Tuple * xs_probe_for_tuple(const char *filename, VFSFile *fd)
{
Tuple *tuple;
xs_tuneinfo_t *info;
int tune = -1;
pthread_mutex_lock(&xs_status_mutex);
if (!xs_sidplayfp_probe(fd)) {
pthread_mutex_unlock(&xs_status_mutex);
return NULL;
}
pthread_mutex_unlock(&xs_status_mutex);
/* Get information from URL */
tuple = tuple_new_from_filename (filename);
tune = tuple_get_int (tuple, FIELD_SUBSONG_NUM);
/* Get tune information from emulation engine */
pthread_mutex_lock(&xs_status_mutex);
info = xs_sidplayfp_getinfo (filename);
pthread_mutex_unlock(&xs_status_mutex);
if (info == NULL)
return tuple;
xs_get_song_tuple_info(tuple, info, tune);
if (xs_cfg.subAutoEnable && info->nsubTunes > 1 && ! tune)
xs_fill_subtunes(tuple, info);
xs_tuneinfo_free(info);
return tuple;
}
static Tuple *
wv_probe_for_tuple(const char * filename, VFSFile * fd)
{
WavpackContext *ctx;
Tuple *tu;
char error[1024];
ctx = WavpackOpenFileInputEx(&wv_readers, fd, NULL, error, OPEN_TAGS, 0);
if (ctx == NULL)
return NULL;
AUDDBG("starting probe of %p\n", (void *) fd);
vfs_rewind(fd);
tu = tuple_new_from_filename(filename);
vfs_rewind(fd);
tag_tuple_read(tu, fd);
tuple_set_int(tu, FIELD_LENGTH, NULL,
((uint64_t) WavpackGetNumSamples(ctx) * 1000) / (uint64_t) WavpackGetSampleRate(ctx));
tuple_set_str(tu, FIELD_CODEC, NULL, "WavPack");
char * quality = wv_get_quality (ctx);
tuple_set_str (tu, FIELD_QUALITY, NULL, quality);
str_unref (quality);
WavpackCloseFile(ctx);
AUDDBG("returning tuple %p for file %p\n", (void *) tu, (void *) fd);
return tu;
}
static Tuple * read_tuple (const gchar * filename, VFSFile * file)
{
Tuple * tuple = NULL;
AVFormatContext * ic = open_input_file (filename, file);
if (ic)
{
CodecInfo cinfo;
if (find_codec (ic, & cinfo))
{
tuple = tuple_new_from_filename (filename);
tuple_set_int (tuple, FIELD_LENGTH, ic->duration / 1000);
tuple_set_int (tuple, FIELD_BITRATE, ic->bit_rate / 1000);
if (cinfo.codec->long_name)
tuple_set_str (tuple, FIELD_CODEC, cinfo.codec->long_name);
if (ic->metadata)
read_metadata_dict (tuple, ic->metadata);
if (cinfo.stream->metadata)
read_metadata_dict (tuple, cinfo.stream->metadata);
}
close_input_file (ic);
}
return tuple;
}
Tuple *psf2_tuple(const char *filename, VFSFile *file)
{
Tuple *t;
corlett_t *c;
void *buf;
int64_t sz;
vfs_file_get_contents (filename, & buf, & sz);
if (!buf)
return NULL;
if (corlett_decode(buf, sz, NULL, NULL, &c) != AO_SUCCESS)
return NULL;
t = tuple_new_from_filename(filename);
tuple_set_int(t, FIELD_LENGTH, NULL, c->inf_length ? psfTimeToMS(c->inf_length) + psfTimeToMS(c->inf_fade) : -1);
tuple_set_str(t, FIELD_ARTIST, NULL, c->inf_artist);
tuple_set_str(t, FIELD_ALBUM, NULL, c->inf_game);
tuple_set_str(t, -1, "game", c->inf_game);
tuple_set_str(t, FIELD_TITLE, NULL, c->inf_title);
tuple_set_str(t, FIELD_COPYRIGHT, NULL, c->inf_copy);
tuple_set_str(t, FIELD_QUALITY, NULL, _("sequenced"));
tuple_set_str(t, FIELD_CODEC, NULL, "PlayStation 1/2 Audio");
tuple_set_str(t, -1, "console", "PlayStation 1/2");
free(c);
free(buf);
return t;
}
static Tuple *probe_for_tuple(const char *filename, VFSFile *file)
{
int song = -1;
