import { Exchange, Market } from "ccxt";
import { ZodObject } from 'zod';

export declare const USE_SMART_TRADE = "USE_SMART_TRADE";
export declare const USE_TRADE = "USE_TRADE";
export declare const USE_ARB_TRADE = "USE_ARB_TRADE";
export declare const USE_DCA = "USE_DCA";
export declare const BUY = "BUY";
export declare const SELL = "SELL";
export declare const REPLACE_SMART_TRADE = "REPLACE_SMART_TRADE";
export declare const GET_SMART_TRADE = "GET_SMART_TRADE";
export declare const CREATE_SMART_TRADE = "CREATE_SMART_TRADE";
export declare const CANCEL_SMART_TRADE = "CANCEL_SMART_TRADE";
export declare const USE_EXCHANGE = "USE_EXCHANGE";
export declare const USE_INDICATOR = "USE_INDICATOR";
export declare const USE_INDICATORS = "USE_INDICATORS";
export declare const USE_MARKET = "USE_MARKET";
export declare const USE_CANDLE = "USE_CANDLE";
export declare const USE_RSI_INDICATOR = "USE_RSI_INDICATOR";
export type EffectType = typeof USE_SMART_TRADE | typeof USE_TRADE | typeof USE_ARB_TRADE | typeof USE_DCA | typeof BUY | typeof SELL | typeof REPLACE_SMART_TRADE | typeof GET_SMART_TRADE | typeof CREATE_SMART_TRADE | typeof CANCEL_SMART_TRADE | typeof USE_EXCHANGE | typeof USE_INDICATOR | typeof USE_INDICATORS | typeof USE_MARKET | typeof USE_CANDLE | typeof USE_RSI_INDICATOR;
export type BaseEffect<T extends EffectType, P = undefined, R = undefined> = {
	type: T;
	ref: R;
	payload: P;
};
export declare const makeEffect: <T extends EffectType, P = undefined, R = undefined>(type: T, payload: P, ref: R) => BaseEffect<T, P, R>;
export declare function isEffect<T extends EffectType, P = undefined, R = undefined>(effect: unknown): effect is BaseEffect<T, P, R>;
declare const XOrderSide: {
	readonly Buy: "Buy";
	readonly Sell: "Sell";
};
export type XOrderSide = (typeof XOrderSide)[keyof typeof XOrderSide];
declare const XOrderStatus: {
	readonly Idle: "Idle";
	readonly Placed: "Placed";
	readonly Filled: "Filled";
	readonly Canceled: "Canceled";
	readonly Revoked: "Revoked";
	readonly Deleted: "Deleted";
};
export type XOrderStatus = (typeof XOrderStatus)[keyof typeof XOrderStatus];
declare const XOrderType: {
	readonly Limit: "Limit";
	readonly Market: "Market";
};
export type XOrderType = (typeof XOrderType)[keyof typeof XOrderType];
declare const XSmartTradeType: {
	readonly Trade: "Trade";
	readonly DCA: "DCA";
	readonly ARB: "ARB";
};
export type XSmartTradeType = (typeof XSmartTradeType)[keyof typeof XSmartTradeType];
declare const XEntityType: {
	readonly EntryOrder: "EntryOrder";
	readonly TakeProfitOrder: "TakeProfitOrder";
	readonly StopLossOrder: "StopLossOrder";
	readonly SafetyOrder: "SafetyOrder";
};
export type XEntityType = (typeof XEntityType)[keyof typeof XEntityType];
declare const BarSize: {
	readonly ONE_MINUTE: "1m";
	readonly FIVE_MINUTES: "5m";
	readonly FIFTEEN_MINUTES: "15m";
	readonly ONE_HOUR: "1h";
	readonly FOUR_HOURS: "4h";
	readonly ONE_DAY: "1d";
	readonly ONE_WEEK: "1w";
	readonly ONE_MONTH: "1M";
	readonly THREE_MONTHS: "3M";
};
export type BarSize = (typeof BarSize)[keyof typeof BarSize];
declare const ExchangeCode: {
	readonly OKX: "OKX";
	readonly BYBIT: "BYBIT";
	readonly BINANCE: "BINANCE";
	readonly KRAKEN: "KRAKEN";
	readonly COINBASE: "COINBASE";
	readonly GATEIO: "GATEIO";
	readonly BITGET: "BITGET";
};
export type ExchangeCode = (typeof ExchangeCode)[keyof typeof ExchangeCode];
export interface IAccountAsset {
	/**
	 * e.g. USDT
	 */
	currency: string;
	/**
	 * Total balance
	 */
	balance: number;
	/**
	 * Available balance
	 */
	availableBalance: number;
}
export interface IGetCandlesticksRequest {
	/**
	 * e.g. ADA-USDT
	 */
	symbol: string;
	bar?: BarSize;
	/**
	 * Number of results per request.
