function APPEND(_path, context = PANEL_GRAPH.getCurrentContext()) { #region CALL("append"); if(_path == "") return noone; var _map = json_load_struct(_path); if(_map == -1) { printIf(log, "Decode error"); return noone; } var node_create = __APPEND_MAP(_map, context); recordAction(ACTION_TYPE.collection_loaded, array_create_from_list(node_create), _path); log_message("FILE", "append file " + _path, THEME.noti_icon_file_load); return node_create; } #endregion function __APPEND_MAP(_map, context = PANEL_GRAPH.getCurrentContext(), appended_list = ds_list_create()) { #region static log = false; UNDO_HOLDING = true; if(struct_has(_map, "version")) { var _v = _map.version; LOADING_VERSION = _v; if(PREFERENCES.notify_load_version && floor(_v) != floor(SAVE_VERSION)) { var warn = $"File version mismatch : loading file version {_v} to Pixel Composer {SAVE_VERSION}"; log_warning("FILE", warn) } } if(!struct_has(_map, "nodes")) return noone; var _node_list = _map.nodes; var node_create = ds_list_create(); APPENDING = true; ds_queue_clear(CONNECTION_CONFLICT); if(!CLONING) ds_map_clear(APPEND_MAP); var t = current_time; for(var i = 0; i < array_length(_node_list); i++) { var ex = ds_map_exists(APPEND_MAP, _node_list[i].id); var _node = nodeLoad(_node_list[i], true, context); if(_node && !ex) ds_list_add(appended_list, _node); } printIf(log, "Load time: " + string(current_time - t)); t = current_time; try { for(var i = 0; i < ds_list_size(appended_list); i++) { var _node = appended_list[| i]; _node.loadGroup(context); if(_node.group == context) ds_list_add(node_create, _node); } } catch(e) { log_warning("APPEND, node", exception_print(e)); } printIf(log, "Load group time: " + string(current_time - t)); t = current_time; try { for(var i = 0; i < ds_list_size(appended_list); i++) appended_list[| i].postDeserialize(); } catch(e) { log_warning("APPEND, deserialize", exception_print(e)); } printIf(log, "Deserialize time: " + string(current_time - t)); t = current_time; try { for(var i = 0; i < ds_list_size(appended_list); i++) appended_list[| i].applyDeserialize(); } catch(e) { log_warning("LOAD, apply deserialize", exception_print(e)); } printIf(log, "Apply deserialize time: " + string(current_time - t)); t = current_time; try { for(var i = 0; i < ds_list_size(appended_list); i++) appended_list[| i].preConnect(); for(var i = 0; i < ds_list_size(appended_list); i++) appended_list[| i].connect(); for(var i = 0; i < ds_list_size(appended_list); i++) appended_list[| i].postConnect(); } catch(e) { log_warning("APPEND, connect", exception_print(e)); } printIf(log, "Connect time: " + string(current_time - t)); t = current_time; try { for(var i = 0; i < ds_list_size(appended_list); i++) appended_list[| i].doUpdate(); } catch(e) { log_warning("APPEND, update", exception_print(e)); } printIf(log, "Update time: " + string(current_time - t)); t = current_time; Render(true); if(!ds_queue_empty(CONNECTION_CONFLICT)) { var pass = 0; try { while(++pass < 3 && !ds_queue_empty(CONNECTION_CONFLICT)) { var size = ds_queue_size(CONNECTION_CONFLICT); log_message("APPEND", $"[Connect] {size} Connection conflict(s) detected (pass: {pass})"); repeat(size) { var junc = ds_queue_dequeue(CONNECTION_CONFLICT); var res = junc.connect(true); log_message("APPEND", $"[Connect] Reconnecting {junc.name} {res? "SUCCESS" : "FAILED"}"); } Render(true); } if(!ds_queue_empty(CONNECTION_CONFLICT)) log_warning("APPEND", "Some connection(s) is unresolved. This may caused by render node not being update properly, or image path is broken."); } catch(e) { log_warning("APPEND, Conflict solver error : ", exception_print(e)); } } printIf(log, "Conflict time: " + string(current_time - t)); t = current_time; try { for(var i = 0; i < ds_list_size(appended_list); i++) appended_list[| i].postLoad(); } catch(e) { log_warning("APPEND, connect", exception_print(e)); } UNDO_HOLDING = false; ds_list_destroy(appended_list); APPENDING = false; if(struct_has(_map, "metadata")) { var meta = _map.metadata; for( var i = 0; i < ds_list_size(node_create); i++ ) { var _node = node_create[| i]; if(!struct_has(_node, "metadata")) continue; _node.metadata.deserialize(meta, true); } } refreshNodeMap(); RENDER_ALL_REORDER if(struct_has(_map, "timelines")) { var _time = new timelineItemGroup().deserialize(_map.timelines); array_append(PROJECT.timelines.contents, _time.contents); } return node_create; } #endregion function GetAppendID(old_id) { #region if(old_id == noone) return noone; if(ds_map_exists(APPEND_MAP, old_id)) return APPEND_MAP[? old_id]; // print("Get append ID error: " + string(old_id)); return noone; } #endregion