# (c) 2023-present Eroax # (c) 2023-present Yagich # GNU General Public License v3.0+ (see COPYING or https://www.gnu.org/licenses/gpl-3.0.txt) extends RPCScope func _init() -> void: name = "deck_holder" operation_types = { "new_deck": new_deck, # TODO: evaluate later "get_deck": get_deck, "send_event": send_event, "error": error, } RPCSignalLayer.signals.deck_added.connect(_on_deck_holder_deck_added) RPCSignalLayer.signals.deck_closed.connect(_on_deck_holder_deck_closed) func error(r: RPCRequest) -> void: response.emit(create_error(r, "random error")) func new_deck(r: RPCRequest) -> void: reconnect( RPCSignalLayer.signals.deck_added, _on_deck_holder_deck_added, func(): var deck_partial := RPCDeckPartial.new() deck_partial.id = DeckHolder.add_empty_deck().id var resp := create_response(r, deck_partial) resp.create_event_counterpart(deck_partial) response.emit(resp) ) func get_deck(r: RPCRequest) -> void: if not r.operation.condition.has("id"): response.emit(create_error(r, "Invalid Condition")) return var deck := DeckHolder.get_deck(r.operation.condition.id) if deck == null: response.emit(create_error(r, "Deck doesn't exist")) return response.emit(create_response(r, deck.to_dict())) func send_event(r: RPCRequest) -> void: if not r.operation.payload.has("event_name"): response.emit(create_error(r, "Event name must be present and not empty.")) return var event_data: Dictionary if not r.operation.payload.has("event_data"): event_data = {} elif not r.operation.payload.event_data is Dictionary: #response.emit(create_error(r, "Event data must be an Object")) var err := RPCError.new("Event data must be an Object") response.emit(create_response(r, {}, err)) return else: event_data = r.operation.payload.event_data DeckHolder.send_event(r.operation.payload.event_name, event_data) response.emit(create_generic_success(r)) func _on_deck_holder_deck_added(deck_id: String) -> void: event.emit(create_event("new_deck", {"deck_id": deck_id})) func _on_deck_holder_deck_closed(deck_id: String) -> void: pass