	 */
	limit?: number;
	/**
	 * Return results since specified timestamp.
	 */
	since?: number;
}
export interface ICandlestick {
	/**
	 * Opening time of the candlestick, Unix timestamp format in milliseconds,
	 * e.g. `1597026383085`
	 */
	open: number;
	high: number;
	low: number;
	close: number;
	/**
	 * Data generation time, Unix timestamp format in milliseconds,
	 * e.g. `1597026383085`
	 */
	timestamp: number;
}
export type OrderSide = "buy" | "sell";
export type OrderStatus = "canceled" | "open" | "partially_filled" | "filled";
export interface ITrade {
	id: string;
	amount: number;
	price: number;
	timestamp: number;
	side: OrderSide;
	symbol: string;
	takerOrMaker?: "taker" | "maker" | string;
}
export type IBid = {
	price: number;
	quantity: number;
};
export type IAsk = {
	price: number;
	quantity: number;
};
export type IOrderbook = {
	asks: IAsk[];
	bids: IBid[];
	/**
	 * Timestamp of the orderbook in milliseconds
	 */
	timestamp: number;
	/**
	 * Marget symbol as BTC/USDT
	 */
	symbol: string;
};
export type ITicker = {
	symbol: string;
	timestamp: number;
	bid: number;
	ask: number;
	last: number;
	open?: number;
	high?: number;
	low?: number;
	close?: number;
	baseVolume: number;
	quoteVolume: number;
};
export interface IGetMarketPriceRequest {
	/**
	 * e.g. ADA/USDT
	 */
	symbol: string;
}
export interface IGetMarketPriceResponse {
	/**
	 * e.g. ADA-USDT
	 */
	symbol: string;
	/**
	 * Market price
	 */
	price: number;
	/**
	 * Timestamp
	 */
	timestamp: number;
}
export interface IGetSymbolInfoRequest {
	/**
	 * e.g. BTC/USDT
	 */
	currencyPair: string;
}
export interface ISymbolFilter {
	precision: PrecisionFilter;
	decimals: PrecisionDecimals;
	limits: LimitsFilter;
}
export interface PrecisionFilter {
	amount?: number;
	price?: number;
}
export interface PrecisionDecimals {
	amount?: number;
	price?: number;
}
export interface LimitsFilter {
	amount?: MinMaxFilter;
	cost?: MinMaxFilter;
	leverage?: MinMaxFilter;
	price?: MinMaxFilter;
}
export interface MinMaxFilter {
	min?: number;
	max?: number;
}
export interface ISymbolInfo {
	/**
	 * e.g. OKX:BTC/USDT
	 */
	symbolId: string;
	/**
	 * e.g. BTC/USDT
	 */
	currencyPair: string;
	exchangeCode: ExchangeCode;
	/**
	 * Exchange supplied symbol ID
	 *
	 * Named as:
	 * - `symbol` on Binance
	 * - `instrumentId` on OKx
	 * - `productId` on Coinbase
	 * - May occur as `assetId` on other exchanges
	 */
	exchangeSymbolId: string;
	baseCurrency: string;
	quoteCurrency: string;
	filters: ISymbolFilter;
}
export type ICancelLimitOrderRequest = {
	/**
	 * e.g. ADA/USDT
	 */
	symbol: string;
	/**
	 * Order ID provided by the exchange
	 */
	orderId: string;
};
export interface ICancelLimitOrderResponse {
	/**
	 * Exchange-supplied Order ID
	 */
	orderId: string;
}
export type IGetLimitOrderRequest = {
	/**
	 * e.g. ADA/USDT
	 */
	symbol: string;
	/**
	 * Order ID provided by the exchange
	 */
	orderId: string;
};
export interface IGetLimitOrderResponse {
	/**
	 * Exchange-supplied order ID.
	 */
	exchangeOrderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 */
	quantity: number;
	/**
	 * Order price.
	 */
	price: number;
	/**
	 * Filled price.
	 */
	filledPrice: number | null;
	/**
	 * Unix timestamp of the most recent trade on this order.
	 */
	lastTradeTimestamp: number;
	/**
	 * Order status.
	 */
	status: OrderStatus;
	/**
	 * Order fee.