unsigned char module[ASAPInfo_MAX_MODULE_LENGTH];
int module_len;
ASAPInfo *info = NULL;
Tuple *tuple = NULL;
int songs;
int duration;
int year;
#if _AUD_PLUGIN_VERSION >= 10
char *real_filename = filename_split_subtune(filename, &song);
if (real_filename != NULL)
filename = real_filename;
#endif
module_len = load_module(filename, file, module);
if (module_len > 0) {
info = ASAPInfo_New();
if (info != NULL && ASAPInfo_Load(info, filename, module, module_len))
tuple = tuple_new_from_filename(filename);
}
#if _AUD_PLUGIN_VERSION >= 10
g_free(real_filename);
#endif
if (tuple == NULL) {
ASAPInfo_Delete(info);
return NULL;
}
tuple_set_nonblank(tuple, FIELD_ARTIST, ASAPInfo_GetAuthor(info));
tuple_set_nonblank(tuple, FIELD_TITLE, ASAPInfo_GetTitleOrFilename(info));
tuple_set_nonblank(tuple, FIELD_DATE, ASAPInfo_GetDate(info));
tuple_set_str(tuple, FIELD_CODEC, NULL, "ASAP");
songs = ASAPInfo_GetSongs(info);
if (song > 0) {
tuple_set_int(tuple, FIELD_SUBSONG_ID, NULL, song);
tuple_set_int(tuple, FIELD_SUBSONG_NUM, NULL, songs);
song--;
}
else {
if (songs > 1) {
#if _AUD_PLUGIN_VERSION >= 37
tuple_set_subtunes(tuple, songs, NULL);
#else
tuple->nsubtunes = songs;
#endif
}
song = ASAPInfo_GetDefaultSong(info);
}
duration = ASAPInfo_GetDuration(info, song);
if (duration > 0)
tuple_set_int(tuple, FIELD_LENGTH, NULL, duration);
year = ASAPInfo_GetYear(info);
if (year > 0)
tuple_set_int(tuple, FIELD_YEAR, NULL, year);
ASAPInfo_Delete(info);
return tuple;
}
static bool_t audpl_load (const char * path, VFSFile * file, char * * title,
Index * filenames, Index * tuples)
{
ReadState * state = malloc (sizeof (ReadState));
state->file = file;
state->cur = state->buf;
state->len = 0;
char * key, * val;
if (! read_key (state, & key, & val) || strcmp (key, "title"))
{
free (state);
return FALSE;
}
* title = str_get (val);
bool_t readed = read_key (state, & key, & val);
while (readed && ! strcmp (key, "uri"))
{
char * uri = str_get (val);
Tuple * tuple = NULL;
while ((readed = read_key (state, & key, & val)) && strcmp (key, "uri"))
{
if (! tuple)
tuple = tuple_new_from_filename (uri);
if (! strcmp (key, "empty"))
continue;
int field = tuple_field_by_name (key);
TupleValueType type = tuple_field_get_type (field);
if (field < 0)
break;
if (type == TUPLE_STRING)
tuple_set_str (tuple, field, NULL, val);
else if (type == TUPLE_INT)
tuple_set_int (tuple, field, NULL, atoi (val));
}
index_append (filenames, uri);
index_append (tuples, tuple);
}
free (state);
return TRUE;
}
static Tuple *metronom_probe_for_tuple(const char * filename, VFSFile *fd)
{
Tuple *tuple = tuple_new_from_filename(filename);
metronom_t metronom;
char *tmp = NULL;
if (metronom_get_cp(filename, &metronom, &tmp))
tuple_set_str(tuple, FIELD_TITLE, tmp);
str_unref(tmp);
return tuple;
}
Tuple *gsf_get_song_tuple(const gchar *filename, VFSFile *file)
{
char tag[50001];
char tmp_str[256];
const gchar *fn;
Tuple *ti;
fn = g_filename_from_uri(filename, NULL, NULL);
ti = tuple_new_from_filename(fn);
psftag_readfromfile((void*)tag, fn);
if (!psftag_getvar(tag, "title", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_str(ti, FIELD_TITLE, NULL, tmp_str);
