vfs_playlist.c

vfs_m3u_match vfs_m3u_populate vfs_m3u_write vfs_playlist_add_tail vfs_pls_match vfs_pls_populate vfs_pls_write

int vfs_pls_populate ( struct vfsent *  ve  )  Add all items in the PLS file to the population of the current node. Definition at line 71 of file vfs_playlist.c. { FILE *fio; char fbuf[1024]; char *ch, *dn, **out; int idxoff, nidx; /* Current item */ int idx = -1; char *fn = NULL; char *title = NULL; if ((fio = fopen(ve->filename, "r")) == NULL) return (-1); dn = g_path_get_dirname(ve->filename); while (vfs_fgets(fbuf, sizeof fbuf, fio) == 0) { if (strncmp(fbuf, "File", 4) == 0) { /* Filename */ out = &fn; idxoff = 4; } else if (strncmp(fbuf, "Title", 5) == 0) { /* Song title */ out = &title; idxoff = 5; } else { continue; } /* Parse the index number */ if ((nidx = atoi(fbuf + idxoff)) == 0) continue; /* See if we have a value */ ch = strchr(fbuf + idxoff, '='); if ((ch == NULL) || (ch[1] == '\0')) continue; if (nidx != idx) { /* We've arrived at the next entry */ if (fn != NULL) vfs_playlist_add_tail(ve, fn, title, dn); g_free(fn); fn = NULL; g_free(title); title = NULL; idx = nidx; } /* Copy the new value */ g_free(*out); *out = g_strdup(ch + 1); } /* Don't forget our trailing entry */ if (fn != NULL) vfs_playlist_add_tail(ve, fn, title, dn); g_free(fn); g_free(title); fclose(fio); g_free(dn); return (0); } Here is the call graph for this function: