comparison audioio/AudioCallbackPlaySource.h @ 450:d9d132c0e240 alignment_view

Merge from default branch

     /**
      * Start making data available in the ring buffers for playback,
      * from the given frame.  If playback is already under way, reseek
      * to the given frame and continue.
      */
-    virtual void play(int startFrame);
+    virtual void play(sv_frame_t startFrame);
 
     /**
      * Stop playback and ensure that no more data is returned.
      */
     virtual void stop();

 
     /**
      * Return the frame number that is currently expected to be coming
      * out of the speakers.  (i.e. compensating for playback latency.)
      */
-    virtual int getCurrentPlayingFrame();
+    virtual sv_frame_t getCurrentPlayingFrame();
     
     /** 
      * Return the last frame that would come out of the speakers if we
      * stopped playback right now.
      */
-    virtual int getCurrentBufferedFrame();
+    virtual sv_frame_t getCurrentBufferedFrame();
 
     /**
      * Return the frame at which playback is expected to end (if not looping).
      */
-    virtual int getPlayEndFrame() { return m_lastModelEndFrame; }
+    virtual sv_frame_t getPlayEndFrame() { return m_lastModelEndFrame; }
 
     /**
      * Set the target and the block size of the target audio device.
      * This should be called by the target class.
      */

      * at the target sample rate.  This is the difference between the
      * frame currently "leaving the speakers" and the last frame (or
      * highest last frame across all channels) requested via
      * getSamples().  The default is zero.
      */
-    void setTargetPlayLatency(int);
+    void setTargetPlayLatency(sv_frame_t);
 
     /**
      * Get the playback latency of the target audio device.
      */
-    int getTargetPlayLatency() const;
+    sv_frame_t getTargetPlayLatency() const;
 
     /**
      * Specify that the target audio device has a fixed sample rate
      * (i.e. cannot accommodate arbitrary sample rates based on the
      * source).  If the target sets this to something other than the
      * source sample rate, this class will resample automatically to
      * fit.
      */
-    void setTargetSampleRate(int);
+    void setTargetSampleRate(sv_samplerate_t);
 
     /**
      * Return the sample rate set by the target audio device (or the
      * source sample rate if the target hasn't set one).
      */
-    virtual int getTargetSampleRate() const;
+    virtual sv_samplerate_t getTargetSampleRate() const;
 
     /**
      * Set the current output levels for metering (for call from the
      * target)
      */

     /**
      * Get the actual sample rate of the source material.  This may
      * safely be called from a realtime thread.  Returns 0 if there is
      * no source yet available.
      */
-    virtual int getSourceSampleRate() const;
+    virtual sv_samplerate_t getSourceSampleRate() const;
 
     /**
      * Get "count" samples (at the target sample rate) of the mixed
      * audio data, in all channels.  This may safely be called from a
      * realtime thread.
      */
-    int getSourceSamples(int count, float **buffer);
+    sv_frame_t getSourceSamples(sv_frame_t count, float **buffer);
 
     /**
      * Set the time stretcher factor (i.e. playback speed).
      */
-    void setTimeStretch(float factor);
+    void setTimeStretch(double factor);
 
     /**
      * Set the resampler quality, 0 - 2 where 0 is fastest and 2 is
      * highest quality.
      */

 signals:
     void modelReplaced();
 
     void playStatusChanged(bool isPlaying);
 
-    void sampleRateMismatch(int requested, int available, bool willResample);
+    void sampleRateMismatch(sv_samplerate_t requested,
+                            sv_samplerate_t available,
+                            bool willResample);
 
     void audioOverloadPluginDisabled();
     void audioTimeStretchMultiChannelDisabled();
 
     void activity(QString);

     void selectionChanged();
     void playLoopModeChanged();
     void playSelectionModeChanged();
     void playParametersChanged(PlayParameters *);
     void preferenceChanged(PropertyContainer::PropertyName);
-    void modelChangedWithin(int startFrame, int endFrame);
+    void modelChangedWithin(sv_frame_t startFrame, sv_frame_t endFrame);
 
 protected:
     ViewManagerBase                  *m_viewManager;
     AudioGenerator                   *m_audioGenerator;
     QString                           m_clientName;