}
if (!psftag_getvar(tag, "artist", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_str(ti, FIELD_ARTIST, NULL, tmp_str);
}
if (!psftag_getvar(tag, "game", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_str(ti, FIELD_ALBUM, NULL, tmp_str);
}
if (!psftag_getvar(tag, "year", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_str(ti, FIELD_DATE, NULL, tmp_str);
}
if (!psftag_getvar(tag, "copyright", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_str(ti, FIELD_COPYRIGHT, NULL, tmp_str);
}
if (!psftag_getvar(tag, "tagger", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_str(ti, -1, "tagger", tmp_str);
}
if (!psftag_raw_getvar(tag, "length", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_int(ti, FIELD_LENGTH, NULL, LengthFromString(tmp_str) + FadeLength);
}
if (!psftag_getvar(tag, "comment", tmp_str, sizeof(tmp_str)-1)) {
tuple_set_str(ti, FIELD_COMMENT, NULL, tmp_str);
}
tuple_set_str(ti, FIELD_CODEC, NULL, "GameBoy Advanced Audio (GSF)");
tuple_set_str(ti, FIELD_QUALITY, NULL, "sequenced");
return ti;
}
static Tuple *tone_probe_for_tuple(const gchar *filename, VFSFile *fd)
{
Tuple *tuple = tuple_new_from_filename(filename);
gchar *tmp;
if (tuple == NULL)
return NULL;
if ((tmp = tone_title(filename)) != NULL)
{
tuple_set_str(tuple, FIELD_TITLE, NULL, tmp);
g_free(tmp);
}
return tuple;
}
Tuple *vtx_get_song_tuple_from_vtx(const gchar * filename, ayemu_vtx_t * in)
{
Tuple *out = tuple_new_from_filename(filename);
tuple_set_str(out, FIELD_ARTIST, in->hdr.author);
tuple_set_str(out, FIELD_TITLE, in->hdr.title);
tuple_set_int(out, FIELD_LENGTH, in->hdr.regdata_size / 14 * 1000 / 50);
tuple_set_str(out, FIELD_GENRE, (in->hdr.chiptype == AYEMU_AY) ? "AY chiptunes" : "YM chiptunes");
tuple_set_str(out, FIELD_ALBUM, in->hdr.from);
tuple_set_str(out, FIELD_QUALITY, _("sequenced"));
tuple_set_str(out, FIELD_CODEC, in->hdr.tracker);
tuple_set_int(out, FIELD_YEAR, in->hdr.year);
return out;
}
static Tuple *
get_tuple_for_vorbisfile(OggVorbis_File * vorbisfile, const gchar *filename)
{
Tuple *tuple;
gint length;
vorbis_comment *comment = NULL;
tuple = tuple_new_from_filename(filename);
length = vfs_is_streaming (vorbisfile->datasource) ? -1 : ov_time_total
(vorbisfile, -1) * 1000;
/* associate with tuple */
tuple_set_int(tuple, FIELD_LENGTH, length);
if ((comment = ov_comment(vorbisfile, -1)) != NULL) {
gchar *tmps;
set_tuple_str(tuple, FIELD_TITLE, comment, "title");
set_tuple_str(tuple, FIELD_ARTIST, comment, "artist");
set_tuple_str(tuple, FIELD_ALBUM, comment, "album");
set_tuple_str(tuple, FIELD_GENRE, comment, "genre");
set_tuple_str(tuple, FIELD_COMMENT, comment, "comment");
if ((tmps = vorbis_comment_query(comment, "tracknumber", 0)) != NULL)
tuple_set_int(tuple, FIELD_TRACK_NUMBER, atoi(tmps));
if ((tmps = vorbis_comment_query (comment, "date", 0)) != NULL)
tuple_set_int (tuple, FIELD_YEAR, atoi (tmps));
}
vorbis_info * info = ov_info (vorbisfile, -1);
tuple_set_format (tuple, "Ogg Vorbis", info->channels, info->rate,
info->bitrate_nominal / 1000);
tuple_set_str(tuple, FIELD_MIMETYPE, "application/ogg");
return tuple;
}