	 */
	fee: number;
	/**
	 * Creation time, Unix timestamp format in milliseconds, e.g. `1597026383085`
	 */
	createdAt: number;
}
export interface IPlaceOrderRequest {
	/**
	 * Order type: Limit | Market
	 */
	type: XOrderType;
	/**
	 * Instrument ID, e.g `BTC/USDT`.
	 */
	symbol: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 */
	quantity: number;
	/**
	 * Some exchanges require price for Market orders to calculate the total cost of the order in the quote currency.
	 * @see https://docs.ccxt.com/#/?id=market-buys
	 */
	price?: number;
}
export interface IPlaceOrderResponse {
	/**
	 * Order ID.
	 */
	orderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
}
export interface IPlaceLimitOrderRequest {
	/**
	 * Instrument ID, e.g `ADA-USDT`.
	 */
	symbol: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 */
	quantity: number;
	/**
	 * Order price.
	 */
	price: number;
}
export interface IPlaceLimitOrderResponse {
	/**
	 * Order ID.
	 */
	orderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
}
export interface IPlaceMarketOrderRequest {
	/**
	 * Instrument ID, e.g `BTC/USDT`.
	 */
	symbol: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 */
	quantity: number;
}
export interface IPlaceMarketOrderResponse {
	/**
	 * Order ID.
	 */
	orderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
}
export interface IPlaceStopOrderRequest {
	type: "limit" | "market";
	/**
	 * Instrument ID, e.g `ADA/USDT`.
	 */
	symbol: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 * If type == limit, the quantity is base currency
	 * If type == market, the quantity is quote currency
	 */
	quantity: number;
	/**
	 * Order price.
	 */
	price?: number;
	stopPrice: number;
}
export interface IPlaceStopOrderResponse {
	/**
	 * Order ID.
	 */
	orderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
}
export interface IOpenOrder {
	/**
	 * Exchange-supplied order ID.
	 */
	exchangeOrderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 */
	quantity: number;
	/**
	 * Order price.
	 */
	price: number;
	/**
	 * Filled price.
	 */
	filledPrice: null;
	/**
	 * Unix timestamp of the most recent trade on this order.
	 */
	lastTradeTimestamp: number;
	/**
	 * Order status.
	 */
	status: Extract<OrderStatus, "open">;
	/**
	 * Order fee.
	 */
	fee: number;
	/**
	 * Creation time, Unix timestamp format in milliseconds, e.g. `1597026383085`
	 */
	createdAt: number;
}
export type IGetOpenOrdersRequest = {
	/**
	 * e.g. ADA/USDT
	 */
	symbol: string;
};
export type IGetOpenOrdersResponse = IOpenOrder[];
export interface IClosedOrder {
	/**
	 * Exchange-supplied order ID.
	 */
	exchangeOrderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 */
	quantity: number;
	/**
	 * Order price.
	 */
	price: number;
	/**
	 * Filled price.
	 */
	filledPrice: number | null;
	/**
	 * Unix timestamp of the most recent trade on this order.
	 */
	lastTradeTimestamp: number;
	/**
	 * Order status.
	 */
	status: Extract<OrderStatus, "filled" | "canceled">;
	/**
	 * Order fee.
	 */
	fee: number;
	/**
	 * Creation time, Unix timestamp format in milliseconds, e.g. `1597026383085`
	 */
	createdAt: number;
}
export type IGetClosedOrdersRequest = {
	/**
	 * e.g. ADA/USDT
	 */
	symbol: string;
};
export type IGetClosedOrdersResponse = IClosedOrder[];
export interface IWatchOrder {
	/**
	 * Exchange-supplied order ID.
	 */
	exchangeOrderId: string;
	/**
	 * Client-supplied order ID
	 */
	clientOrderId?: string;
	side: OrderSide;
	/**
	 * Quantity to buy or sell.
	 */
	quantity: number;
	/**
	 * Order price.
	 */
	price: number;
	/**
	 * Filled price.
	 */
	filledPrice: number | null;
	/**
	 * Order status.
	 */
	status: OrderStatus;
	/**
	 * Order fee.
	 */
	fee: number;
	/**
	 * Creation time, Unix timestamp format in milliseconds, e.g. `1597026383085`
	 */
	createdAt: number;
	/**
	 * Unix timestamp of the most recent trade on this order.
