C++ saved_game::clear方法代码示例

void start_local_game_commandline(const config& game_config, saved_game& state, const commandline_options& cmdline_opts)
{
	DBG_MP << "starting local MP game from commandline" << std::endl;

	// The setup is done equivalently to lobby MP games using as much of existing
	// code as possible.  This means that some things are set up that are not
	// needed in commandline mode, but they are required by the functions called.
	preferences::set_message_private(false);

	DBG_MP << "entering create mode" << std::endl;

	// Set the default parameters
	state.clear(); // This creates these parameters with default values defined in mp_game_settings.cpp
	mp_game_settings& parameters = state.mp_settings();

	// Hardcoded default values
	parameters.mp_era = "era_default";
	parameters.name = "multiplayer_The_Freelands";

	// Default values for which at getter function exists
	parameters.num_turns = settings::get_turns("");
	parameters.village_gold = settings::get_village_gold("");
	parameters.village_support = settings::get_village_support("");
	parameters.xp_modifier = settings::get_xp_modifier("");

	// Do not use map settings if --ignore-map-settings commandline option is set
	if(cmdline_opts.multiplayer_ignore_map_settings) {
		DBG_MP << "ignoring map settings" << std::endl;
		parameters.use_map_settings = false;
	} else {
		parameters.use_map_settings = true;
	}

	// None of the other parameters need to be set, as their creation values above are good enough for CL mode.
	// In particular, we do not want to use the preferences values.

	state.classification().campaign_type = game_classification::CAMPAIGN_TYPE::MULTIPLAYER;

	// [era] define.
	if(cmdline_opts.multiplayer_era) {
		parameters.mp_era = *cmdline_opts.multiplayer_era;
	}

	if(const config& cfg_era = game_config.find_child("era", "id", parameters.mp_era)) {
		state.classification().era_define = cfg_era["define"].str();
	} else {
		std::cerr << "Could not find era '" << parameters.mp_era << "'\n";
		return;
	}

	// [multiplayer] define.
	if(cmdline_opts.multiplayer_scenario) {
		parameters.name = *cmdline_opts.multiplayer_scenario;
	}

	if(const config& cfg_multiplayer = game_config.find_child("multiplayer", "id", parameters.name)) {
		state.classification().scenario_define = cfg_multiplayer["define"].str();
	} else {
		std::cerr << "Could not find [multiplayer] '" << parameters.name << "'\n";
		return;
	}

	game_config_manager::get()->load_game_config_for_game(state.classification());
	state.set_carryover_sides_start(
		config {"next_scenario", parameters.name}
	);

	state.expand_random_scenario();
	state.expand_mp_events();
	state.expand_mp_options();

	// Should number of turns be determined from scenario data?
	if(parameters.use_map_settings && state.get_starting_pos()["turns"]) {
		DBG_MP << "setting turns from scenario data: " << state.get_starting_pos()["turns"] << std::endl;
		parameters.num_turns = state.get_starting_pos()["turns"];
	}

	DBG_MP << "entering connect mode" << std::endl;

	statistics::fresh_stats();

	{
		ng::connect_engine_ptr connect_engine(new ng::connect_engine(state, true, nullptr));

		// Update the parameters to reflect game start conditions
		connect_engine->start_game_commandline(cmdline_opts);
	}

	if(resources::recorder && cmdline_opts.multiplayer_label) {
		std::string label = *cmdline_opts.multiplayer_label;
		resources::recorder->add_log_data("ai_log","ai_label",label);
	}

	unsigned int repeat = (cmdline_opts.multiplayer_repeat) ? *cmdline_opts.multiplayer_repeat : 1;
	for(unsigned int i = 0; i < repeat; i++){
		saved_game state_copy(state);
		campaign_controller controller(state_copy, game_config, game_config_manager::get()->terrain_types());
		controller.play_game();
	}
}