, *it );
item->setPixmap( 0, pixmap );
item->setPixmap( 1, incPixmap );
item->setText( 1, "" );
// Calculate width
width = item->width( fontMetrics(), this, 1 );
// Only do dividers if we're not showing tracks since
// dividers don't really make sense in a track-only view
if( !unknown && m_showDivider )
{
//Dividers for "The Who" should be created as "W", not "T",
//because that's how we sort it
TQString actualStr = item->text( 0 );
if ( m_cat == IdArtist &&
actualStr.startsWith( "the ", false ) )
manipulateThe( actualStr, true );
TQString headerStr = DividerItem::createGroup( actualStr, m_cat );
if ( !containedDivider[headerStr] && !headerStr.isEmpty() )
{
containedDivider[headerStr] = true;
(void)new DividerItem( this, headerStr, m_cat );
}
}
}
else // Add tracks
{
item = new CollectionItem( this );
item->setUrl( *it );
item->setText( 0, *(++it) );
}
item->setDragEnabled( true );
item->setDropEnabled( false );
if( itStep == begin )
break;
itStep -= qb.countReturnValues();
}
// Add the "All" filter if necessary
if( stillFiltering )
{
if( total > 1 )
{
// The "All" filter has much the same behavior as the
// "Various Artists" item, so we use the isSampler bit
CollectionItem* item = new CollectionItem( this, m_cat, false, true );
item->setDragEnabled( true );
item->setDropEnabled( false );
item->setPixmap( 0, pixmap );
item->setText( 0, allForCategory( q_cat, total ) );
item->setPixmap( 1, incPixmap );
item->setText( 1, "" );
sort();
}
setColumnWidth( 1, width );
TQResizeEvent rev( size(), TQSize() );
viewportResizeEvent( &rev );
}
removeDuplicatedHeaders();
}
//////////////////////////////////////////////////////////////////////////////////////////
// CLASS CollectionItem
//////////////////////////////////////////////////////////////////////////////////////////
void
CollectionItem::paintCell ( TQPainter * painter, const TQColorGroup & cg,
int column, int width, int align )
{
if( static_cast<CollectionView::Tag>(column) == CollectionView::Rating )
{
TQPixmap buf( width, height() );
TQPainter p( &buf, true );
const TQColorGroup _cg = listView()->palette().active();
TQColor bg = isSelected() ? _cg.highlight()
: isAlternate() ? listView()->alternateBackground()
: listView()->viewport()->backgroundColor();
#if KDE_IS_VERSION( 3, 3, 91 )
if( listView()->shadeSortColumn() && !isSelected() && listView()->columnSorted() == column )
{
/* from tdelistview.cpp
Copyright (C) 2000 Reginald Stadlbauer <reggie@kde.org>
Copyright (C) 2000,2003 Charles Samuels <charles@kde.org>
Copyright (C) 2000 Peter Putzer */
if ( bg == TQt::black )
bg = TQColor(55, 55, 55); // dark gray
else
{
int h,s,v;
bg.hsv(&h, &s, &v);
if ( v > 175 )
bg = bg.dark(104);
else
bg = bg.light(120);
}
}
#endif
buf.fill( bg );
int rating = text(column).toInt();
int i = 1, x = 1;
const int y = height() / 2 - StarManager::instance()->getGreyStar()->height() / 2;
bool half = rating%2;
for(; i <= rating/2; ++i )
{
bitBlt( p.device(), x, y, StarManager::instance()->getStar( half ? rating/2 + 1 : rating/2 ) );
x += StarManager::instance()->getGreyStar()->width() + listView()->itemMargin();
}
if( half )
