static void queue_dir(const char *path)
{
mpd_InfoEntity entity;
struct ll {
char *path;
struct ll *next;
} *head = 0;
if (mpdc_tickle() < 0)
return;
mpd_sendListallInfoCommand(mpdz, path);
if (mpdz->error) {
mpdc_tickle();
return;
}
while ((mpd_getNextInfoEntity_st(&entity, mpdz))) {
if (entity.type == MPD_INFO_ENTITY_TYPE_SONG) {
struct ll *it, *ll = calloc(1, sizeof(struct ll));
mpd_Song *song = entity.info.song;
if ((it = head)) {
while (it->next)
it = it->next;
it->next = ll;
} else head = ll;
ll->path = strdup(song->file);
}
}
mpd_finishCommand(mpdz);
if (mpdz->error)
mpdc_tickle();
while (head) {
struct ll *o;
queue_song(head->path);
free(head->path);
o = head->next;
free(head);
head = o;
}
}
void music_idle_proc(
void)
{
if(music_state && music_state->initialized && music_state->state != _no_song_playing)
{
short ticks_elapsed= TickCount()-music_state->ticks_at_last_update;
switch(music_state->state)
{
case _delaying_for_loop:
if((music_state->phase-=ticks_elapsed)<=0)
{
/* Start playing.. */
OSErr error;
music_state->sound_buffer_size= kDefaultSoundBufferSize;
music_state->sound_buffer= (Ptr)malloc(music_state->sound_buffer_size);
if (music_state->sound_buffer)
{
assert(music_state->channel);
error= SndStartFilePlay(music_state->channel, // channel
music_state->song_file_refnum, // Not from an AIFF file.
0, // our resource id.
music_state->sound_buffer_size, // Buffer size
music_state->sound_buffer, // Let it allocate a buffer for us.
NULL, // Audio selection ptr.
music_state->completion_proc, // Completion proc
TRUE); // Async.
vwarn(error==noErr, csprintf(temporary, "SndStartFilePlay returned %d;g", error));
if (!error)
{
music_state->state= _playing_introduction;
}
else
{
music_state->state= _no_song_playing;
}
}
}
break;
case _music_fading:
if (ticks_elapsed>0)
{
if((music_state->phase-=ticks_elapsed)<=0 || (music_state->flags & _song_completed))
{
/* oops. we are done.. */
stop_music();
music_state->state= _no_song_playing;
if(music_state->song_index != NONE)
{
/* Start the new song playing.. */
queue_song(music_state->song_index);
}
} else {
if(--music_state->fade_interval_ticks<=0)
{
short new_volume;
SndCommand command;
OSErr error;
/* Only do this a few times.. */
music_state->fade_interval_ticks= music_state->fade_interval_duration;
/* Set the sound volume */
new_volume= (0x100*music_state->phase)/music_state->fade_duration;
/* set the sound volume */
command.cmd= volumeCmd;
command.param1= 0;
command.param2= BUILD_STEREO_VOLUME(new_volume, new_volume);
error= SndDoImmediate(music_state->channel, &command);
vwarn(error==noErr, csprintf(temporary, "SndDoImmediate returned %d;g", error));
}
}
}
break;
default:
/* Don't change states until song_completed flag is set. */
if(music_state->flags & _song_completed)
{
struct song_definition *song= get_song_definition(music_state->song_index);
if(song->flags & _song_automatically_loops)
{
music_state->state= _delaying_for_loop;
music_state->phase= song->restart_delay;
} else {
music_state->state= _no_song_playing;
}
music_state->flags &= ~_song_completed;
}
break;
}
music_state->ticks_at_last_update= TickCount();
}
return;
}
static void queue_song_item(ttk_menu_item *item)
{
queue_song(item->data);
}
