void LoadMIDIEventList(const char *pFilename)
{
printf("--- MIDISYS ENGINE: LoadMIDIEventList(\"%s\")\n", pFilename);
MIDI_FILE *mf = midiFileOpen(pFilename);
char str[128];
int ev;
int timeline_index = 0;
int track_index = 0;
MIDI_MSG msg;
if (mf)
{
int i, iNum;
unsigned int j;
midiReadInitMessage(&msg);
iNum = midiReadGetNumTracks(mf);
for(i=0;i<iNum;i++)
{
#ifdef SUPERVERBOSE
printf("# Track %d\n", i);
#endif
while(midiReadGetNextMessage(mf, i, &msg))
{
#ifdef SUPERVERBOSE
printf(" %.6ld ", msg.dwAbsPos);
#endif
if (msg.bImpliedMsg) { ev = msg.iImpliedMsg; }
else { ev = msg.iType; }
memcpy(&timeline[track_index][timeline_index], &msg, sizeof(MIDI_MSG));
if (ev == msgMetaEvent && msg.MsgData.MetaEvent.iType == metaTrackName)
{
strncpy(timeline_trackname[track_index], msg.MsgData.MetaEvent.Data.Text.pData, 8);
timeline_trackname[track_index][8] == '\0';
printf("track #%d, name = \"%s\"\n", track_index, timeline_trackname[track_index]);
}
#ifdef SUPERVERBOSE
DebugPrintEvent(ev,msg);
#endif
timeline_index++;
}
printf("track length: %d\n", timeline_index);
timeline_tracklength[track_index] = timeline_index;
track_index++;
timeline_index = 0;
}
timeline_trackcount = track_index;
midiReadFreeMessage(&msg);
midiFileClose(mf);
}
//timeline_length = timeline_index+1;
printf("--- MIDISYS ENGINE: LoadMIDIEventList() success\n");
}
static void HandleQueues()
{
int ilRc = RC_SUCCESS; /* Return code */
int ilBreakOut = FALSE;
do
{
ilRc = que(QUE_GETBIG,0,mod_id,PRIORITY_3,igItemLen,(char *)&prgItem);
/* depending on the size of the received item */
/* a realloc could be made by the que function */
/* so do never forget to set event pointer !!! */
prgEvent = (EVENT *) prgItem->text;
if( ilRc == RC_SUCCESS )
{
/* Acknowledge the item */
ilRc = que(QUE_ACK,0,mod_id,0,0,NULL);
if( ilRc != RC_SUCCESS )
{
/* handle que_ack error */
HandleQueErr(ilRc);
} /* fi */
switch( prgEvent->command )
{
case HSB_STANDBY :
ctrl_sta = prgEvent->command;
break;
case HSB_COMING_UP :
ctrl_sta = prgEvent->command;
break;
case HSB_ACTIVE :
ctrl_sta = prgEvent->command;
ilBreakOut = TRUE;
break;
case HSB_ACT_TO_SBY :
ctrl_sta = prgEvent->command;
break;
case HSB_DOWN :
/* whole system shutdown - do not further use que(), send_message() or timsch() ! */
ctrl_sta = prgEvent->command;
Terminate(1);
break;
case HSB_STANDALONE :
ctrl_sta = prgEvent->command;
ResetDBCounter();
ilBreakOut = TRUE;
break;
case REMOTE_DB :
/* ctrl_sta is checked inside */
HandleRemoteDB(prgEvent);
break;
case SHUTDOWN :
Terminate(1);
break;
case RESET :
ilRc = Reset();
break;
case EVENT_DATA :
dbg(TRACE,"HandleQueues: wrong hsb status <%d>",ctrl_sta);
DebugPrintItem(TRACE,prgItem);
DebugPrintEvent(TRACE,prgEvent);
break;
case TRACE_ON :
dbg_handle_debug(prgEvent->command);
break;
case TRACE_OFF :
dbg_handle_debug(prgEvent->command);
break;
default :
dbg(TRACE,"HandleQueues: unknown event");
DebugPrintItem(TRACE,prgItem);
DebugPrintEvent(TRACE,prgEvent);
break;
} /* end switch */
} else {
/* Handle queuing errors */
HandleQueErr(ilRc);
} /* end else */
} while (ilBreakOut == FALSE);
ilRc = Init_Process();
if(ilRc != RC_SUCCESS)
{
dbg(TRACE,"InitDemhdl: init failed!");
}
} /* end of HandleQueues */