Tuple * xs_probe_for_tuple(const gchar *filename, xs_file_t *fd)
{
Tuple *tuple;
xs_tuneinfo_t *info;
gint tune = -1;
if (xs_status.sidPlayer == NULL || filename == NULL)
return NULL;
XS_MUTEX_LOCK(xs_status);
if (!xs_status.sidPlayer->plrProbe(fd)) {
XS_MUTEX_UNLOCK(xs_status);
return NULL;
}
XS_MUTEX_UNLOCK(xs_status);
/* Get information from URL */
tuple = tuple_new_from_filename (filename);
tune = tuple_get_int (tuple, FIELD_SUBSONG_NUM, NULL);
/* Get tune information from emulation engine */
XS_MUTEX_LOCK(xs_status);
info = xs_status.sidPlayer->plrGetSIDInfo (filename);
XS_MUTEX_UNLOCK(xs_status);
if (info == NULL)
return tuple;
xs_get_song_tuple_info(tuple, info, tune);
if (xs_cfg.subAutoEnable && info->nsubTunes > 1 && ! tune)
xs_fill_subtunes(tuple, info);
xs_tuneinfo_free(info);
return tuple;
}
static void infowin_update_tuple (void * unused)
{
Tuple * tuple = tuple_new_from_filename (current_file);
set_field_str_from_entry (tuple, FIELD_TITLE, entry_title);
set_field_str_from_entry (tuple, FIELD_ARTIST, entry_artist);
set_field_str_from_entry (tuple, FIELD_ALBUM, entry_album);
set_field_str_from_entry (tuple, FIELD_COMMENT, entry_comment);
set_field_str_from_entry (tuple, FIELD_GENRE, gtk_bin_get_child ((GtkBin *)
entry_genre));
set_field_int_from_entry (tuple, FIELD_YEAR, entry_year);
set_field_int_from_entry (tuple, FIELD_TRACK_NUMBER, entry_track);
if (aud_file_write_tuple (current_file, current_decoder, tuple))
{
ministatus_display_message (_("Metadata updated successfully"));
something_changed = FALSE;
gtk_widget_set_sensitive (btn_apply, FALSE);
}
else
ministatus_display_message (_("Metadata updating failed"));
tuple_unref (tuple);
}
/*
* Start playing the given file
*/
gboolean xs_play_file(InputPlayback *pb, const gchar *filename, VFSFile *file, gint start_time, gint stop_time, gboolean pause)
{
xs_tuneinfo_t *tmpTune;
gint audioBufSize, bufRemaining, tmpLength, subTune = -1;
gchar *audioBuffer = NULL, *oversampleBuffer = NULL;
Tuple *tmpTuple;
assert(pb);
assert(xs_status.sidPlayer != NULL);
uri_parse (filename, NULL, NULL, NULL, & subTune);
/* Get tune information */
XS_MUTEX_LOCK(xs_status);
if (! (xs_status.tuneInfo = xs_status.sidPlayer->plrGetSIDInfo (filename)))
{
XS_MUTEX_UNLOCK(xs_status);
return FALSE;
}
/* Initialize the tune */
if (! xs_status.sidPlayer->plrLoadSID (& xs_status, filename))
{
XS_MUTEX_UNLOCK(xs_status);
xs_tuneinfo_free(xs_status.tuneInfo);
xs_status.tuneInfo = NULL;
return FALSE;
}
gboolean error = FALSE;
/* Set general status information */
tmpTune = xs_status.tuneInfo;
if (subTune < 1 || subTune > xs_status.tuneInfo->nsubTunes)
xs_status.currSong = xs_status.tuneInfo->startTune;
else
xs_status.currSong = subTune;
XSDEBUG("subtune #%i selected (#%d wanted), initializing...\n", xs_status.currSong, subTune);
gint channels = (xs_status.audioChannels == XS_CHN_AUTOPAN) ? 2 :
xs_status.audioChannels;
/* Allocate audio buffer */
audioBufSize = xs_status.audioFrequency * channels *
xs_status.audioBitsPerSample / (8 * 4);
if (audioBufSize < 512) audioBufSize = 512;
audioBuffer = (gchar *) g_malloc(audioBufSize);
if (audioBuffer == NULL) {
xs_error("Couldn't allocate memory for audio data buffer!\n");
XS_MUTEX_UNLOCK(xs_status);
goto xs_err_exit;
}
if (xs_status.oversampleEnable) {
oversampleBuffer = (gchar *) g_malloc(audioBufSize * xs_status.oversampleFactor);
if (oversampleBuffer == NULL) {
xs_error("Couldn't allocate memory for audio oversampling buffer!\n");
XS_MUTEX_UNLOCK(xs_status);
goto xs_err_exit;
}
}
/* Check minimum playtime */
tmpLength = tmpTune->subTunes[xs_status.currSong - 1].tuneLength;
if (xs_cfg.playMinTimeEnable && (tmpLength >= 0)) {
if (tmpLength < xs_cfg.playMinTime)
tmpLength = xs_cfg.playMinTime;
}
/* Initialize song */
if (!xs_status.sidPlayer->plrInitSong(&xs_status)) {
xs_error("Couldn't initialize SID-tune '%s' (sub-tune #%i)!\n",
tmpTune->sidFilename, xs_status.currSong);
XS_MUTEX_UNLOCK(xs_status);
goto xs_err_exit;
}
/* Open the audio output */
XSDEBUG("open audio output (%d, %d, %d)\n",
xs_status.audioFormat, xs_status.audioFrequency, channels);
if (!pb->output->open_audio(xs_status.audioFormat, xs_status.audioFrequency,
channels))
{
xs_error("Couldn't open audio output (fmt=%x, freq=%i, nchan=%i)!\n",
xs_status.audioFormat,
xs_status.audioFrequency,
channels);
XS_MUTEX_UNLOCK(xs_status);
goto xs_err_exit;
}
/* Set song information for current subtune */
XSDEBUG("foobar #1\n");
xs_status.sidPlayer->plrUpdateSIDInfo(&xs_status);
tmpTuple = tuple_new_from_filename(tmpTune->sidFilename);
xs_get_song_tuple_info(tmpTuple, tmpTune, xs_status.currSong);
xs_status.stop_flag = FALSE;
XS_MUTEX_UNLOCK(xs_status);
pb->set_tuple(pb, tmpTuple);
pb->set_params (pb, -1, xs_status.audioFrequency, channels);
pb->set_pb_ready(pb);
XSDEBUG("playing\n");
while (1)
{
XS_MUTEX_LOCK (xs_status);
if (xs_status.stop_flag)
{
XS_MUTEX_UNLOCK (xs_status);
break;
}
XS_MUTEX_UNLOCK (xs_status);
/* Render audio data */
if (xs_status.oversampleEnable) {
/* Perform oversampled rendering */
bufRemaining = xs_status.sidPlayer->plrFillBuffer(
&xs_status,
oversampleBuffer,
(audioBufSize * xs_status.oversampleFactor));
bufRemaining /= xs_status.oversampleFactor;
/* Execute rate-conversion with filtering */
if (xs_filter_rateconv(audioBuffer, oversampleBuffer,
xs_status.audioFormat, xs_status.oversampleFactor, bufRemaining) < 0) {
xs_error("Oversampling rate-conversion pass failed.\n");
goto xs_err_exit;
}
} else {
bufRemaining = xs_status.sidPlayer->plrFillBuffer(
&xs_status, audioBuffer, audioBufSize);
}
pb->output->write_audio (audioBuffer, bufRemaining);
/* Check if we have played enough */
if (xs_cfg.playMaxTimeEnable) {
if (xs_cfg.playMaxTimeUnknown) {
if (tmpLength < 0 &&
pb->output->written_time() >= xs_cfg.playMaxTime * 1000)
break;
} else {
if (pb->output->written_time() >= xs_cfg.playMaxTime * 1000)
break;
}
}
if (tmpLength >= 0) {
if (pb->output->written_time() >= tmpLength * 1000)
break;
}
}
DONE:
XSDEBUG("out of playing loop\n");
g_free(audioBuffer);
g_free(oversampleBuffer);
/* Set playing status to false (stopped), thus when
* XMMS next calls xs_get_time(), it can return appropriate
* value "not playing" status and XMMS knows to move to
* next entry in the playlist .. or whatever it wishes.
