scrobbler.c

scrobbler_avail scrobbler_curl_concat scrobbler_enabled scrobbler_hash scrobbler_init scrobbler_lock scrobbler_notify_read scrobbler_notify_seek scrobbler_queue_dump scrobbler_queue_fetch scrobbler_queue_first SCROBBLER_QUEUE_FOREACH scrobbler_queue_insert_tail scrobbler_queue_item_free scrobbler_queue_last scrobbler_queue_next scrobbler_queue_remove scrobbler_queue_remove_head scrobbler_queue_restore scrobbler_runner scrobbler_runner_thread scrobbler_send_handshake scrobbler_send_tracks scrobbler_shutdown scrobbler_spawn scrobbler_split_lines SCROBBLER_URL

void scrobbler_notify_read ( struct audio_file *  fd, int  eof   ) Notify the AudioScrobbler thread that a read from the file has been performed. Definition at line 155 of file scrobbler.c. { struct scrobbler_entry *nse; unsigned int len; /* Don't accept streams or submit songs twice */ if (!scrobbler_enabled || fd->stream || fd->_scrobbler_done) return; if (eof) { /* Just take the position - catches formats without seeking */ len = fd->time_cur; } else { /* We may only submit if we're past four minutes or past 50% */ if ((fd->time_cur < 240) && (fd->time_cur < (fd->time_len / 2))) return; len = fd->time_len; } /* Track was too short */ if (len < 30) return; /* Mark it as processed */ fd->_scrobbler_done = 1; /* We must have a title and an artist or an album */ if (fd->title == NULL || (fd->artist == NULL && fd->album == NULL)) return; /* Place the track in our queue */ nse = g_slice_new(struct scrobbler_entry); nse->artist = http_escape(fd->artist, NULL); nse->title = http_escape(fd->title, NULL); nse->album = http_escape(fd->album, NULL); nse->length = len; nse->time = time(NULL); g_mutex_lock(scrobbler_lock); scrobbler_queue_insert_tail(nse); g_cond_signal(scrobbler_avail); g_mutex_unlock(scrobbler_lock); } Here is the call graph for this function: Here is the caller graph for this function: