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wtrackmenu.cpp
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#include "widget/wtrackmenu.h"
#include <QCheckBox>
#include <QDialogButtonBox>
#include <QInputDialog>
#include <QList>
#include <QListWidget>
#include <QModelIndex>
#include <QVBoxLayout>
#include "analyzer/analyzerscheduledtrack.h"
#include "analyzer/analyzersilence.h"
#include "analyzer/analyzertrack.h"
#include "control/controlobject.h"
#include "library/coverartutils.h"
#include "library/dao/trackschema.h"
#include "library/dlgtagfetcher.h"
#include "library/dlgtrackinfo.h"
#include "library/dlgtrackinfomulti.h"
#include "library/dlgtrackmetadataexport.h"
#include "library/externaltrackcollection.h"
#include "library/library.h"
#include "library/trackcollection.h"
#include "library/trackcollectionmanager.h"
#include "library/trackmodel.h"
#include "library/trackmodeliterator.h"
#include "library/trackprocessing.h"
#include "library/trackset/crate/crate.h"
#include "library/trackset/crate/cratefeaturehelper.h"
#include "library/trackset/crate/cratesummary.h"
#include "mixer/playerinfo.h"
#include "mixer/playermanager.h"
#include "moc_wtrackmenu.cpp"
#include "preferences/colorpalettesettings.h"
#include "preferences/configobject.h"
#include "preferences/dialog/dlgprefdeck.h"
#include "sources/soundsourceproxy.h"
#include "track/track.h"
#include "util/defs.h"
#include "util/desktophelper.h"
#include "util/parented_ptr.h"
#include "util/qt.h"
#include "util/widgethelper.h"
#include "widget/findonwebmenufactory.h"
#include "widget/wcolorpickeraction.h"
#include "widget/wcoverartlabel.h"
#include "widget/wcoverartmenu.h"
#include "widget/wfindonwebmenu.h"
#include "widget/wsearchrelatedtracksmenu.h"
// WStarRating is required for DlgTrackInfo
#include "widget/wstarrating.h"
#include "widget/wstarratingaction.h"
#ifdef __STEM__
#include "widget/wtrackstemmenu.h"
#endif
constexpr WTrackMenu::Features WTrackMenu::kDeckTrackMenuFeatures;
namespace {
const QString kAppGroup = QStringLiteral("[App]");
const QString samplerTrString(int i) {
return QObject::tr("Sampler %1").arg(i);
}
const char* kOrigTrTextProperty = "origTrText";
const char* kBpmScaleProperty = "bpmScale";
void appendBpmPreviewtoBpmAction(QAction* pAction, const double bpm) {
QString text = pAction->property(kOrigTrTextProperty).toString();
bool ok = false;
const double scale = pAction->property(kBpmScaleProperty).toDouble(&ok);
if (ok && !text.isEmpty()) {
QString scaledBpm = QString::number(bpm * scale, 'f', 2);
// This is claimed to be the most performant way to get
// * 2 decimals for floating point values and
// * no trailing zero or dot for even numbers
// https://stackoverflow.com/a/65789182
while (scaledBpm.back() == '0') {
scaledBpm.chop(1);
}
if (scaledBpm.back() == '.') {
scaledBpm.chop(1);
}
text.append(QStringLiteral(" | %1 BPM").arg(scaledBpm));
pAction->setText(text);
}
}
void storeActionTextAndScaleInProperties(QAction* pAction, const double scale) {
VERIFY_OR_DEBUG_ASSERT(pAction && scale != 0.0) {
return;
}
pAction->setProperty(kOrigTrTextProperty, QVariant::fromValue(pAction->text()));
pAction->setProperty(kBpmScaleProperty, QVariant(scale));
}
} // namespace
bool WTrackMenu::s_showPurgeSuccessPopup = true;
WTrackMenu::WTrackMenu(
QWidget* parent,
UserSettingsPointer pConfig,
Library* pLibrary,
Features flags,
TrackModel* trackModel)
: QMenu(parent),
m_pTrackModel(trackModel),
m_pConfig(pConfig),
m_pLibrary(pLibrary),
m_pNumSamplers(kAppGroup, QStringLiteral("num_samplers")),
m_pNumDecks(kAppGroup, QStringLiteral("num_decks")),
m_pNumPreviewDecks(kAppGroup, QStringLiteral("num_preview_decks")),
m_bPlaylistMenuLoaded(false),
m_bCrateMenuLoaded(false),
m_eActiveFeatures(flags),
m_eTrackModelFeatures(Feature::TrackModelFeatures) {
// Warn if any of the chosen features depend on a TrackModel
VERIFY_OR_DEBUG_ASSERT(trackModel || (m_eTrackModelFeatures & flags) == 0) {
// Remove unsupported features
m_eActiveFeatures &= !m_eTrackModelFeatures;
}
createMenus();
createActions();
setupActions();
}
WTrackMenu::~WTrackMenu() {
// ~QPointer() needs the definition of the wrapped type
// upon deletion! Otherwise the behavior is undefined.
// The wrapped types of some QPointer members are only
// forward declared in the header file.
}
int WTrackMenu::getTrackCount() const {
if (m_pTrackModel) {
return m_trackIndexList.size();
} else {
return m_pTrack ? 1 : 0;
}
}
const QString WTrackMenu::getDeckGroup() const {
return m_deckGroup;
}
void WTrackMenu::closeEvent(QCloseEvent* event) {
// Unfortunately, trackMenuVisible(false) is emitted before the menu is effectively
// closed, which causes issues in WTrackProperty::slotShowTrackMenuChangeRequest.
// Explicitly hide() to avoid this.
hide();
// Actually the event is accepted by default. doing it explicitly doesn't hurt.
// If it's not accepted the menu remains open and entire GUI will be blocked!
event->accept();
emit trackMenuVisible(false);
}
void WTrackMenu::popup(const QPoint& pos, QAction* at) {
if (isEmpty()) {
return;
}
QMenu::popup(pos, at);
emit trackMenuVisible(true);
}
void WTrackMenu::createMenus() {
if (featureIsEnabled(Feature::LoadTo)) {
m_pLoadToMenu = new QMenu(this);
m_pLoadToMenu->setTitle(tr("Load to"));
m_pDeckMenu = new QMenu(m_pLoadToMenu);
m_pDeckMenu->setTitle(tr("Deck"));
m_pSamplerMenu = new QMenu(m_pLoadToMenu);
m_pSamplerMenu->setTitle(tr("Sampler"));
}
if (featureIsEnabled(Feature::Playlist)) {
m_pPlaylistMenu = new QMenu(this);
m_pPlaylistMenu->setTitle(tr("Add to Playlist"));
connect(m_pPlaylistMenu, &QMenu::aboutToShow, this, &WTrackMenu::slotPopulatePlaylistMenu);
}
if (featureIsEnabled(Feature::Crate)) {
m_pCrateMenu = new QMenu(this);
m_pCrateMenu->setTitle(tr("Crates"));
m_pCrateMenu->setObjectName("CratesMenu");
connect(m_pCrateMenu, &QMenu::aboutToShow, this, &WTrackMenu::slotPopulateCrateMenu);
}
if (featureIsEnabled(Feature::Metadata)) {
m_pMetadataMenu = new QMenu(this);
m_pMetadataMenu->setTitle(tr("Metadata"));
m_pMetadataUpdateExternalCollectionsMenu = new QMenu(m_pMetadataMenu);
m_pMetadataUpdateExternalCollectionsMenu->setTitle(tr("Update external collections"));
m_pCoverMenu = new WCoverArtMenu(m_pMetadataMenu);
m_pCoverMenu->setTitle(tr("Cover Art"));
connect(m_pCoverMenu, &WCoverArtMenu::coverInfoSelected, this, &WTrackMenu::slotCoverInfoSelected);
connect(m_pCoverMenu, &WCoverArtMenu::reloadCoverArt, this, &WTrackMenu::slotReloadCoverArt);
}
if (featureIsEnabled(Feature::BPM)) {
m_pBPMMenu = new QMenu(this);
m_pBPMMenu->setTitle(tr("Adjust BPM"));
}
if (featureIsEnabled(Feature::Color)) {
m_pColorMenu = new QMenu(this);
m_pColorMenu->setTitle(tr("Select Color"));
}
if (featureIsEnabled(Feature::Reset)) {
m_pClearMetadataMenu = new QMenu(this);
//: Reset metadata in right click track context menu in library
m_pClearMetadataMenu->setTitle(tr("Clear"));
}
if (featureIsEnabled(Feature::Analyze)) {
m_pAnalyzeMenu = new QMenu(this);
m_pAnalyzeMenu->setTitle(tr("Analyze"));
}
if (featureIsEnabled(Feature::SearchRelated)) {
DEBUG_ASSERT(!m_pSearchRelatedMenu);
m_pSearchRelatedMenu =
make_parented<WSearchRelatedTracksMenu>(this);
connect(m_pSearchRelatedMenu,
&QMenu::aboutToShow,
this,
[this] {
// TODO When accidentally leaving the menu and reopening it,
// the previous check states are cleared.
// Clear in closeEvent() only? And create actions on aboutToShow
// only if it's empty?
m_pSearchRelatedMenu->clear();
const auto pTrack = getFirstTrackPointer();
if (pTrack) {
// Ensure it's enabled, else we can't add actions.
VERIFY_OR_DEBUG_ASSERT(m_pSearchRelatedMenu->isEnabled()) {
m_pSearchRelatedMenu->setEnabled(true);
}
m_pSearchRelatedMenu->addActionsForTrack(*pTrack);
}
m_pSearchRelatedMenu->setEnabled(
!m_pSearchRelatedMenu->isEmpty());
});
connect(m_pSearchRelatedMenu,
&WSearchRelatedTracksMenu::triggerSearch,
this,
[this](const QString& searchQuery) {
m_pLibrary->searchTracksInCollection(searchQuery);
hide();
});
}
if (featureIsEnabled(Feature::FindOnWeb)) {
DEBUG_ASSERT(!m_pFindOnWebMenu);
m_pFindOnWebMenu = make_parented<WFindOnWebMenu>(this);
connect(m_pFindOnWebMenu,
&QMenu::aboutToShow,
this,
[this] {
m_pFindOnWebMenu->clear();
const auto pTrack = getFirstTrackPointer();
if (pTrack) {
mixxx::library::createFindOnWebSubmenus(
m_pFindOnWebMenu,
*pTrack);
}
m_pFindOnWebMenu->setEnabled(
!m_pFindOnWebMenu->isEmpty());
});
}
if (featureIsEnabled(Feature::RemoveFromDisk)) {
// Qt added QFile::MoveToTrash() in 5.15. If that's not available we
// permanently delete files, put the action into a submenu for safety
// reasons and display different messages in the delete dialogs.
