/* * $Id: mpc.c,v 1.5 2004/03/17 23:19:21 kalle Exp $ * */ #include #include #include #include #include #include #include "config.h" #include "support.h" #include "libmpdclient.h" #include "mpc.h" #include "options.h" #define MAX_SONG_LENGTH 1024 void mpc_update_song(mpd_client_t *c) { mpd_InfoEntity *entity; if( mpc_error(c) ) return; if( c->song ) { mpd_freeSong(c->song); c->song = NULL; } mpd_sendPlaylistInfoCommand(c->connection, c->status->song); if( mpc_error(c) ) return; while( (entity=mpd_getNextInfoEntity(c->connection)) ) { mpd_Song *song = entity->info.song; if(c->connection->error) { fprintf(stderr,"error: %s\n",c->connection->errorStr); exit(EXIT_FAILURE); } if(entity->type!=MPD_INFO_ENTITY_TYPE_SONG) { mpd_freeInfoEntity(entity); fprintf(stderr, "error: type != MPD_INFO_ENTITY_TYPE_SONG [%d]\n", entity->type); exit(EXIT_FAILURE); } c->song = mpd_songDup(song); mpd_freeInfoEntity(entity); } } int mpc_close(mpd_client_t *c) { if( c->connection ) mpd_closeConnection(c->connection); if( c->cwd ) free( c->cwd ); return 0; } mpd_client_t * mpc_connect(char *host, int port) { mpd_Connection *connection; mpd_client_t *c; connection = mpd_newConnection(host, port, 10); if( connection==NULL ) { fprintf(stderr, "mpd_newConnection to %s:%d failed!\n", host, port); exit(EXIT_FAILURE); } c = malloc(sizeof(mpd_client_t)); memset(c, 0, sizeof(mpd_client_t)); c->connection = connection; c->cwd = strdup(""); return c; } int mpc_reconnect(mpd_client_t *c, char *host, int port) { mpd_Connection *connection; connection = mpd_newConnection(host, port, 10); if( connection==NULL ) return -1; if( connection->error ) { mpd_closeConnection(connection); return -1; } c->connection = connection; return 0; } int mpc_error(mpd_client_t *c) { if( c == NULL || c->connection == NULL ) return 1; if( c->connection->error ) return 1; return 0; } char * mpc_error_str(mpd_client_t *c) { if( c == NULL || c->connection == NULL ) return "Not connected"; if( c->connection && c->connection->errorStr ) return c->connection->errorStr; return NULL; } int mpc_free_playlist(mpd_client_t *c) { GList *list; if( c==NULL || c->playlist==NULL ) return -1; list=g_list_first(c->playlist); while( list!=NULL ) { mpd_Song *song = (mpd_Song *) list->data; mpd_freeSong(song); list=list->next; } g_list_free(c->playlist); c->playlist=NULL; c->playlist_length=0; return 0; } int mpc_update_playlist(mpd_client_t *c) { mpd_InfoEntity *entity; // fprintf(stderr, "mpc_update_playlist(): status->playlist = %d\n", c->status->playlist); if( mpc_error(c) ) return -1; if( c->playlist ) mpc_free_playlist(c); c->playlist_length=0; mpd_sendPlaylistInfoCommand(c->connection,-1); if( mpc_error(c) ) return -1; while( (entity=mpd_getNextInfoEntity(c->connection)) ) { if(entity->type==MPD_INFO_ENTITY_TYPE_SONG) { mpd_Song *song = mpd_songDup(entity->info.song); c->playlist = g_list_append(c->playlist, (gpointer) song); c->playlist_length++; } mpd_freeInfoEntity(entity); } c->playlist_id = c->status->playlist; c->playlist_updated = 1; c->song_id = -1; return 0; } int mpc_playlist_get_song_index(mpd_client_t *c, char *filename) { GList *list = c->playlist; int i=0; while( list ) { mpd_Song *song = (mpd_Song *) list->data; if( strcmp(song->file, filename ) == 0 ) return i; list=list->next; i++; } return -1; } mpd_Song * mpc_playlist_get_song(mpd_client_t *c, int n) { return (mpd_Song *) g_list_nth_data(c->playlist, n); } char * mpc_get_song_name(mpd_Song *song) { static char buf[MAX_SONG_LENGTH]; char *name; if( song->title ) { if( song->artist ) { snprintf(buf, MAX_SONG_LENGTH, "%s - %s", song->artist, song->title); name = utf8_to_locale(buf); strncpy(buf, name, MAX_SONG_LENGTH); free(name); return buf; } else { name = utf8_to_locale(song->title); strncpy(buf, name, MAX_SONG_LENGTH); free(name); return buf; } } name = utf8_to_locale(song->file); strncpy(buf, name, MAX_SONG_LENGTH); free(name); return buf; } int mpc_update(mpd_client_t *c) { if( mpc_error(c) ) return -1; if( c->status ) { mpd_freeStatus(c->status); } c->status = mpd_getStatus(c->connection); if( mpc_error(c) ) return -1; if( c->playlist_id!=c->status->playlist ) mpc_update_playlist(c); if( c->status->song != c->song_id ) { c->song = mpc_playlist_get_song(c, c->status->song); c->song_id = c->status->song; c->song_updated = 1; } return 0; } int mpc_free_filelist(mpd_client_t *c) { GList *list; if( c==NULL || c->filelist==NULL ) return -1; list=g_list_first(c->filelist); while( list!=NULL ) { filelist_entry_t *entry = list->data; if( entry->entity ) mpd_freeInfoEntity(entry->entity); free(entry); list=list->next; } g_list_free(c->filelist); c->filelist=NULL; c->filelist_length=0; return 0; } int mpc_update_filelist(mpd_client_t *c) { mpd_InfoEntity *entity; if( mpc_error(c) ) return -1; if( c->filelist ) mpc_free_filelist(c); c->filelist_length=0; // mpd_sendListallCommand(conn,""); mpd_sendLsInfoCommand(c->connection, c->cwd); if( c->cwd && c->cwd[0] ) { /* add a dummy entry for ./.. */ filelist_entry_t *entry = malloc(sizeof(filelist_entry_t)); memset(entry, 0, sizeof(filelist_entry_t)); entry->entity = NULL; c->filelist = g_list_append(c->filelist, (gpointer) entry); c->filelist_length++; } while( (entity=mpd_getNextInfoEntity(c->connection)) ) { filelist_entry_t *entry = malloc(sizeof(filelist_entry_t)); memset(entry, 0, sizeof(filelist_entry_t)); entry->entity = entity; c->filelist = g_list_append(c->filelist, (gpointer) entry); c->filelist_length++; } c->filelist_updated = 1; mpd_finishCommand(c->connection); mpc_filelist_set_selected(c); return 0; } int mpc_filelist_set_selected(mpd_client_t *c) { GList *list = c->filelist; while( list ) { filelist_entry_t *entry = list->data; mpd_InfoEntity *entity = entry->entity ; if( entity && entity->type==MPD_INFO_ENTITY_TYPE_SONG ) { mpd_Song *song = entity->info.song; if( mpc_playlist_get_song_index(c, song->file) >= 0 ) entry->selected = 1; else entry->selected = 0; } list=list->next; } return 0; }