patternSymbolIndex symbolChooser::createNewSymbolCurDims(QRgb color) {
const int newIndex = getNewIndex();
const patternSymbolIndex symbolIndex(createSymbol(newIndex, color),
newIndex, borderDimension_,
symbolDimension_);
symbolMap_.insert(color, symbolIndex);
return symbolIndex;
}
const Profile ProfileModel::p_new_profile() {
Profile p;
p[PROFILE_MODEL_PROFILEINDEX_KEY] = getNewIndex();
p[PROFILE_MODEL_NAME_KEY] = DEFAULT_NAME;
p[PROFILE_MODEL_ENCODER_SELECTED_KEY] = DEFAULT_ENCODER_SELECTED;
p[PROFILE_MODEL_PATTERN_KEY] = DEFAULT_PATTERN;
p[PROFILE_MODEL_FAT32COMPATIBLE_KEY] = DEFAULT_FAT32;
p[PROFILE_MODEL_UNDERSCORE_KEY] = DEFAULT_UNDERSCORE;
p[PROFILE_MODEL_2DIGITSTRACKNUM_KEY] = DEFAULT_2DIGITSTRACKNUM;
p[PROFILE_MODEL_SC_KEY] = DEFAULT_SC;
p[PROFILE_MODEL_SC_SCALE_KEY] = DEFAULT_SC_SCALE;
p[PROFILE_MODEL_SC_SIZE_KEY] = DEFAULT_SC_SIZE;
p[PROFILE_MODEL_SC_FORMAT_KEY] = DEFAULT_SC_FORMAT;
p[PROFILE_MODEL_SC_NAME_KEY] = DEFAULT_SC_NAME;
p[PROFILE_MODEL_PL_KEY] = DEFAULT_PL;
p[PROFILE_MODEL_PL_FORMAT_KEY] = DEFAULT_PL_FORMAT;
p[PROFILE_MODEL_PL_NAME_KEY] = DEFAULT_PL_NAME;
p[PROFILE_MODEL_PL_ABS_FILE_PATH_KEY] = DEFAULT_PL_ABS_FILE_PATH;
p[PROFILE_MODEL_PL_UTF8_KEY] = DEFAULT_PL_UTF8;
p[PROFILE_MODEL_INF_KEY] = DEFAULT_INF;
p[PROFILE_MODEL_INF_TEXT_KEY] = DEFAULT_INF_TEXT;
p[PROFILE_MODEL_INF_NAME_KEY] = DEFAULT_INF_NAME;
p[PROFILE_MODEL_INF_SUFFIX_KEY] = DEFAULT_INF_SUFFIX;
p[PROFILE_MODEL_HL_KEY] = DEFAULT_HL;
p[PROFILE_MODEL_HL_FORMAT_KEY] = DEFAULT_HL_FORMAT;
p[PROFILE_MODEL_HL_NAME_KEY] = DEFAULT_HL_NAME;
p[PROFILE_MODEL_CUE_KEY] = DEFAULT_CUE;
p[PROFILE_MODEL_CUE_NAME_KEY] = DEFAULT_CUE_NAME;
p[PROFILE_MODEL_SF_KEY] = DEFAULT_SF;
p[PROFILE_MODEL_SF_NAME_KEY] = DEFAULT_SF_NAME;
p[PROFILE_MODEL_RG_KEY] = DEFAULT_RG;
p[PROFILE_MODEL_COLUMN_ENCODER_LAME_PARAMETERS_KEY] = DEFAULT_ENCODER_PARAMETERS;
p[PROFILE_MODEL_COLUMN_ENCODER_OGGENC_PARAMETERS_KEY] = DEFAULT_ENCODER_PARAMETERS;
p[PROFILE_MODEL_COLUMN_ENCODER_FLAC_PARAMETERS_KEY] = DEFAULT_ENCODER_PARAMETERS;
p[PROFILE_MODEL_COLUMN_ENCODER_FAAC_PARAMETERS_KEY] = DEFAULT_ENCODER_PARAMETERS;
p[PROFILE_MODEL_COLUMN_ENCODER_WAVE_PARAMETERS_KEY] = DEFAULT_ENCODER_PARAMETERS;
p[PROFILE_MODEL_COLUMN_ENCODER_CUSTOM_PARAMETERS_KEY] = DEFAULT_ENCODER_PARAMETERS;
return p;
}
int ProfileModel::copy(const int profileRow) {
if ((profileRow < 0) || (profileRow >= rowCount())) return -1;
int key = getNewIndex();
Profile p = p_cache[profileRow];
QString name = p_cache[profileRow][PROFILE_MODEL_NAME_KEY].toString();
p_new_name(name);
p[PROFILE_MODEL_NAME_KEY] = name;
p[PROFILE_MODEL_PROFILEINDEX_KEY] = key;
p_cache.append(p);
reset();
emit profilesRemovedOrInserted();
return key;
}
void AObjectArray::add(EventHandler *obj) {
int idx = getNewIndex();
_objList[idx] = obj;
}
// thread to automatically fetch next file to play.
static void * nextFileLoop(void * arg)
{
char * fname = NULL;
char path[PATH_MAX];
// wait till directory is initialized.
LOCK_PLAYMUTEX();
while (!dirInited)
pthread_cond_wait(&playdirCond, &playMutex);
firstplay = fileIdx;
UNLOCK_PLAYMUTEX();
srand((int)time(0));
while(1)
{
LOCK_PLAYMUTEX();
if (!going)
{
UNLOCK_PLAYMUTEX();
break;
}
UNLOCK_PLAYMUTEX();
LOCK_PLAYMUTEX();
while (trackChange == TC_DISABLE)
pthread_cond_wait(&nextFileCond, &playMutex);
if (!going)
{
UNLOCK_PLAYMUTEX();
break;
}
UNLOCK_PLAYMUTEX();
int index = getNewIndex();
if(index < 0)
{
stopPlaying();
break;
}
LOCK_PLAYMUTEX();
fileIdx = index;
UNLOCK_PLAYMUTEX();
fname = nextFileFromDir(index,path,PATH_MAX);
DBGMSG("fname : %s\n", fname);
if (fname)
{
int ret;
stopPlaying();
ret = playFile(fname);
if (ret == 0)
{
LOCK_PLAYMUTEX();
trackChange = TC_DISABLE;
UNLOCK_PLAYMUTEX();
}
else if (ret == 1) break; //if we get locked output, no point in keeping trying other files
LOCK_PLAYMUTEX();
fileCnt++;
UNLOCK_PLAYMUTEX();
}
else break;
}
LOCK_PLAYMUTEX();
going = 0;
if (errorStatus == NMS_STATUS_OK)
// player has been stopped by itself, not an error status.
playState = NMS_STATUS_PLAYER_STOPPED;
UNLOCK_PLAYMUTEX();
pthread_exit(NULL);
}