#if QT_VERSION < QT_VERSION_CHECK(5, 15, 0)
m_pRemoveFromDiskMenu = new QMenu(this);
m_pRemoveFromDiskMenu->setTitle(tr("Delete Track Files"));
#endif
}
}
void WTrackMenu::createActions() {
const auto hideRemoveKeySequence =
// TODO(XXX): Qt6 replace enum | with QKeyCombination
QKeySequence(static_cast<int>(kHideRemoveShortcutModifier) |
kHideRemoveShortcutKey);
if (featureIsEnabled(Feature::AutoDJ)) {
m_pAutoDJBottomAct = new QAction(tr("Add to Auto DJ Queue (bottom)"), this);
connect(m_pAutoDJBottomAct, &QAction::triggered, this, &WTrackMenu::slotAddToAutoDJBottom);
m_pAutoDJTopAct = new QAction(tr("Add to Auto DJ Queue (top)"), this);
connect(m_pAutoDJTopAct, &QAction::triggered, this, &WTrackMenu::slotAddToAutoDJTop);
m_pAutoDJReplaceAct = new QAction(tr("Add to Auto DJ Queue (replace)"), this);
connect(m_pAutoDJReplaceAct, &QAction::triggered, this, &WTrackMenu::slotAddToAutoDJReplace);
}
if (featureIsEnabled(Feature::Remove)) {
// Keyboard shortcuts are set here just to have them displayed in the menu.
// Actual keypress is handled in WTrackTableView::keyPressEvent().
m_pRemoveAct = new QAction(tr("Remove"), this);
m_pRemoveAct->setShortcut(hideRemoveKeySequence);
connect(m_pRemoveAct, &QAction::triggered, this, &WTrackMenu::slotRemove);
m_pRemovePlaylistAct = new QAction(tr("Remove from Playlist"), this);
m_pRemovePlaylistAct->setShortcut(hideRemoveKeySequence);
connect(m_pRemovePlaylistAct, &QAction::triggered, this, &WTrackMenu::slotRemove);
m_pRemoveCrateAct = new QAction(tr("Remove from Crate"), this);
m_pRemoveCrateAct->setShortcut(hideRemoveKeySequence);
connect(m_pRemoveCrateAct, &QAction::triggered, this, &WTrackMenu::slotRemove);
}
if (featureIsEnabled(Feature::HideUnhidePurge)) {
m_pHideAct = new QAction(tr("Hide from Library"), this);
// This is just for having the shortcut displayed next to the action in the menu.
// The actual keypress is handled in WTrackTableView::keyPressEvent().
// Note: don't show the hotkey for more than one action
if (!featureIsEnabled(Feature::Remove)) {
m_pHideAct->setShortcut(hideRemoveKeySequence);
}
connect(m_pHideAct, &QAction::triggered, this, &WTrackMenu::slotHide);
m_pUnhideAct = new QAction(tr("Unhide from Library"), this);
connect(m_pUnhideAct, &QAction::triggered, this, &WTrackMenu::slotUnhide);
m_pPurgeAct = new QAction(tr("Purge from Library"), this);
connect(m_pPurgeAct, &QAction::triggered, this, &WTrackMenu::slotPurge);
}
if (featureIsEnabled(Feature::RemoveFromDisk)) {
#if QT_VERSION >= QT_VERSION_CHECK(5, 15, 0)
m_pRemoveFromDiskAct = new QAction(tr("Move Track File(s) to Trash"), this);
#else
m_pRemoveFromDiskAct = new QAction(tr("Delete Files from Disk"), m_pRemoveFromDiskMenu);
#endif
connect(m_pRemoveFromDiskAct,
&QAction::triggered,
this,
&WTrackMenu::slotRemoveFromDisk);
}
if (featureIsEnabled(Feature::Metadata)) {
m_pStarRatingAction = new WStarRatingAction(this);
m_pStarRatingAction->setObjectName("RatingAction");
connect(m_pStarRatingAction,
&WStarRatingAction::ratingSet,
this,
&WTrackMenu::slotSetRating);
}
if (featureIsEnabled(Feature::Properties)) {
m_pPropertiesAct = new QAction(tr("Properties"), this);
// This is just for having the shortcut displayed next to the action
// when the menu is invoked from the tracks table.
