void getfileinfo(char *filename, char *title, int *length_in_ms)
{
CUBEFILE ficube;
if (!filename || !*filename) // currently playing file
{
if (length_in_ms) *length_in_ms=getlength();
if (title)
{
char *p=lastfn+lstrlen(lastfn);
while (*p != '\\' && p >= lastfn) p--;
lstrcpy(title,++p);
}
}
else // some other file
{
if (length_in_ms)
{
*length_in_ms=-1000;
if (!InitADPFILE(filename,&ficube) || !InitADXFILE(filename,&ficube) || !InitDSPFILE(filename,&ficube))
{
// these are only second-accurate, but how accurate does this need to be anyway?
*length_in_ms = ficube.nrsamples/ficube.ch[0].sample_rate*1000;
}
CloseCUBEFILE(&ficube);
}
if (title)
{
char *p=filename+lstrlen(filename);
while (*p != '\\' && p >= filename) p--;
lstrcpy(title,++p);
}
}
}
void __declspec(dllexport) DLL_FreeADX(int adx)
{
ADXSong* song = (ADXSong*)adx;
CloseCUBEFILE(&song->cubefile);
delete (ADXSong*)adx;
}
void stop()
{
if (thread_handle != INVALID_HANDLE_VALUE)
{
killDecodeThread=1;
if (WaitForSingleObject(thread_handle,INFINITE) == WAIT_TIMEOUT)
{
MessageBox(mod.hMainWindow,"error asking thread to die!\n","error killing decode thread",0);
TerminateThread(thread_handle,0);
}
CloseHandle(thread_handle);
thread_handle = INVALID_HANDLE_VALUE;
}
CloseCUBEFILE(&cubefile);
mod.outMod->Close();
mod.SAVSADeInit();
}
int infoDlg(char *fn, HWND hwnd)
{
CUBEFILE idcube;
char msgbuf[512],titbuf[32],loopstr[50]="no loop",type[50],cat[50];
int sasec,easec;
if (!InitADPFILE(fn,&idcube) || !InitADXFILE(fn,&idcube) || !InitDSPFILE(fn,&idcube)) {
switch(idcube.ch[0].type) {
case type_adx03:
case type_adx04:
sasec=idcube.ch[0].sa*32/idcube.NCH/18/idcube.ch[0].sample_rate;
easec=idcube.ch[0].ea*32/idcube.NCH/18/idcube.ch[0].sample_rate;
strcpy(cat,"ADX");
break;
case type_adp:
strcpy(cat,"ADP");
break;
default:
if (idcube.ch[0].interleave) {
sasec=idcube.ch[0].sa*14/(8*8/idcube.ch[0].bps)/idcube.NCH/idcube.ch[0].sample_rate;
easec=idcube.ch[0].ea*14/(8*8/idcube.ch[0].bps)/idcube.NCH/idcube.ch[0].sample_rate;
} else {
sasec=idcube.ch[0].sa*14/(8*8/idcube.ch[0].bps)/idcube.ch[0].sample_rate;
easec=idcube.ch[0].ea*14/(8*8/idcube.ch[0].bps)/idcube.ch[0].sample_rate;
}
strcpy(cat,"DSP");
break;
}
if (idcube.ch[0].loop_flag)
sprintf(loopstr,"loop start: %d:%02d\nloop end: %d:%02d",sasec/60,sasec%60,easec/60,easec%60);
switch (idcube.ch[0].type) {
case type_std:
strcpy(type,"standard or unrecognized");
break;
case type_sfass:
strcpy(type,"Cstr");
break;
case type_mp2:
strcpy(type,"RS03");
break;
case type_pm2:
strcpy(type,"STM");
break;
case type_halp:
strcpy(type,"HALPST");
break;
case type_idsp:
strcpy(type,"IDSP");
break;
case type_spt:
strcpy(type,"SPT+SPD");
break;
case type_mss:
strcpy(type,"MSS");
break;
case type_gcm:
strcpy(type,"GCM");
break;
case type_mpdsp:
strcpy(type,"Monopoly Party HACK");
break;
case type_ish:
strcpy(type,"ISH+ISD");
break;
case type_ymf:
strcpy(type,"YMF");
break;
case type_adx03:
strcpy(type,"03");
break;
case type_adx04:
strcpy(type,"04");
break;
case type_adp:
strcpy(type,"headerless");
break;
}
sprintf(titbuf,"%s Info",cat);
sprintf(msgbuf,"%d Hz %s %s\ntype: %s\n%d samples\n%s",idcube.ch[0].sample_rate,
(idcube.NCH==2?"stereo":"mono"),cat,type,
idcube.nrsamples,loopstr
);
MessageBox(mod.hMainWindow,msgbuf,titbuf,MB_OK);
CloseCUBEFILE(&idcube);
}
return 0;
}