	 */
	lastTradeTimestamp?: number;
}
export type IWatchOrdersRequest = {
	/**
	 * e.g. ADA/USDT
	 */
	symbol?: string;
};
export type IWatchOrdersResponse = IWatchOrder[];
export type IWatchCandlesRequest = {
	/**
	 * e.g. ADA/USDT
	 */
	symbol: string;
};
export type IWatchTradesRequest = {
	/**
	 * e.g. ADA/USDT
	 */
	symbol: string;
};
export type IWatchTradesResponse = ITrade[];
export type MarketId<Base extends string = string, Quote extends string = string> = `${ExchangeCode}:${Base}/${Quote}`;
declare const MarketEventType: {
	readonly onOrderFilled: "onOrderFilled";
	readonly onTradeCompleted: "onTradeCompleted";
	readonly onCandleClosed: "onCandleClosed";
	readonly onPublicTrade: "onPublicTrade";
	readonly onOrderbookChange: "onOrderbookChange";
	readonly onTickerChange: "onTickerChange";
};
export type MarketEventType = (typeof MarketEventType)[keyof typeof MarketEventType];
export interface MarketData {
	/**
	 * Last closed candlestick. May be `undefined` if the bot has just started or if the strategy policy is not subscribed
	 * to the candlesticks channel.
	 */
	candle?: ICandlestick;
	/**
	 * Candles history. Last candle can be accessed by `candles[candles.length - 1]`
	 */
	candles: ICandlestick[];
	/**
	 * Last public trade
	 */
	trade?: ITrade;
	orderbook?: IOrderbook;
	ticker?: ITicker;
}
declare const OrderType: {
	readonly Limit: "Limit";
	readonly Market: "Market";
};
export type OrderType = (typeof OrderType)[keyof typeof OrderType];
export type TIndicatorName = "RSI" | "SMA" | "EMA";
export type TIndicatorOptions<I extends TIndicatorName> = I extends "RSI" | "SMA" | "EMA" ? {
	periods: number;
} : never;
export type IBotConfiguration<T = any> = {
	id: number;
	symbol: string;
	exchangeCode?: ExchangeCode;
	settings: T;
	timeframe?: BarSize | null;
};
export interface IExchange {
	isPaper: boolean;
	ccxt: Exchange;
	exchangeCode: ExchangeCode;
	destroy: () => Promise<void>;
	loadMarkets: () => Promise<Record<string, Market>>;
	accountAssets: () => Promise<IAccountAsset[]>;
	getLimitOrder: (body: IGetLimitOrderRequest) => Promise<IGetLimitOrderResponse>;
	placeOrder: (body: IPlaceOrderRequest) => Promise<IPlaceOrderResponse>;
	placeLimitOrder: (body: IPlaceLimitOrderRequest) => Promise<IPlaceLimitOrderResponse>;
	placeMarketOrder: (boyd: IPlaceMarketOrderRequest) => Promise<IPlaceMarketOrderResponse>;
	cancelLimitOrder: (body: ICancelLimitOrderRequest) => Promise<ICancelLimitOrderResponse>;
	placeStopOrder: (body: IPlaceStopOrderRequest) => Promise<IPlaceStopOrderResponse>;
	getOpenOrders: (body: IGetOpenOrdersRequest) => Promise<IGetOpenOrdersResponse>;
	getClosedOrders: (body: IGetClosedOrdersRequest) => Promise<IGetClosedOrdersResponse>;
	getTicker: (symbol: string) => Promise<ITicker>;
	getMarketPrice: (params: IGetMarketPriceRequest) => Promise<IGetMarketPriceResponse>;
	getCandlesticks: (params: IGetCandlesticksRequest) => Promise<ICandlestick[]>;
	getSymbols: () => Promise<ISymbolInfo[]>;
	getSymbol: (params: IGetSymbolInfoRequest) => Promise<ISymbolInfo>;
	watchOrders: (params?: IWatchOrdersRequest) => Promise<IWatchOrdersResponse>;
	watchCandles: (symbol: IWatchCandlesRequest) => Promise<ICandlestick[]>;
	watchTrades: (symbol: IWatchTradesRequest) => Promise<IWatchTradesResponse>;
	watchOrderbook: (symbol: string) => Promise<IOrderbook>;
	watchTicker: (symbol: string) => Promise<ITicker>;
}
export type Order = {
	id: number;
	status: XOrderStatus;
	type: XOrderType;
	entityType: XEntityType;
	side: XOrderSide;
	price?: number;
	stopPrice?: number;
	relativePrice?: number;
	filledPrice?: number;
	fee?: number;
	symbol: string;
	exchangeAccountId: number;
	exchangeOrderId?: string;
	quantity: number;
	createdAt: Date;
	updatedAt: Date;
	placedAt?: Date;
	syncedAt?: Date;
	filledAt?: Date;
};
export interface BaseTrade<T extends XSmartTradeType> {
	id: number;
	ref: string;
	type: T;
	symbol: string;
	createdAt: Date;
	updatedAt: Date;
	orders: Order[];
}
export interface SmartTrade extends BaseTrade<typeof XSmartTradeType.Trade> {
	entryOrder: Order;
	tpOrder?: Order;
	slOrder?: Order;
}
export interface DcaTrade extends BaseTrade<typeof XSmartTradeType.DCA> {
	entryOrder: Order;
	tpOrder: Order;
	slOrder?: Order;
	safetyOrders: Order[];
}
export interface ArbTrade extends BaseTrade<typeof XSmartTradeType.ARB> {
	entryOrder: Order;
	tpOrder: Order;
	slOrder?: Order;
}
export type Trade = SmartTrade | DcaTrade | ArbTrade;
export type CreateOrder = {
	/**
	 * Exchange account ID where the order will be placed.
