git-svn-id: svn://localhost/ardour2/branches/3.0@7384 d708f5d6-7413-0410-9779-e7cbd77b26cf
297 lines
7.1 KiB
C++
297 lines
7.1 KiB
C++
/*
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Copyright (C) 2000 Paul Barton-Davis
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This program is free software; you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation; either version 2 of the License, or
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(at your option) any later version.
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with this program; if not, write to the Free Software
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Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
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*/
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#ifndef __midipp_mmc_h_h__
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#define __midipp_mmc_h_h__
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#include <jack/types.h>
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#include "control_protocol/timecode.h"
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#include "pbd/signals.h"
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#include "pbd/ringbuffer.h"
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#include "midi++/types.h"
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#include "midi++/parser.h"
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namespace MIDI {
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class Port;
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class Parser;
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class MachineControlCommand;
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/** Class to handle incoming and outgoing MIDI machine control messages */
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class MachineControl
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{
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public:
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typedef PBD::Signal1<void,MachineControl&> MMCSignal;
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enum Command {
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cmdStop = 0x1,
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cmdPlay = 0x2,
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cmdDeferredPlay = 0x3,
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cmdFastForward = 0x4,
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cmdRewind = 0x5,
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cmdRecordStrobe = 0x6,
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cmdRecordExit = 0x7,
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cmdRecordPause = 0x8,
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cmdPause = 0x9,
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cmdEject = 0xA,
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cmdChase = 0xB,
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cmdCommandErrorReset = 0xC,
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cmdMmcReset = 0xD,
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cmdIllegalMackieJogStart = 0x20,
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cmdIllegalMackieJogStop = 0x21,
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cmdWrite = 0x40,
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cmdMaskedWrite = 0x41,
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cmdRead = 0x42,
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cmdUpdate = 0x43,
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cmdLocate = 0x44,
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cmdVariablePlay = 0x45,
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cmdSearch = 0x46,
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cmdShuttle = 0x47,
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cmdStep = 0x48,
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cmdAssignSystemMaster = 0x49,
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cmdGeneratorCommand = 0x4A,
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cmdMtcCommand = 0x4B,
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cmdMove = 0x4C,
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cmdAdd = 0x4D,
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cmdSubtract = 0x4E,
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cmdDropFrameAdjust = 0x4F,
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cmdProcedure = 0x50,
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cmdEvent = 0x51,
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cmdGroup = 0x52,
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cmdCommandSegment = 0x53,
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cmdDeferredVariablePlay = 0x54,
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cmdRecordStrobeVariable = 0x55,
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cmdWait = 0x7C,
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cmdResume = 0x7F
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};
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MachineControl (jack_client_t *);
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Port* output_port() { return _output_port; }
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void set_receive_device_id (byte id);
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void set_send_device_id (byte id);
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byte receive_device_id () const { return _receive_device_id; }
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byte send_device_id () const { return _send_device_id; }
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void enable_send (bool);
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void send (MachineControlCommand const &);
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static bool is_mmc (byte *sysex_buf, size_t len);
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/* Signals to connect to if you want to run "callbacks"
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when certain MMC commands are received.
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*/
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MMCSignal Stop;
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MMCSignal Play;
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MMCSignal DeferredPlay;
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MMCSignal FastForward;
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MMCSignal Rewind;
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MMCSignal RecordStrobe;
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MMCSignal RecordExit;
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MMCSignal RecordPause;
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MMCSignal Pause;
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MMCSignal Eject;
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MMCSignal Chase;
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MMCSignal CommandErrorReset;
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MMCSignal MmcReset;
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MMCSignal JogStart;
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MMCSignal JogStop;
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MMCSignal Write;
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MMCSignal MaskedWrite;
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MMCSignal Read;
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MMCSignal Update;
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MMCSignal VariablePlay;
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MMCSignal Search;
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MMCSignal AssignSystemMaster;
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MMCSignal GeneratorCommand;
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MMCSignal MidiTimeCodeCommand;
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MMCSignal Move;
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MMCSignal Add;
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MMCSignal Subtract;
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MMCSignal DropFrameAdjust;
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MMCSignal Procedure;
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MMCSignal Event;
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MMCSignal Group;
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MMCSignal CommandSegment;
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MMCSignal DeferredVariablePlay;
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MMCSignal RecordStrobeVariable;
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MMCSignal Wait;
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MMCSignal Resume;
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TimestampedSignal SPPStart;
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TimestampedSignal SPPContinue;
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TimestampedSignal SPPStop;
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/* The second argument is the shuttle speed, the third is
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true if the direction is "forwards", false for "reverse"
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*/
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PBD::Signal3<void,MachineControl&,float,bool> Shuttle;
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/* The second argument specifies the desired track record enabled
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status.
