/* -*- c-basic-offset: 4 indent-tabs-mode: nil -*- vi:set ts=8 sts=4 sw=4: */ /* Rosegarden A MIDI and audio sequencer and musical notation editor. This program is Copyright 2000-2008 Guillaume Laurent , Chris Cannam , Richard Bown The moral rights of Guillaume Laurent, Chris Cannam, and Richard Bown to claim authorship of this work have been asserted. Other copyrights also apply to some parts of this work. Please see the AUTHORS file and individual file headers for details. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. See the file COPYING included with this distribution for more information. */ #ifndef _RG_SEQUENCEMANAGER_H_ #define _RG_SEQUENCEMANAGER_H_ #include "base/Composition.h" #include "base/Event.h" #include "base/MidiProgram.h" #include "base/RealTime.h" #include "base/Track.h" #include "gui/application/RosegardenDCOP.h" #include "sound/MappedComposition.h" #include "sound/MappedEvent.h" #include #include #include #include class TQTimer; class TQTime; class TQEvent; namespace Rosegarden { class TransportDialog; class Track; class TimeSigSegmentMmapper; class TempoSegmentMmapper; class SequencerMapper; class Segment; class RosegardenGUIDoc; class MetronomeMmapper; class CountdownDialog; class ControlBlockMmapper; class CompositionMmapper; class Composition; class AudioManagerDialog; class SequenceManager : public TQObject, public CompositionObserver { Q_OBJECT TQ_OBJECT public: SequenceManager(RosegardenGUIDoc *doc, TransportDialog *transport); ~SequenceManager(); /** * Replaces the internal document */ void setDocument(RosegardenGUIDoc*); /** * Return the current internal document */ RosegardenGUIDoc* getDocument(); // // Transport controls // /// returns true if the call actually paused playback bool play(); // We don't call stop() directly - using stopping() and then // call stop(). // void stop(); void stopping(); void rewind(); void fastforward(); void record(bool countIn); void rewindToBeginning(); void fastForwardToEnd(); void setLoop(const timeT &lhs, const timeT &rhs); void notifySequencertqStatus(TransporttqStatus status); void sendSequencerJump(const RealTime &time); // Events coming in void processAsynchronousMidi(const MappedComposition &mC, AudioManagerDialog *aMD); // Before playing and recording. If warnUser is true, show the // user a warning dialog if there is a problem with the setup. // void checkSoundDrivertqStatus(bool warnUser); /** * Send program changes and align Instrument lists before playback * starts. * Also called at document loading (with arg set to true) to reset all instruments * (fix for bug 820174) * * @arg forceProgramChanges if true, always send program changes even if the instrument is * set not to send any. */ void preparePlayback(bool forceProgramChanges = false); /// Check and set sequencer status void setTransporttqStatus(const TransporttqStatus &status); TransporttqStatus getTransporttqStatus() const { return m_transporttqStatus; } /** * Suspend the sequencer to allow for a safe DCOP call() i.e. one * when we don't hang both clients 'cos they're blocking on each * other. */ void suspendSequencer(bool value); /// Send the audio level to VU meters void sendAudioLevel(MappedEvent *mE); /// Find what has been initialised and what hasn't unsigned int getSoundDrivertqStatus() { return m_soundDrivertqStatus; } /// Reset MIDI controllers void resetControllers(); /// Reset MIDI network void resetMidiNetwork(); /// Reinitialise the studio void reinitialiseSequencerStudio(); /// Send JACK and MMC transport control statuses void sendTransportControlStatuses(); /// Send all note offs and resets to MIDI devices void panic(); /// Send an MC to the view void showVisuals(const MappedComposition &mC); /// Apply in-situ filtering to a MappedComposition MappedComposition applyFiltering(const MappedComposition &mC, MappedEvent::MappedEventType filter); CountdownDialog* getCountdownDialog() { return m_countdownDialog; } // // CompositionObserver interface // virtual void segmentAdded (const Composition*, Segment*); virtual void segmentRemoved (const Composition*, Segment*); virtual void segmentRepeatChanged (const Composition*, Segment*, bool); virtual void segmentRepeatEndChanged (const Composition*, Segment*, timeT); virtual