1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
|
#include "MIDIManager.hxx"
#include "MIDIInControl.hxx"
#include "MIDIOutControl.hxx"
#include "MIDIClocker.hxx"
#include <vector>
using namespace CLAM;
main()
{
char* indevice = "file:zefile.mid";
char* outdevice = "textfile:test.txt";
MIDIManager manager;
MIDIInConfig inNoteCfg;
MIDIOutConfig outNoteCfg;
MIDIClockerConfig inpClockerCfg;
MIDIClockerConfig outClockerCfg;
inpClockerCfg.SetDevice(indevice);
outClockerCfg.SetDevice(outdevice);
MIDIClocker inpClocker(inpClockerCfg);
MIDIClocker outClocker(outClockerCfg);
inNoteCfg.SetDevice(indevice);
inNoteCfg.SetMessage(MIDI::eNoteOnOff);
outNoteCfg.SetDevice(outdevice);
outNoteCfg.SetMessage(MIDI::eNoteOnOff);
MIDIInControl inNote(inNoteCfg);
MIDIOutControl outNote(outNoteCfg);
//control for stoping at eof
MIDIInConfig inStopCfg;
inStopCfg.SetDevice(indevice);
inStopCfg.SetChannel(CLAM::MIDI::eStop); //it is a sys message that uses channel byte for actual data
inStopCfg.SetMessage(CLAM::MIDI::eSystem);
MIDIInControl inStop(inStopCfg);
FloatInControl stopReceiver("stop-receiver");
inStop.GetOutControl(0).AddLink( &stopReceiver);
inNote.GetOutControl(0).AddLink( &outNote.GetInControl(0));
inNote.GetOutControl(1).AddLink( &outNote.GetInControl(1));
inNote.GetOutControl(2).AddLink( &outNote.GetInControl(2));
manager.Start();
TTime curTime = 0;
while (stopReceiver.GetLastValue()==0)
{
//we send a timing control to the MIDI clocker
SendFloatToInControl(inpClocker,0,curTime);
SendFloatToInControl(outClocker,0,curTime);
//we check for new events in the MIDI manager
manager.Check();
//we increment the time counter
curTime ++;
}
}
|