{
bitBlt( p.device(), x, y, StarManager::instance()->getHalfStar( rating/2 + 1 ) );
x += StarManager::instance()->getGreyStar()->width() + listView()->itemMargin();
}
p.end();
painter->drawPixmap( 0, 0, buf );
}
else
{
TDEListViewItem::paintCell( painter, cg, column, width, align );
}
}
int
CollectionItem::compare( TQListViewItem* i, int col, bool ascending ) const
{
TQString a = text( col );
TQString b = i->text( col );
int ia, ib;
//Special cases go first to take priority
// Sampler is the first one in iPod view
CollectionView* view = static_cast<CollectionView*>( listView() );
if( view->viewMode() == CollectionView::modeIpodView )
{
if ( m_isSampler )
return -1;
if ( dynamic_cast<CollectionItem*>( i ) && static_cast<CollectionItem*>( i )->m_isSampler )
return 1;
}
else if( view->viewMode() == CollectionView::modeFlatView )
{
ia = ib = 0;
// correctly treat numeric values
switch( col )
{
case CollectionView::Track:
case CollectionView::DiscNumber:
case CollectionView::Bitrate:
case CollectionView::Score:
case CollectionView::Rating:
case CollectionView::Playcount:
case CollectionView::BPM:
ia = a.toInt();
ib = b.toInt();
break;
case CollectionView::Length:
ia = a.section( ':', 0, 0 ).toInt() * 60 + a.section( ':', 1, 1 ).toInt();
ib = b.section( ':', 0, 0 ).toInt() * 60 + b.section( ':', 1, 1 ).toInt();
break;
}
if( ia || ib )
{
if( ia < ib )
return 1;
if( ia > ib )
return -1;
return 0;
}
}
// Unknown is always the first one unless we're doing iPod view, but if the two items to be compared are Unknown,
// then compare the normal way
if ( !( m_isUnknown && dynamic_cast<CollectionItem*>( i ) && static_cast<CollectionItem*>( i )->m_isUnknown ) )
{
if ( m_isUnknown )
return -1;
if ( dynamic_cast<CollectionItem*>( i ) && static_cast<CollectionItem*>( i )->m_isUnknown )
return 1;
}
// Various Artists is always after unknown
if ( m_isSampler )
return -1;
if ( dynamic_cast<CollectionItem*>( i ) && static_cast<CollectionItem*>( i )->m_isSampler )
return 1;
//Group heading should go above the items in that group
if (dynamic_cast<DividerItem*>(i) && DividerItem::shareTheSameGroup(a, b, m_cat)) {
return ascending == false ? -1 : 1;
}
switch( m_cat ) {
case IdVisYearAlbum:
a = a.left( a.find( i18n(" - ") ) );
b = b.left( b.find( i18n(" - ") ) );
// "?" are the last ones
if ( a == "?" )
return 1;
if ( b == "?" )
return -1;
//fall through
case IdYear:
ia = a.toInt();
ib = b.toInt();
if (ia==ib)
return TQString::localeAwareCompare( text( col ).lower(), i->text( col ).lower() );
if (ia<ib)
return 1;
else
return -1;
//For artists, we sort by ignoring "The" eg "The Who" sorts as if it were "Who"
case IdArtist:
if ( a.startsWith( "the ", false ) )
CollectionView::manipulateThe( a, true );
if ( b.startsWith( "the ", false ) )
CollectionView::manipulateThe( b, true );
break;
}
// Need to make single letter artist names sort lower than acented divider items
// (e.g. The artist "A" should sort below the divider "Ä") so the divider colapsing
// code works correctly. Making the artist a two letter word makes localeAwareCompare
// give the result we want. See BR 126545.