	 */
	exchangeAccountId?: number;
	/**
	 * Symbol to trade. If not provided, then the bot's default symbol will be used.
	 */
	symbol?: string;
	type: XOrderType;
	status?: XOrderStatus;
	side: XOrderSide;
	stopPrice?: number;
	price?: number;
	quantity: number;
	/**
	 * Price deviation relative to entry price.
	 * If 0.1, the order will be placed as entryPrice + 10%
	 * If -0.1, the order will be placed as entryPrice - 10%
	 */
	relativePrice?: number;
};
export type CreateSmartTrade = {
	type: typeof XSmartTradeType.Trade;
	entry: CreateOrder;
	tp?: CreateOrder;
	sl?: CreateOrder;
};
export type CreateDcaTrade = {
	type: typeof XSmartTradeType.DCA;
	entry: CreateOrder;
	tp: CreateOrder;
	sl?: CreateOrder;
	safetyOrders: CreateOrder[];
};
export type CreateArbTrade = {
	type: typeof XSmartTradeType.ARB;
	entry: CreateOrder;
	tp: CreateOrder;
};
export type CreateTrade = CreateSmartTrade | CreateDcaTrade | CreateArbTrade;
export interface IBotControl {
	/**
	 * Stop bot
	 */
	stop: () => Promise<void>;
	getSmartTrade: (ref: string) => Promise<Trade | null>;
	updateSmartTrade: (ref: string, payload: Pick<CreateTrade, "tp">) => Promise<Trade | null>;
	createSmartTrade: (ref: string, payload: CreateTrade) => Promise<Trade>;
	getOrCreateSmartTrade: (ref: string, payload: CreateTrade) => Promise<Trade>;
	replaceSmartTrade: (ref: string, payload: Trade) => Promise<Trade>;
	cancelSmartTrade: (ref: string) => Promise<boolean>;
	getExchange: (label: string) => Promise<IExchange | null>;
}
export type BotState = Record<string, any>;
export type TBotContext<T extends IBotConfiguration, S extends BotState = BotState> = {
	/**
	 * Default exchange instance.
	 */
	exchange: IExchange;
	additionalExchanges: IExchange[];
	/**
	 * Bot control panel
	 */
	control: IBotControl;
	/**
	 * Bot configuration
	 */
	config: T;
	/**
	 * Bot's state
	 */
	state: S;
	/**
	 * Event
	 */
	command: "start" | "stop" | "process";
	event?: MarketEventType;
	onStart: boolean;
	onStop: boolean;
	onProcess: boolean;
	/**
	 * Default market from `bot.symbol`
	 */
	market: MarketData;
	/**
	 * Additional markets
	 */
	markets: Record<MarketId, MarketData>;
};
export type WatchCondition<T extends IBotConfiguration> = string | string[] | ((botConfig: T) => string | string[]);
export declare const Watcher: {
	readonly watchTrades: "watchTrades";
	readonly watchOrderbook: "watchOrderbook";
	readonly watchTicker: "watchTicker";
	readonly watchCandles: "watchCandles";
};
export type Watcher = (typeof Watcher)[keyof typeof Watcher];
export interface BotTemplate<T extends IBotConfiguration> {
	(ctx: TBotContext<T>): Generator<unknown, unknown>;
	/**
	 * Display name of the bot. Used in the UI.
	 */
	displayName?: string;
	/**
	 * Strategy description. What does the strategy do?