// The keypress is caught in WTrackTableView::keyPressEvent
if (m_pTrackModel) {
m_pPropertiesAct->setShortcut(
// TODO(XXX): Qt6 replace enum | with QKeyCombination
QKeySequence(
static_cast<int>(kPropertiesShortcutModifier) |
kPropertiesShortcutKey));
}
connect(m_pPropertiesAct, &QAction::triggered, this, &WTrackMenu::slotShowDlgTrackInfo);
}
if (featureIsEnabled(Feature::FileBrowser)) {
m_pFileBrowserAct = new QAction(tr("Open in File Browser"), this);
connect(m_pFileBrowserAct, &QAction::triggered, this, &WTrackMenu::slotOpenInFileBrowser);
}
if (featureIsEnabled(Feature::SelectInLibrary)) {
m_pSelectInLibraryAct = new QAction(tr("Select in Library"), this);
connect(m_pSelectInLibraryAct, &QAction::triggered, this, &WTrackMenu::slotSelectInLibrary);
}
if (featureIsEnabled(Feature::Metadata)) {
m_pImportMetadataFromFileAct =
new QAction(tr("Import From File Tags"), m_pMetadataMenu);
connect(m_pImportMetadataFromFileAct,
&QAction::triggered,
this,
&WTrackMenu::slotImportMetadataFromFileTags);
m_pImportMetadataFromMusicBrainzAct =
new QAction(tr("Import From MusicBrainz"), m_pMetadataMenu);
connect(m_pImportMetadataFromMusicBrainzAct,
&QAction::triggered,
this,
&WTrackMenu::slotShowDlgTagFetcher);
m_pExportMetadataAct =
new QAction(tr("Export To File Tags"), m_pMetadataMenu);
connect(m_pExportMetadataAct,
&QAction::triggered,
this,
&WTrackMenu::slotExportMetadataIntoFileTags);
m_updateInExternalTrackCollections.reserve(
m_pLibrary->trackCollectionManager()->externalCollections().size());
for (auto* const pExternalTrackCollection :
m_pLibrary->trackCollectionManager()->externalCollections()) {
UpdateExternalTrackCollection updateInExternalTrackCollection;
updateInExternalTrackCollection.externalTrackCollection = pExternalTrackCollection;
updateInExternalTrackCollection.action = new QAction(
pExternalTrackCollection->name(), m_pMetadataMenu);
updateInExternalTrackCollection.action->setToolTip(
pExternalTrackCollection->description());
m_updateInExternalTrackCollections += updateInExternalTrackCollection;
connect(updateInExternalTrackCollection.action,
&QAction::triggered,
this,
[this, pExternalTrackCollection] {
slotUpdateExternalTrackCollection(pExternalTrackCollection);
});
}
}
if (featureIsEnabled(Feature::Reset)) {
// Clear metadata actions
m_pClearBeatsAction = new QAction(tr("BPM and Beatgrid"), m_pClearMetadataMenu);
connect(m_pClearBeatsAction, &QAction::triggered, this, &WTrackMenu::slotClearBeats);
m_pClearPlayCountAction = new QAction(tr("Play Count"), m_pClearMetadataMenu);
connect(m_pClearPlayCountAction, &QAction::triggered, this, &WTrackMenu::slotClearPlayCount);
m_pClearRatingAction = new QAction(tr("Rating"), m_pClearMetadataMenu);
connect(m_pClearRatingAction, &QAction::triggered, this, &WTrackMenu::slotClearRating);
m_pClearMainCueAction = new QAction(tr("Cue Point"), m_pClearMetadataMenu);
connect(m_pClearMainCueAction, &QAction::triggered, this, &WTrackMenu::slotResetMainCue);
m_pClearHotCuesAction = new QAction(tr("Hotcues"), m_pClearMetadataMenu);
connect(m_pClearHotCuesAction, &QAction::triggered, this, &WTrackMenu::slotClearHotCues);
m_pClearIntroCueAction = new QAction(tr("Intro"), m_pClearMetadataMenu);
connect(m_pClearIntroCueAction, &QAction::triggered, this, &WTrackMenu::slotResetIntroCue);
m_pClearOutroCueAction = new QAction(tr("Outro"), m_pClearMetadataMenu);
connect(m_pClearOutroCueAction, &QAction::triggered, this, &WTrackMenu::slotResetOutroCue);
m_pClearLoopsAction = new QAction(tr("Loops"), m_pClearMetadataMenu);
connect(m_pClearLoopsAction, &QAction::triggered, this, &WTrackMenu::slotClearLoops);
m_pClearKeyAction = new QAction(tr("Key"), m_pClearMetadataMenu);
connect(m_pClearKeyAction, &QAction::triggered, this, &WTrackMenu::slotClearKey);