     };
 
     std::set<Model *>                 m_models;
     RingBufferVector                 *m_readBuffers;
     RingBufferVector                 *m_writeBuffers;
-    int                               m_readBufferFill;
-    int                               m_writeBufferFill;
+    sv_frame_t                        m_readBufferFill;
+    sv_frame_t                        m_writeBufferFill;
     Scavenger<RingBufferVector>       m_bufferScavenger;
     int                               m_sourceChannelCount;
-    int                               m_blockSize;
-    int                               m_sourceSampleRate;
-    int                               m_targetSampleRate;
-    int                               m_playLatency;
+    sv_frame_t                        m_blockSize;
+    sv_samplerate_t                   m_sourceSampleRate;
+    sv_samplerate_t                   m_targetSampleRate;
+    sv_frame_t                        m_playLatency;
     AudioCallbackPlayTarget          *m_target;
     double                            m_lastRetrievalTimestamp;
-    int                               m_lastRetrievedBlockSize;
+    sv_frame_t                        m_lastRetrievedBlockSize;
     bool                              m_trustworthyTimestamps;
-    int                               m_lastCurrentFrame;
+    sv_frame_t                        m_lastCurrentFrame;
     bool                              m_playing;
     bool                              m_exiting;
-    int                               m_lastModelEndFrame;
+    sv_frame_t                        m_lastModelEndFrame;
     int                               m_ringBufferSize;
     float                             m_outputLeft;
     float                             m_outputRight;
     RealTimePluginInstance           *m_auditioningPlugin;
     bool                              m_auditioningPluginBypassed;
     Scavenger<RealTimePluginInstance> m_pluginScavenger;
-    int                               m_playStartFrame;
+    sv_frame_t                        m_playStartFrame;
     bool                              m_playStartFramePassed;
     RealTime                          m_playStartedAt;
 
     RingBuffer<float> *getWriteRingBuffer(int c) {
 	if (m_writeBuffers && c < (int)m_writeBuffers->size()) {

     void clearRingBuffers(bool haveLock = false, int count = 0);
     void unifyRingBuffers();
 
     RubberBand::RubberBandStretcher *m_timeStretcher;
     RubberBand::RubberBandStretcher *m_monoStretcher;
-    float m_stretchRatio;
+    double m_stretchRatio;
     bool m_stretchMono;
     
-    int  m_stretcherInputCount;
+    int m_stretcherInputCount;
     float **m_stretcherInputs;
-    int *m_stretcherInputSizes;
+    sv_frame_t *m_stretcherInputSizes;
 
     // Called from fill thread, m_playing true, mutex held
     // Return true if work done
     bool fillBuffers();
     
     // Called from fillBuffers.  Return the number of frames written,
     // which will be count or fewer.  Return in the frame argument the
     // new buffered frame position (which may be earlier than the
     // frame argument passed in, in the case of looping).
-    int mixModels(int &frame, int count, float **buffers);
+    sv_frame_t mixModels(sv_frame_t &frame, sv_frame_t count, float **buffers);
 
     // Called from getSourceSamples.
-    void applyAuditioningEffect(int count, float **buffers);
+    void applyAuditioningEffect(sv_frame_t count, float **buffers);
 
     // Ranges of current selections, if play selection is active
     std::vector<RealTime> m_rangeStarts;
     std::vector<RealTime> m_rangeDurations;
     void rebuildRangeLists();
 
-    int getCurrentFrame(RealTime outputLatency);
+    sv_frame_t getCurrentFrame(RealTime outputLatency);
 
     class FillThread : public Thread
     {
     public:
 	FillThread(AudioCallbackPlaySource &source) :