if ( a.length() == 1 && dynamic_cast<DividerItem*>(i) )
a += a;
// No special case, then fall on default
return TQString::localeAwareCompare( a.lower(), b.lower() );
}
void
CollectionItem::sortChildItems ( int column, bool ascending ) {
CollectionView* view = static_cast<CollectionView*>( listView() );
// Sort only if it's not the tracks
if ( depth() + 1 < view->trackDepth())
TQListViewItem::sortChildItems( column, ascending );
}
//
// DividerItem
DividerItem::DividerItem( TQListView* parent, TQString txt, int cat/*, bool sortYearsInverted*/)
: TDEListViewItem( parent), m_blockText(false), m_text(txt), m_cat(cat)/*, m_sortYearsInverted(sortYearsInverted)*/
{
setExpandable(false);
setDropEnabled(false);
setSelectable(false);
}
void
DividerItem::paintCell ( TQPainter * p, const TQColorGroup & cg,
int column, int width, int align )
{
p->save();
// be sure, that TDEListViewItem::paintCell() does not draw its text
setBlockText( true );
TDEListViewItem::paintCell(p, cg, column, width, align);
setBlockText( false );
//use bold font for the divider
TQFont f = p->font();
f.setBold( true );
p->setFont( f );
// draw the text offset a little bit
if( column == 0 ) // For iPod viewing mode
{
TQFontMetrics fm( p->fontMetrics() );
int x = !TQApplication::reverseLayout() ? 25 : width - 25;
int y = fm.ascent() + (height() - fm.height())/2;
p->drawText( x, y, m_text );
}
//draw the baseline
p->setPen( TQPen(TQt::gray, 2) );
p->drawLine(0, height() -2 , width, height() -2 );
p->restore();
}
void
DividerItem::paintFocus ( TQPainter* /*p*/, const TQColorGroup& /*cg*/, const TQRect& /*r*/ )
{
//not implemented, we don't to show focus
}
//to draw the text on my own I have to be able to block the text, otherwise I could
// not use TQListViewItem::paintCell() to draw the basic cell
TQString
DividerItem::text(int column) const
{
if (column == 0) {
return m_blockText ? "" : m_text;
}
return TDEListViewItem::text(column);
}
int
DividerItem::compare( TQListViewItem* i, int col, bool ascending ) const
{
if (!i) {
return TQString::localeAwareCompare( text(col).lower(), TQString("") );
}
if (dynamic_cast<CollectionItem*>(i)) {
return -1 * i->compare(const_cast<DividerItem*>(this), col, ascending);
}
if (m_cat == IdYear ||
m_cat == IdVisYearAlbum)
{
bool ok_a, ok_b;
int ia = text(col).toInt(&ok_a);
int ib = i->text(col).toInt(&ok_b);
if (ok_a && ok_b)
{
if (ia == ib) return 0;
else if (ia < ib) return 1;
else return -1;
}
}
return TQString::localeAwareCompare( text(col).lower(), i->text(col).lower() );
}
TQString
DividerItem::createGroup(const TQString& src, int cat)
{
TQString ret;
switch (cat) {
case IdVisYearAlbum: {
ret = src.left( src.find(" - ") );
break;
}
case IdYear: {
ret = src;
if (ret.length() == 2 || ret.length() == 4) {
ret = ret.left(ret.length() - 1) + '0';
}
break;
}
default:
ret = src.stripWhiteSpace();
// (Joe Rabinoff) deleted. The bug this fixes is as follows.
// If the category is Album and the album name is "Heroes" (by
// David Bowie -- the quotes are part of the title), it gets
// put under the H group, but then gets sorted under '"'.
// What I've done is the wrong fix -- albums should be sorted
// by their first alphanumeric character.
/*
while ( !ret.isEmpty() && !ret.at(0).isLetterOrNumber() ) {
ret = ret.right( ret.length()-1 );
}
*/
if ( !ret.isEmpty() && ret.at(0).isLetterOrNumber() )
ret = ret.left( 1 ).upper();
else
return "";
/*else
ret = i18n( "Others" );*/
/* By returning an empty string, no header is created. */
if (TQChar(ret.at(0)).isDigit()) {
ret = "0-9";
}
}
return ret;
}
bool
DividerItem::shareTheSameGroup(const TQString& itemStr, const TQString& divStr, int cat)
{
bool inGroup = false;
TQString tmp = itemStr.stripWhiteSpace();
switch (cat) {
case IdVisYearAlbum: {
TQString sa = itemStr.left( itemStr.find( i18n(" - ") ) );
TQString sb = divStr.left( divStr.find( i18n(" - ") ) );
if (sa == sb) {
inGroup = true;
}
break;
}
case IdYear: {
int ia = itemStr.toInt();
int ib = divStr.toInt();
// they share one group if:
// o they are < 100 (short years '98')
// o they are > 1000 (long years '1998')
// o their 'century' is the same
// o are the same
if (((ia < 100 || ia > 1000) && ia/10 == ib/10) ||
(ia == ib)) {
inGroup = true;
}
break;
}
case IdArtist:
//"The Who" should count as being in "W" and not "T"
if ( tmp.startsWith( "the ", false ) )
CollectionView::manipulateThe( tmp, true );
//Fall through
default:
if ( !tmp.isEmpty() ) {
if (divStr == "0-9" && TQChar(tmp.at(0)).isDigit()) {
inGroup = true;
}
else if (tmp.startsWith(divStr, 0)) {
inGroup = true;
}
}
}
return inGroup;
}
#include "collectionbrowser.moc"