m_pClearReplayGainAction = new QAction(tr("ReplayGain"), m_pClearMetadataMenu);
connect(m_pClearReplayGainAction, &QAction::triggered, this, &WTrackMenu::slotClearReplayGain);
m_pClearWaveformAction = new QAction(tr("Waveform"), m_pClearMetadataMenu);
connect(m_pClearWaveformAction, &QAction::triggered, this, &WTrackMenu::slotClearWaveform);
m_pClearCommentAction = new QAction(tr("Comment"), m_pClearMetadataMenu);
connect(m_pClearCommentAction, &QAction::triggered, this, &WTrackMenu::slotClearComment);
m_pClearAllMetadataAction = new QAction(tr("All"), m_pClearMetadataMenu);
connect(m_pClearAllMetadataAction, &QAction::triggered, this, &WTrackMenu::slotClearAllMetadata);
}
if (featureIsEnabled(Feature::BPM)) {
m_pBpmLockAction = new QAction(tr("Lock BPM"), m_pBPMMenu);
m_pBpmUnlockAction = new QAction(tr("Unlock BPM"), m_pBPMMenu);
connect(m_pBpmLockAction, &QAction::triggered, this, &WTrackMenu::slotLockBpm);
connect(m_pBpmUnlockAction, &QAction::triggered, this, &WTrackMenu::slotUnlockBpm);
//BPM edit actions
m_pBpmDoubleAction = new QAction(tr("Double BPM"), m_pBPMMenu);
storeActionTextAndScaleInProperties(m_pBpmDoubleAction, 2.0);
m_pBpmHalveAction = new QAction(tr("Halve BPM"), m_pBPMMenu);
storeActionTextAndScaleInProperties(m_pBpmHalveAction, 0.5);
m_pBpmTwoThirdsAction = new QAction(tr("2/3 BPM"), m_pBPMMenu);
storeActionTextAndScaleInProperties(m_pBpmTwoThirdsAction, 2.0 / 3.0);
m_pBpmThreeFourthsAction = new QAction(tr("3/4 BPM"), m_pBPMMenu);
storeActionTextAndScaleInProperties(m_pBpmThreeFourthsAction, 3.0 / 4.0);
m_pBpmFourThirdsAction = new QAction(tr("4/3 BPM"), m_pBPMMenu);
storeActionTextAndScaleInProperties(m_pBpmFourThirdsAction, 4.0 / 3.0);
m_pBpmThreeHalvesAction = new QAction(tr("3/2 BPM"), m_pBPMMenu);
storeActionTextAndScaleInProperties(m_pBpmThreeHalvesAction, 3.0 / 2.0);
connect(m_pBpmDoubleAction, &QAction::triggered, this, [this] {
slotScaleBpm(mixxx::Beats::BpmScale::Double);
});
connect(m_pBpmHalveAction, &QAction::triggered, this, [this] {
slotScaleBpm(mixxx::Beats::BpmScale::Halve);
});
connect(m_pBpmTwoThirdsAction, &QAction::triggered, this, [this] {
slotScaleBpm(mixxx::Beats::BpmScale::TwoThirds);
});
connect(m_pBpmThreeFourthsAction, &QAction::triggered, this, [this] {
slotScaleBpm(mixxx::Beats::BpmScale::ThreeFourths);
});
connect(m_pBpmFourThirdsAction, &QAction::triggered, this, [this] {
slotScaleBpm(mixxx::Beats::BpmScale::FourThirds);
});
connect(m_pBpmThreeHalvesAction, &QAction::triggered, this, [this] {
slotScaleBpm(mixxx::Beats::BpmScale::ThreeHalves);
});
m_pBpmResetAction = new QAction(tr("Clear BPM and Beatgrid"), m_pBPMMenu);
connect(m_pBpmResetAction,
&QAction::triggered,
this,
&WTrackMenu::slotClearBeats);
m_pBpmUndoAction = new QAction(tr("Undo last BPM/beats change"), m_pBPMMenu);
connect(m_pBpmUndoAction,
&QAction::triggered,
this,
&WTrackMenu::slotUndoBeatsChange);
}
if (featureIsEnabled(Feature::Analyze)) {
m_pAnalyzeAction = new QAction(tr("Analyze"), this);
connect(m_pAnalyzeAction, &QAction::triggered, this, &WTrackMenu::slotAnalyze);
m_pReanalyzeAction = new QAction(tr("Reanalyze"), this);
connect(m_pReanalyzeAction, &QAction::triggered, this, &WTrackMenu::slotReanalyze);
m_pReanalyzeConstBpmAction = new QAction(tr("Reanalyze (constant BPM)"), this);
connect(m_pReanalyzeConstBpmAction,
&QAction::triggered,
this,
&WTrackMenu::slotReanalyzeWithFixedTempo);
m_pReanalyzeVarBpmAction = new QAction(tr("Reanalyze (variable BPM)"), this);
connect(m_pReanalyzeVarBpmAction,
&QAction::triggered,
this,
&WTrackMenu::slotReanalyzeWithVariableTempo);
}
// This action is only usable when m_deckGroup is set. That is true only
// for WTrackmenu instantiated by WTrackProperty and other deck widgets, thus
// don't create it if a track model is set.
if (!m_pTrackModel && featureIsEnabled(Feature::UpdateReplayGainFromPregain)) {
m_pUpdateReplayGainAct =
new QAction(tr("Update ReplayGain from Deck Gain"), m_pClearMetadataMenu);
connect(m_pUpdateReplayGainAct,
&QAction::triggered,
this,
&WTrackMenu::slotUpdateReplayGainFromPregain);
}
if (featureIsEnabled(Feature::Color)) {
ColorPaletteSettings colorPaletteSettings(m_pConfig);
m_pColorPickerAction = new WColorPickerAction(WColorPicker::Option::AllowNoColor,
colorPaletteSettings.getTrackColorPalette(),
m_pColorMenu);
m_pColorPickerAction->setObjectName("TrackColorPickerAction");
connect(m_pColorPickerAction,
&WColorPickerAction::colorPicked,
this,
&WTrackMenu::slotColorPicked);
}
}
void WTrackMenu::setupActions() {
if (featureIsEnabled(Feature::SearchRelated)) {
addMenu(m_pSearchRelatedMenu);
}
if (featureIsEnabled(Feature::SelectInLibrary)) {
addAction(m_pSelectInLibraryAct);
}
if (featureIsEnabled(Feature::SearchRelated) ||
featureIsEnabled(Feature::SelectInLibrary)) {
addSeparator();
}
if (featureIsEnabled(Feature::AutoDJ)) {
addAction(m_pAutoDJBottomAct);
addAction(m_pAutoDJTopAct);
addAction(m_pAutoDJReplaceAct);
addSeparator();
}
if (featureIsEnabled(Feature::LoadTo)) {
addMenu(m_pLoadToMenu);
addSeparator();
}
if (featureIsEnabled(Feature::Playlist)) {
addMenu(m_pPlaylistMenu);
}
if (featureIsEnabled(Feature::Crate)) {
addMenu(m_pCrateMenu);
}
if (featureIsEnabled(Feature::Remove)) {
if (m_pTrackModel->hasCapabilities(TrackModel::Capability::Remove)) {
addAction(m_pRemoveAct);
}
if (m_pTrackModel->hasCapabilities(TrackModel::Capability::RemovePlaylist)) {
addAction(m_pRemovePlaylistAct);
}
if (m_pTrackModel->hasCapabilities(TrackModel::Capability::RemoveCrate)) {
addAction(m_pRemoveCrateAct);
}
}
addSeparator();
if (featureIsEnabled(Feature::BPM)) {
m_pBPMMenu->addAction(m_pBpmHalveAction);
m_pBPMMenu->addAction(m_pBpmTwoThirdsAction);
m_pBPMMenu->addAction(m_pBpmThreeFourthsAction);
m_pBPMMenu->addAction(m_pBpmFourThirdsAction);
m_pBPMMenu->addAction(m_pBpmThreeHalvesAction);
m_pBPMMenu->addAction(m_pBpmDoubleAction);
m_pBPMMenu->addSeparator();
m_pBPMMenu->addAction(m_pBpmLockAction);
m_pBPMMenu->addAction(m_pBpmUnlockAction);
m_pBPMMenu->addSeparator();
m_pBPMMenu->addAction(m_pBpmResetAction);
m_pBPMMenu->addAction(m_pBpmUndoAction);
addMenu(m_pBPMMenu);
}
if (featureIsEnabled(Feature::Metadata)) {
addAction(m_pStarRatingAction);
}
if (featureIsEnabled(Feature::Color)) {
m_pColorMenu->addAction(m_pColorPickerAction);
addMenu(m_pColorMenu);
}
if (featureIsEnabled(Feature::Metadata)) {
m_pMetadataMenu->addAction(m_pImportMetadataFromFileAct);
m_pMetadataMenu->addAction(m_pImportMetadataFromMusicBrainzAct);
m_pMetadataMenu->addAction(m_pExportMetadataAct);
for (const auto& updateInExternalTrackCollection :
std::as_const(m_updateInExternalTrackCollections)) {
m_pMetadataUpdateExternalCollectionsMenu->addAction(
updateInExternalTrackCollection.action);
}
if (!m_pMetadataUpdateExternalCollectionsMenu->isEmpty()) {
m_pMetadataMenu->addMenu(m_pMetadataUpdateExternalCollectionsMenu);
// Enable/disable entries depending on the connection status
// that may change at runtime.
connect(m_pMetadataUpdateExternalCollectionsMenu,
&QMenu::aboutToShow,
this,
[this] {
for (const auto& updateInExternalTrackCollection :
std::as_const(m_updateInExternalTrackCollections)) {
updateInExternalTrackCollection.action->setEnabled(
updateInExternalTrackCollection
.externalTrackCollection
->isConnected());
}
});
}
m_pMetadataMenu->addMenu(m_pCoverMenu);
if (featureIsEnabled(Feature::FindOnWeb)) {
m_pMetadataMenu->addMenu(m_pFindOnWebMenu);
}
addSeparator();
addMenu(m_pMetadataMenu);
}
if (featureIsEnabled(Feature::Reset)) {
m_pClearMetadataMenu->addAction(m_pClearBeatsAction);
m_pClearMetadataMenu->addAction(m_pClearPlayCountAction);
m_pClearMetadataMenu->addAction(m_pClearRatingAction);
m_pClearMetadataMenu->addAction(m_pClearCommentAction);
m_pClearMetadataMenu->addAction(m_pClearMainCueAction);
m_pClearMetadataMenu->addAction(m_pClearHotCuesAction);
m_pClearMetadataMenu->addAction(m_pClearIntroCueAction);
m_pClearMetadataMenu->addAction(m_pClearOutroCueAction);
m_pClearMetadataMenu->addAction(m_pClearLoopsAction);
m_pClearMetadataMenu->addAction(m_pClearKeyAction);
m_pClearMetadataMenu->addAction(m_pClearReplayGainAction);
m_pClearMetadataMenu->addAction(m_pClearWaveformAction);
m_pClearMetadataMenu->addSeparator();
m_pClearMetadataMenu->addAction(m_pClearAllMetadataAction);
addMenu(m_pClearMetadataMenu);
}
if (featureIsEnabled(Feature::Analyze)) {
m_pAnalyzeMenu->addAction(m_pAnalyzeAction);
m_pAnalyzeMenu->addAction(m_pReanalyzeAction);
m_pAnalyzeMenu->addAction(m_pReanalyzeConstBpmAction);
m_pAnalyzeMenu->addAction(m_pReanalyzeVarBpmAction);
addMenu(m_pAnalyzeMenu);
}
// This action is created only for menus instantiated by deck widgets (e.g.