*/
XS_MUTEX_LOCK(xs_status);
xs_status.stop_flag = TRUE;
/* Free tune information */
xs_status.sidPlayer->plrDeleteSID(&xs_status);
xs_tuneinfo_free(xs_status.tuneInfo);
xs_status.tuneInfo = NULL;
XS_MUTEX_UNLOCK(xs_status);
/* Exit the playing thread */
XSDEBUG("exiting thread, bye.\n");
return ! error;
xs_err_exit:
error = TRUE;
goto DONE;
}
Tuple *flac_probe_for_tuple(const char *filename, VFSFile *fd)
{
AUDDBG("Probe for tuple.\n");
Tuple *tuple = NULL;
FLAC__Metadata_Iterator *iter;
FLAC__Metadata_Chain *chain;
FLAC__StreamMetadata *metadata = NULL;
FLAC__Metadata_ChainStatus status;
FLAC__StreamMetadata_VorbisComment_Entry *entry;
char *key;
char *value;
tuple = tuple_new_from_filename(filename);
tuple_set_str(tuple, FIELD_CODEC, NULL, "Free Lossless Audio Codec (FLAC)");
tuple_set_str(tuple, FIELD_QUALITY, NULL, _("lossless"));
chain = FLAC__metadata_chain_new();
if (!FLAC__metadata_chain_read_with_callbacks(chain, fd, io_callbacks))
goto ERR;
iter = FLAC__metadata_iterator_new();
FLAC__metadata_iterator_init(iter, chain);
do
{
switch (FLAC__metadata_iterator_get_block_type(iter))
{
case FLAC__METADATA_TYPE_VORBIS_COMMENT:
if (FLAC__metadata_iterator_get_block_type(iter) == FLAC__METADATA_TYPE_VORBIS_COMMENT)
{
metadata = FLAC__metadata_iterator_get_block(iter);
AUDDBG("Vorbis comment contains %d fields\n", metadata->data.vorbis_comment.num_comments);
AUDDBG("Vendor string: %s\n", metadata->data.vorbis_comment.vendor_string.entry);
entry = metadata->data.vorbis_comment.comments;
for (int i = 0; i < metadata->data.vorbis_comment.num_comments; i++, entry++)
{
if (FLAC__metadata_object_vorbiscomment_entry_to_name_value_pair(*entry, &key, &value) == false)
AUDDBG("Could not parse comment\n");
else
{
parse_comment(tuple, key, value);
free(key);
free(value);
}
}
}
break;
case FLAC__METADATA_TYPE_STREAMINFO:
metadata = FLAC__metadata_iterator_get_block(iter);
/* Calculate the stream length (milliseconds) */
if (metadata->data.stream_info.sample_rate == 0)
{
FLACNG_ERROR("Invalid sample rate for stream!\n");
tuple_set_int(tuple, FIELD_LENGTH, NULL, -1);
}
else
{
tuple_set_int(tuple, FIELD_LENGTH, NULL,
(metadata->data.stream_info.total_samples / metadata->data.stream_info.sample_rate) * 1000);
AUDDBG("Stream length: %d seconds\n", tuple_get_int(tuple, FIELD_LENGTH, NULL));
}
int64_t size = vfs_fsize(fd);
if (size == -1 || metadata->data.stream_info.total_samples == 0)
tuple_set_int(tuple, FIELD_BITRATE, NULL, 0);
else
{
int bitrate = 8 * size *
(int64_t) metadata->data.stream_info.sample_rate / metadata->data.stream_info.total_samples;
tuple_set_int(tuple, FIELD_BITRATE, NULL, (bitrate + 500) / 1000);
}
break;
default:
;
}
} while (FLAC__metadata_iterator_next(iter));
FLAC__metadata_iterator_delete(iter);
FLAC__metadata_chain_delete(chain);
return tuple;
ERR:
status = FLAC__metadata_chain_status(chain);
FLAC__metadata_chain_delete(chain);
FLACNG_ERROR("An error occured: %s\n", FLAC__Metadata_ChainStatusString[status]);
return tuple;
}
/*
* Start playing the given file
*/
bool_t xs_play_file(const char *filename, VFSFile *file)
{
xs_tuneinfo_t *tmpTune;
int audioBufSize, bufRemaining, tmpLength, subTune = -1;
char *audioBuffer = NULL, *oversampleBuffer = NULL;
Tuple *tmpTuple;
uri_parse (filename, NULL, NULL, NULL, & subTune);
/* Get tune information */
pthread_mutex_lock(&xs_status_mutex);
if (! (xs_status.tuneInfo = xs_sidplayfp_getinfo (filename)))
{
pthread_mutex_unlock(&xs_status_mutex);
return FALSE;
}
/* Initialize the tune */
if (! xs_sidplayfp_load (& xs_status, filename))
{
pthread_mutex_unlock(&xs_status_mutex);
xs_tuneinfo_free(xs_status.tuneInfo);
xs_status.tuneInfo = NULL;
return FALSE;
}
bool_t error = FALSE;
/* Set general status information */
tmpTune = xs_status.tuneInfo;
if (subTune < 1 || subTune > xs_status.tuneInfo->nsubTunes)
xs_status.currSong = xs_status.tuneInfo->startTune;
else
xs_status.currSong = subTune;
int channels = xs_status.audioChannels;
/* Allocate audio buffer */
audioBufSize = xs_status.audioFrequency * channels * FMT_SIZEOF (FMT_S16_NE);
if (audioBufSize < 512) audioBufSize = 512;
audioBuffer = (char *) malloc(audioBufSize);
if (audioBuffer == NULL) {
xs_error("Couldn't allocate memory for audio data buffer!\n");
pthread_mutex_unlock(&xs_status_mutex);
goto xs_err_exit;
}
/* Check minimum playtime */
tmpLength = tmpTune->subTunes[xs_status.currSong - 1].tuneLength;
if (xs_cfg.playMinTimeEnable && (tmpLength >= 0)) {
if (tmpLength < xs_cfg.playMinTime)
tmpLength = xs_cfg.playMinTime;
}
/* Initialize song */
if (!xs_sidplayfp_initsong(&xs_status)) {
xs_error("Couldn't initialize SID-tune '%s' (sub-tune #%i)!\n",
tmpTune->sidFilename, xs_status.currSong);
pthread_mutex_unlock(&xs_status_mutex);
goto xs_err_exit;
}
/* Open the audio output */
if (!aud_input_open_audio(FMT_S16_NE, xs_status.audioFrequency, channels))
{
xs_error("Couldn't open audio output (fmt=%x, freq=%i, nchan=%i)!\n",
FMT_S16_NE,
xs_status.audioFrequency,
channels);
pthread_mutex_unlock(&xs_status_mutex);
goto xs_err_exit;
}
/* Set song information for current subtune */
xs_sidplayfp_updateinfo(&xs_status);
tmpTuple = tuple_new_from_filename(tmpTune->sidFilename);
xs_get_song_tuple_info(tmpTuple, tmpTune, xs_status.currSong);
pthread_mutex_unlock(&xs_status_mutex);
aud_input_set_tuple(tmpTuple);
while (! aud_input_check_stop ())
{
bufRemaining = xs_sidplayfp_fillbuffer(&xs_status, audioBuffer, audioBufSize);
aud_input_write_audio (audioBuffer, bufRemaining);
/* Check if we have played enough */
if (xs_cfg.playMaxTimeEnable) {
if (xs_cfg.playMaxTimeUnknown) {
if (tmpLength < 0 &&
aud_input_written_time() >= xs_cfg.playMaxTime * 1000)
break;
} else {
if (aud_input_written_time() >= xs_cfg.playMaxTime * 1000)
break;
}
}
if (tmpLength >= 0) {
if (aud_input_written_time() >= tmpLength * 1000)
break;
}
}
DONE:
free(audioBuffer);
free(oversampleBuffer);
/* Set playing status to false (stopped), thus when
* XMMS next calls xs_get_time(), it can return appropriate
* value "not playing" status and XMMS knows to move to
* next entry in the playlist .. or whatever it wishes.
