#pragma once

#include <thread>
#include <memory>
#include <mutex>

#include <QObject>

#include "blitzapi.h"
#include "clientapi.h"
#include "config.h"
#include "datadragon.h"
#include "runepage.h"
#include "runestyle.h"

class LolAutoAccept : public QObject {
	Q_OBJECT

protected:
	struct Stage {
		Stage();
		virtual ~Stage();

		std::vector<uint32_t> champids; // not every stage has a champ
		bool enabled = false;
		uint32_t currentOffset = 0;
	};

	std::mutex stagesMutex; // protects stagesvector
	std::vector<Stage> stages;
	Position currentPosition = Position::INVALID;
	bool currentPositionSet = false;
	uint32_t lastPickedChamp = 0;
	int32_t lastCellId = -1; // last cellid -> if changed -> reset

	Config::RootConfig& config;
	DataDragon& dd;

	bool shouldrun = false;
	std::thread lolaathread;

	std::shared_ptr<ClientAPI> clientapi;

	BlitzAPI blitzapi;
	std::vector<RuneAspekt> runeaspekts;
	std::vector<RuneStyle> runestyles;

	bool nextApplyRunes = false;
	bool smiteWarnEnabled = true;
	bool autoWriteTextEnabled = false;
	bool autoWriteTextDone = false;
	QString autoWriteText;

	QString chatid; // the chatid of the chat from the champselect
	std::chrono::time_point<std::chrono::system_clock> lastMessageSent;

public:
	enum class State {
		LOBBY = 0,
		BAN = 1,
		PICK = 2,
	};

	enum class Status {
		Off,
		Running,
		Failed
	};
	Q_ENUM(Status)

	LolAutoAccept(Config::RootConfig& config, DataDragon& dd, QObject* parent = nullptr);
	virtual ~LolAutoAccept();

	void setChamps(const std::vector<uint32_t>& champs, State s);
	void setEnabled(bool b, State s);
	void setSmiteWarn(bool b);

	bool init(); // returns true on success
	void run();
	void stop();
	Status getStatus();

	void reload(); // reload the config, when something was changed

	const std::vector<RuneAspekt>& getRuneAspekts();
	const std::vector<RuneStyle>& getRuneStyles();
	void setAutoWriteText(bool enabled, const QString& text = {});

signals:
	void statusChanged(LolAutoAccept::Status); // new status: 0 = off, 1 = on, 2 = failed
	void positionChanged(Position);

private:
	void stopJoinThread();
	void innerRun();
	void resetPickOffsets();
	void resetAllOffsets();
	void applyConfigToStage(Stage& stage, const Config::StageConfig& stageconf);
	void loadPosition(Position pos);

	uint32_t getChampOfState(State s);
	void nextChampOfState(State s);

	static bool isChampIntentofTeammate(uint32_t champid, const ClientAPI::ChampSelectSession& session);
	static bool isChampBanned(uint32_t champid, const ClientAPI::ChampSelectSession& session);

	using ownactions_t = std::vector<ClientAPI::ChampSelectAction>;
	ownactions_t getOwnActions(int32_t cellid, const std::vector<ClientAPI::ChampSelectAction> actions);
	void prepickPhase(const ownactions_t& ownactions);
	void banPhase(const ownactions_t& ownactions, const ClientAPI::ChampSelectSession& session);
	void pickPhase(const ownactions_t& ownactions);
	void phase(const ownactions_t& ownactions, ClientAPI::ChampSelectActionType type, State s, bool complete, std::function<bool(uint32_t)> filter = {});
	static int32_t getBestRunePage(const std::vector<ClientAPI::RunePage>& allpages);
	static int32_t getMatchingRunePage(const RunePage& rp, const std::vector<ClientAPI::RunePage>& allpages);
	void champSelect();
	void smiteWarning(const std::vector<ClientAPI::ChampSelectCell>& cells);
	const QString& getChatid();
};

Q_DECLARE_METATYPE(LolAutoAccept::Status)