// WTrackProperty) and if UpdateReplayGainFromPregain is supported.
if (m_pUpdateReplayGainAct) {
addAction(m_pUpdateReplayGainAct);
}
addSeparator();
if (featureIsEnabled(Feature::HideUnhidePurge)) {
if (m_pTrackModel->hasCapabilities(TrackModel::Capability::Hide)) {
addAction(m_pHideAct);
}
if (m_pTrackModel->hasCapabilities(TrackModel::Capability::Unhide)) {
addAction(m_pUnhideAct);
}
if (m_pTrackModel->hasCapabilities(TrackModel::Capability::Purge)) {
addAction(m_pPurgeAct);
}
}
if (featureIsEnabled(Feature::RemoveFromDisk)) {
#if QT_VERSION >= QT_VERSION_CHECK(5, 15, 0)
addAction(m_pRemoveFromDiskAct);
#else
m_pRemoveFromDiskMenu->addAction(m_pRemoveFromDiskAct);
addMenu(m_pRemoveFromDiskMenu);
#endif
}
if (featureIsEnabled(Feature::FileBrowser)) {
addAction(m_pFileBrowserAct);
}
if (featureIsEnabled(Feature::Properties)) {
addSeparator();
addAction(m_pPropertiesAct);
}
}
std::pair<bool, bool> WTrackMenu::getTrackBpmLockStates() const {
bool anyBpmLocked = false;
bool anyBpmNotLocked = false;
if (m_pTrackModel) {
const int column = m_pTrackModel->fieldIndex(LIBRARYTABLE_BPM_LOCK);
for (const auto& trackIndex : m_trackIndexList) {
QModelIndex bpmLockedIndex = trackIndex.sibling(trackIndex.row(), column);
if (bpmLockedIndex.data().toBool()) {
anyBpmLocked = true;
} else {
anyBpmNotLocked = true;
}
if (anyBpmLocked && anyBpmNotLocked) {
break;
}
}
} else if (m_pTrack) {
anyBpmLocked = m_pTrack->isBpmLocked();
anyBpmNotLocked = !anyBpmLocked;
}
return std::pair<bool, bool>(anyBpmLocked, anyBpmNotLocked);
}
int WTrackMenu::getCommonTrackRating() const {
VERIFY_OR_DEBUG_ASSERT(!isEmpty()) {
return 0;
}
int commonRating = 0;
if (m_pTrackModel) {
const int column =
m_pTrackModel->fieldIndex(LIBRARYTABLE_RATING);
commonRating = m_trackIndexList.first()
.sibling(m_trackIndexList.first().row(), column)
.data()
.value<StarRating>()
.starCount();
for (const auto& trackIndex : m_trackIndexList) {
const auto otherRating =
trackIndex.sibling(trackIndex.row(), column)
.data()
.value<StarRating>()
.starCount();
if (commonRating != otherRating) {
// Multiple, different ratings
return 0;
}
}
} else {
if (!m_pTrack) {
return 0;
}
commonRating = m_pTrack->getRating();
}
return commonRating;
}
std::optional<std::optional<mixxx::RgbColor>> WTrackMenu::getCommonTrackColor() const {
VERIFY_OR_DEBUG_ASSERT(!isEmpty()) {
return std::nullopt;
}
std::optional<mixxx::RgbColor> commonColor;
if (m_pTrackModel) {
const int column =
m_pTrackModel->fieldIndex(LIBRARYTABLE_COLOR);
commonColor = mixxx::RgbColor::fromQVariant(
m_trackIndexList.first().sibling(m_trackIndexList.first().row(), column).data());
for (const auto& trackIndex : m_trackIndexList) {
const auto otherColor = mixxx::RgbColor::fromQVariant(
trackIndex.sibling(trackIndex.row(), column).data());
if (commonColor != otherColor) {
// Multiple, different colors
return std::nullopt;
}
}
} else {
if (!m_pTrack) {
return std::nullopt;
}
commonColor = m_pTrack->getColor();
}
return make_optional(commonColor);
}
CoverInfo WTrackMenu::getCoverInfoOfLastTrack() const {
VERIFY_OR_DEBUG_ASSERT(!isEmpty()) {
return CoverInfo();
}
if (m_pTrackModel) {
const QModelIndex lastIndex = m_trackIndexList.last();
CoverInfo coverInfo;
coverInfo.source = static_cast<CoverInfo::Source>(
lastIndex
.sibling(
lastIndex.row(),
m_pTrackModel->fieldIndex(LIBRARYTABLE_COVERART_SOURCE))
.data()
.toInt());
coverInfo.type = static_cast<CoverInfo::Type>(
lastIndex
.sibling(
lastIndex.row(),
m_pTrackModel->fieldIndex(LIBRARYTABLE_COVERART_TYPE))
.data()
.toInt());
coverInfo.color = mixxx::RgbColor::fromQVariant(
lastIndex
.sibling(
lastIndex.row(),
m_pTrackModel->fieldIndex(LIBRARYTABLE_COVERART_COLOR))
.data());
const auto imageDigest =
lastIndex
.sibling(
lastIndex.row(),
m_pTrackModel->fieldIndex(LIBRARYTABLE_COVERART_DIGEST))
.data()
.toByteArray();
const auto legacyHash =
lastIndex
.sibling(
lastIndex.row(),
m_pTrackModel->fieldIndex(LIBRARYTABLE_COVERART_HASH))
.data()
.toUInt();
coverInfo.setImageDigest(imageDigest, legacyHash);
coverInfo.coverLocation =
lastIndex
.sibling(
lastIndex.row(),
m_pTrackModel->fieldIndex(LIBRARYTABLE_COVERART_LOCATION))
.data()
.toString();
coverInfo.trackLocation =
lastIndex
.sibling(
lastIndex.row(),
m_pTrackModel->fieldIndex(TRACKLOCATIONSTABLE_LOCATION))
.data()
.toString();
return coverInfo;
} else if (m_pTrack) {
return m_pTrack->getCoverInfoWithLocation();
} else {
// No track, no track model
return CoverInfo();
}
}
void WTrackMenu::generateTrackLoadMenu(const QString& group,
const QString& label,
TrackPointer pTrack,
QMenu* pParentMenu,
bool primaryDeck,
bool enabled) {
#ifdef __STEM__
if (pTrack && !pTrack->hasStreamInfoFromSource()) {
// The stem metadata are loaded on stream info refresh, which occurs
// when the file gets loaded for the time in the session. If there is no
// stream info from source, when open the file, which lead to loading
// the stem manifest.
mixxx::AudioSource::OpenParams config;
config.setChannelCount(mixxx::kMaxEngineChannelInputCount);
SoundSourceProxy(pTrack).openAudioSource(config);
}
if (enabled && pTrack && pTrack->hasStem()) {
auto* pStemMenu = new WTrackStemMenu(
label, pParentMenu, primaryDeck, group, pTrack->getStemInfo());
connect(pStemMenu,
&WTrackStemMenu::selectedStem,
this,
[this](const QString& group, mixxx::StemChannelSelection stemMask) {
loadSelectionToGroup(group, stemMask);
close();
});
pParentMenu->addMenu(pStemMenu);
} else {
#else
Q_UNUSED(pTrack)
Q_UNUSED(primaryDeck)
#endif
QAction* pAction = new QAction(label, this);
pAction->setEnabled(enabled);
pParentMenu->addAction(pAction);
connect(pAction, &QAction::triggered, this, [this, group] { loadSelectionToGroup(group); });
#ifdef __STEM__
}
#endif
}
void WTrackMenu::updateMenus() {
if (isEmpty()) {
return;
}
if (m_pLoadToMenu) {
m_pLoadToMenu->clear();
}
// Gray out some stuff if multiple songs were selected.
const bool singleTrackSelected = getTrackCount() == 1;
if (featureIsEnabled(Feature::SearchRelated)) {
// Enable only if we have one valid track pointer.
// this prevents the cursor getting stuck on this menu in case it gets
// disabled when encountering a track nullptr in lambda function
// connected to aboutToShow() signal (see createMenus()).
// Note: track nullptr can happen when TrackDAO returns nullptr because
// the selected track references a file referenced by another cached track.
DEBUG_ASSERT(m_pSearchRelatedMenu);
const auto pTrack = getFirstTrackPointer();
m_pSearchRelatedMenu->setEnabled(pTrack != nullptr);
// TODO Only enable for single track?
}
if (featureIsEnabled(Feature::LoadTo)) {
// Enable menus only for single track
int iNumDecks = static_cast<int>(m_pNumDecks.get());
m_pDeckMenu->clear();
m_pDeckMenu->setEnabled(singleTrackSelected);
if (singleTrackSelected && iNumDecks > 0) {
for (int i = 1; i <= iNumDecks; ++i) {
// PlayerManager::groupForDeck is 0-indexed.
QString deckGroup = PlayerManager::groupForDeck(i - 1);
bool deckPlaying = ControlObject::get(
ConfigKey(deckGroup, "play")) > 0.0;
bool allowLoadTrackIntoPlayingDeck = false;
if (m_pConfig->exists(kConfigKeyLoadWhenDeckPlaying)) {
int loadWhenDeckPlaying =
m_pConfig->getValueString(kConfigKeyLoadWhenDeckPlaying).toInt();
switch (static_cast<LoadWhenDeckPlaying>(loadWhenDeckPlaying)) {
case LoadWhenDeckPlaying::Allow:
case LoadWhenDeckPlaying::AllowButStopDeck:
allowLoadTrackIntoPlayingDeck = true;
break;
case LoadWhenDeckPlaying::Reject:
break;
}
} else {
// support older version of this flag
allowLoadTrackIntoPlayingDeck = m_pConfig->getValue<bool>(
ConfigKey("[Controls]", "AllowTrackLoadToPlayingDeck"));
}
bool deckEnabled =
(!deckPlaying || allowLoadTrackIntoPlayingDeck) &&
singleTrackSelected;
auto pTrack = getFirstTrackPointer();
generateTrackLoadMenu(deckGroup,
tr("Deck %1").arg(i),
getFirstTrackPointer(),
m_pDeckMenu,
true,
deckEnabled);
}
}
m_pLoadToMenu->addMenu(m_pDeckMenu);
int iNumSamplers = static_cast<int>(m_pNumSamplers.get());
const int maxSamplersPerMenu = 16;
m_pSamplerMenu->clear();
m_pSamplerMenu->setEnabled(singleTrackSelected);
if (singleTrackSelected && iNumSamplers > 0) {