*/
pthread_mutex_lock(&xs_status_mutex);
/* Free tune information */
xs_sidplayfp_delete(&xs_status);
xs_tuneinfo_free(xs_status.tuneInfo);
xs_status.tuneInfo = NULL;
pthread_mutex_unlock(&xs_status_mutex);
/* Exit the playing thread */
return ! error;
xs_err_exit:
error = TRUE;
goto DONE;
}
static bool_t playlist_load_cue (const char * cue_filename, VFSFile * file,
char * * title, Index * filenames, Index * tuples)
{
void * buffer = NULL;
vfs_file_read_all (file, & buffer, NULL);
if (! buffer)
return FALSE;
* title = NULL;
Cd * cd = cue_parse_string (buffer);
g_free (buffer);
if (cd == NULL)
return FALSE;
int tracks = cd_get_ntrack (cd);
if (tracks == 0)
return FALSE;
Track * current = cd_get_track (cd, 1);
if (current == NULL)
return FALSE;
char * track_filename = track_get_filename (current);
if (track_filename == NULL)
return FALSE;
char * filename = uri_construct (track_filename, cue_filename);
Tuple * base_tuple = NULL;
bool_t base_tuple_scanned = FALSE;
for (int track = 1; track <= tracks; track ++)
{
if (current == NULL || filename == NULL)
return FALSE;
if (base_tuple == NULL && ! base_tuple_scanned)
{
base_tuple_scanned = TRUE;
PluginHandle * decoder = aud_file_find_decoder (filename, FALSE);
if (decoder != NULL)
base_tuple = aud_file_read_tuple (filename, decoder);
}
Track * next = (track + 1 <= tracks) ? cd_get_track (cd, track + 1) : NULL;
char * next_filename = (next != NULL) ? uri_construct
(track_get_filename (next), cue_filename) : NULL;
bool_t last_track = (next_filename == NULL || strcmp (next_filename, filename));
Tuple * tuple = (base_tuple != NULL) ? tuple_copy (base_tuple) :
tuple_new_from_filename (filename);
tuple_set_int (tuple, FIELD_TRACK_NUMBER, track);
int begin = (int64_t) track_get_start (current) * 1000 / 75;
tuple_set_int (tuple, FIELD_SEGMENT_START, begin);
if (last_track)
{
if (base_tuple != NULL && tuple_get_value_type (base_tuple,
FIELD_LENGTH) == TUPLE_INT)
tuple_set_int (tuple, FIELD_LENGTH, tuple_get_int
(base_tuple, FIELD_LENGTH) - begin);
}
else
{
int length = (int64_t) track_get_length (current) * 1000 / 75;
tuple_set_int (tuple, FIELD_LENGTH, length);
tuple_set_int (tuple, FIELD_SEGMENT_END, begin + length);
}
for (int i = 0; i < ARRAY_LEN (pti_map); i ++)
tuple_attach_cdtext (tuple, current, pti_map[i].tuple_type, pti_map[i].pti);
index_insert (filenames, -1, str_get (filename));
index_insert (tuples, -1, tuple);
current = next;
str_unref (filename);
filename = next_filename;
if (last_track && base_tuple != NULL)
{
tuple_unref (base_tuple);
base_tuple = NULL;
base_tuple_scanned = FALSE;
}
}
return TRUE;
}
/* thread safe */
static Tuple * make_tuple (const gchar * filename, VFSFile * file)
{
Tuple *tuple = NULL;
gint trackno;
g_mutex_lock (mutex);
if (trackinfo == NULL)
refresh_trackinfo (TRUE);
if (trackinfo == NULL)
goto DONE;
if (!strcmp (filename, "cdda://"))
{
tuple = tuple_new_from_filename (filename);
gint subtunes[n_audio_tracks];
gint i = 0;
/* only add the audio tracks to the playlist */
for (trackno = firsttrackno; trackno <= lasttrackno; trackno++)
if (cdda_track_audiop (pcdrom_drive, trackno))
subtunes[i ++] = trackno;
tuple_set_subtunes (tuple, n_audio_tracks, subtunes);
goto DONE;
}
trackno = find_trackno_from_filename (filename);
if (trackno < firsttrackno || trackno > lasttrackno)
{
warn ("Track %d not found.\n", trackno);
goto DONE;
}
if (!cdda_track_audiop (pcdrom_drive, trackno))
{
warn ("Track %d is a data track.\n", trackno);
goto DONE;
}
tuple = tuple_new_from_filename (filename);
tuple_set_format (tuple, _("Audio CD"), 2, 44100, 1411);
if (strlen (trackinfo[trackno].performer))
{
tuple_set_str (tuple, FIELD_ARTIST, NULL,
trackinfo[trackno].performer);
}
if (strlen (trackinfo[0].name))
{
tuple_set_str (tuple, FIELD_ALBUM, NULL,
trackinfo[0].name);
}
if (strlen (trackinfo[trackno].name))
{
tuple_set_str (tuple, FIELD_TITLE, NULL,
trackinfo[trackno].name);
}
tuple_set_int (tuple, FIELD_TRACK_NUMBER, NULL, trackno);
tuple_set_int (tuple, FIELD_LENGTH, NULL,
calculate_track_length (trackinfo[trackno].
startlsn,
trackinfo[trackno].
endlsn));
if (strlen (trackinfo[trackno].genre))
{
tuple_set_str (tuple, FIELD_GENRE, NULL,
trackinfo[trackno].genre);
}
DONE:
g_mutex_unlock (mutex);
return tuple;
}