void segmentEventsTimingChanged(const Composition*, Segment *, timeT delay, RealTime rtDelay); virtual void segmentTransposeChanged (const Composition*, Segment *, int transpose); virtual void segmentTrackChanged (const Composition*, Segment *, TrackId id); virtual void segmentEndMarkerChanged (const Composition*, Segment *, bool); virtual void endMarkerTimeChanged (const Composition*, bool shorten); virtual void trackChanged (const Composition*, Track*); virtual void trackDeleted (const Composition*, TrackId); virtual void timeSignatureChanged (const Composition*); virtual void metronomeChanged (const Composition*); virtual void soloChanged (const Composition*, bool solo, TrackId selectedTrack); virtual void tempoChanged (const Composition*); void processAddedSegment(Segment*); void processRemovedSegment(Segment*); void segmentModified(Segment*); virtual bool event(TQEvent *e); /// for the gui to call to indicate that the metronome needs to be remapped void metronomeChanged(InstrumentId id, bool regenerateTicks); /// for the gui to call to indicate that a MIDI filter needs to be remapped void filtersChanged(MidiFilter thruFilter, MidiFilter recordFilter); /// Return the current sequencer memory mapped file SequencerMapper* getSequencerMapper() { return m_sequencerMapper; } /// Ensure that the sequencer file is mapped void mapSequencer(); void setTransport(TransportDialog* t) { m_transport = t; } void enableMIDIThruRouting(bool state); int getSampleRate(); // may return 0 if sequencer uncontactable public slots: void update(); signals: void setProgress(int); void incrementProgress(int); void insertableNoteOnReceived(int pitch, int velocity); void insertableNoteOffReceived(int pitch, int velocity); void controllerDeviceEventReceived(MappedEvent *ev); protected slots: void slotCountdownTimerTimeout(); // Activated by timer to allow a message to be reported to // the user - we use this mechanism so that the user isn't // bombarded with dialogs in the event of lots of failures. // void slotAllowReport() { m_canReport = true; } void slotFoundMountPoint(const TQString&, unsigned long kBSize, unsigned long kBUsed, unsigned long kBAvail); void slotScheduledCompositionMmapperReset() { resetCompositionMmapper(); } protected: void resetCompositionMmapper(); void resetControlBlockMmapper(); void resetMetronomeMmapper(); void resetTempoSegmentMmapper(); void resetTimeSigSegmentMmapper(); void checkRefreshtqStatus(); void sendMIDIRecordingDevice(const TQString recordDeviceStr); void restoreRecordSubscriptions(); bool shouldWarnForImpreciseTimer(); //--------------- Data members --------------------------------- MappedComposition m_mC; RosegardenGUIDoc *m_doc; CompositionMmapper *m_compositionMmapper; ControlBlockMmapper *m_controlBlockMmapper; MetronomeMmapper *m_metronomeMmapper; TempoSegmentMmapper *m_tempoSegmentMmapper; TimeSigSegmentMmapper *m_timeSigSegmentMmapper; std::vector m_addedSegments; std::vector m_removedSegments; bool m_metronomeNeedsRefresh; // statuses TransporttqStatus m_transporttqStatus; unsigned int m_soundDrivertqStatus; // pointer to the transport dialog TransportDialog *m_transport; clock_t m_lastRewoundAt; CountdownDialog *m_countdownDialog; TQTimer *m_countdownTimer; bool m_shownOverrunWarning; // Keep a track of elapsed record time with this object // TQTime *m_recordTime; typedef std::map SegmentRefreshMap; SegmentRefreshMap m_segments; // map to refresh status id SegmentRefreshMap m_triggerSegments; unsigned int m_compositionRefreshStatusId; bool m_updateRequested; // used to schedule a composition mmapper reset when the composition end time marker changes // this can be caused by a window resize, and since the reset is potentially expensive we want to collapse // several following requests into one. TQTimer *m_compositionMmapperResetTimer; // Information that the sequencer is providing to us - for the moment // it's only the position pointer. // SequencerMapper *m_sequencerMapper; // Just to make sure we don't bother the user too often // TQTimer *m_reportTimer; bool m_canReport; bool m_gotDiskSpaceResult; unsigned long m_diskSpaceKBAvail; bool m_lastLowLatencySwitchSent; timeT m_lastTransportStartPosition; int m_sampleRate; }; } #endif