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*/
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PBD::Signal3<void,MachineControl &,size_t,bool>
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TrackRecordStatusChange;
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/* The second argument specifies the desired track record enabled
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status.
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*/
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PBD::Signal3<void,MachineControl &,size_t,bool>
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TrackMuteChange;
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/* The second argument points to a byte array containing
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the locate target value in MMC Standard Time Code
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format (5 bytes, roughly: hrs/mins/secs/frames/subframes)
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*/
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PBD::Signal2<void,MachineControl &, const byte *> Locate;
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/* The second argument is the number of steps to jump */
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PBD::Signal2<void,MachineControl &, int> Step;
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#define MMC_NTRACKS 48
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/* note: these are not currently in use */
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byte updateRate;
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byte responseError;
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byte commandError;
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byte commandErrorLevel;
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byte motionControlTally;
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byte velocityTally;
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byte stopMode;
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byte fastMode;
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byte recordMode;
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byte recordStatus;
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bool trackRecordStatus[MMC_NTRACKS];
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bool trackRecordReady[MMC_NTRACKS];
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byte globalMonitor;
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byte recordMonitor;
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byte trackSyncMonitor;
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byte trackInputMonitor;
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byte stepLength;
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byte playSpeedReference;
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byte fixedSpeed;
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byte lifterDefeat;
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byte controlDisable;
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byte trackMute[MMC_NTRACKS];
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byte failure;
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byte selectedTimeCode;
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byte shortSelectedTimeCode;
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byte timeStandard;
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byte selectedTimeCodeSource;
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byte selectedTimeCodeUserbits;
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byte selectedMasterCode;
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byte requestedOffset;
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byte actualOffset;
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byte lockDeviation;
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byte shortSelectedMasterCode;
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byte shortRequestedOffset;
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byte shortActualOffset;
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byte shortLockDeviation;
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byte resolvedPlayMode;
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byte chaseMode;
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byte generatorTimeCode;
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byte shortGeneratorTimeCode;
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byte generatorCommandTally;
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byte generatorSetUp;
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byte generatorUserbits;
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byte vitcInsertEnable;
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byte midiTimeCodeInput;
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byte shortMidiTimeCodeInput;
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byte midiTimeCodeCommandTally;
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byte midiTimeCodeSetUp;
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byte gp0;
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byte gp1;
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byte gp2;
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byte gp3;
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byte gp4;
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byte gp5;
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byte gp6;
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byte gp7;
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byte shortGp0;
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byte shortGp1;
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byte shortGp2;
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byte shortGp3;
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byte shortGp4;
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byte shortGp5;
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byte shortGp6;
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byte shortGp7;
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byte procedureResponse;
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byte eventResponse;
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byte responseSegment;
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byte wait;
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byte resume;
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private:
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byte _receive_device_id;
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byte _send_device_id;
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Port* _input_port;
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Port* _output_port;
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bool _enable_send; ///< true if MMC sending is enabled
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void process_mmc_message (Parser &p, byte *, size_t len);
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PBD::ScopedConnectionList port_connections; ///< connections to our parser for incoming data
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int do_masked_write (byte *, size_t len);
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int do_locate (byte *, size_t len);
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int do_step (byte *, size_t len);
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int do_shuttle (byte *, size_t len);
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void write_track_status (byte *, size_t len, byte reg);
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void spp_start (Parser&, nframes_t);
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void spp_continue (Parser&, nframes_t);
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void spp_stop (Parser&, nframes_t);
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};
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/** Class to describe a MIDI machine control command to be sent.
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* In an ideal world we might use a class hierarchy for this, but objects of this type
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* have to be allocated off the stack for RT safety.
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*/
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class MachineControlCommand
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{
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public:
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MachineControlCommand () : _command (MachineControl::Command (0)) {}
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MachineControlCommand (MachineControl::Command);
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MachineControlCommand (Timecode::Time);
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MIDI::byte* fill_buffer (MachineControl *mmc, MIDI::byte *) const;
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private:
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MachineControl::Command _command;
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Timecode::Time _time;
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};
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} // namespace MIDI
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#endif /* __midipp_mmc_h_h__ */
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