	 */
	description?: string;
	/**
	 * Number of candles the strategy requires for warm-up.
	 * When the bot starts, it will download the required number of candles.
	 */
	requiredHistory?: number | ((botConfig: T) => number | undefined);
	/**
	 * Used to aggregate 1m candles to a higher timeframe, when using candles watcher.
	 * If not provided, the timeframe from the bot config will be used.
	 */
	timeframe?: BarSize | null | ((botConfig: T) => BarSize | null | undefined);
	/**
	 * Strategy params schema.
	 */
	schema: ZodObject<any, any, any>;
	/**
	 * If true, the bot will not be displayed in the list of available strategies.
	 * Mainly used for debug strategies.
	 */
	hidden?: boolean;
	/**
	 * List of pairs to watch for trades.
	 *
	 * @example Watch trades on BTC/USDT pair. The default exchange from bot config will be used.
	 * ```ts
	 * strategy.watchers = {
	 *   watchTrades: "BTC/USDT",
	 * }
	 * ```
	 *
	 * @example Watch trades on specific exchange.
	 * ```ts
	 * strategy.watchers = {
	 *   watchTrades: "OKX:BTC/USDT"
	 * }
	 * ```
	 *
	 * @example Watch trades on multiple pairs.
	 * ```ts
	 * strategy.watchers = {
	 *   watchTrades: ["BTC/USDT", "ETH/USDT"],
	 * }
	 * ```
	 *
	 * @example Watch trades on different exchanges.
	 * ```ts
	 * strategy.watchers = {
	 *  watchTrades: ["OKX:BTC/USDT", "BINANCE:BTC/USDT"]
	 * }
	 * ```
	 *
	 * @example Watch trades on a computed pairs list.
	 * ```ts
	 * strategy.watchers = {
	 *  watchTrades: (botConfig) => botConfig.symbol
	 * }
	 * ```
	 */
	watchers?: {
		[Watcher.watchTrades]?: WatchCondition<T>;
		[Watcher.watchOrderbook]?: WatchCondition<T>;
		[Watcher.watchTicker]?: WatchCondition<T>;
		[Watcher.watchCandles]?: WatchCondition<T>;
	};
	runPolicy?: {
		/**
		 * The size of the candle is determined by `timeframe` property above.
		 * If not provided, the channel will listen to 1m candles.
		 */
		[MarketEventType.onCandleClosed]?: boolean | ((botConfig: T) => boolean);
		[MarketEventType.onPublicTrade]?: boolean | ((botConfig: T) => boolean);
		[MarketEventType.onOrderbookChange]?: boolean | ((botConfig: T) => boolean);
		[MarketEventType.onTickerChange]?: boolean | ((botConfig: T) => boolean);
		[MarketEventType.onOrderFilled]?: boolean | ((botConfig: T) => boolean);
		[MarketEventType.onTradeCompleted]?: boolean | ((botConfig: T) => boolean);
	};
}
export declare class SmartTradeService {
	private ref;
	private smartTrade;
	type: XSmartTradeType;
	entry: Trade["entryOrder"];
	tp: Trade["tpOrder"];
	sl: Trade["slOrder"];
	constructor(ref: string, smartTrade: Trade);
	/**
	 * Create a new SmartTrade with same buy/sell orders
	 */
	replace(): BaseEffect<"REPLACE_SMART_TRADE", Trade, string>;
	cancel(): BaseEffect<"CANCEL_SMART_TRADE", undefined, string>;
	isCompleted(): boolean;
}
export interface IStore {
	stopBot: (botId: number) => Promise<void>;
	getSmartTrade: (ref: string, botId: number) => Promise<Trade | null>;
	createSmartTrade: (ref: string, payload: CreateTrade, botId: number) => Promise<Trade>;
	updateSmartTrade: (ref: string, payload: Pick<CreateTrade, "tp">, botId: number) => Promise<Trade | null>;
	/**
	 * If `true` then SmartTrade was canceled with success.
	 * @param ref - SmartTrade ref
	 * @param botId - Bot ID
	 */
	cancelSmartTrade: (ref: string, botId: number) => Promise<boolean>;
	getExchange: (label: string) => Promise<IExchange | null>;
}
export type UseSmartTradePayload = {
	entry: {
		type: XOrderType;
		side: XOrderSide;
		price?: number;
		status?: XOrderStatus;
	};
	tp?: {
		type: XOrderType;
		side: XOrderSide;
		price?: number;
		status?: XOrderStatus;
	};
	sl?: {
		type: XOrderType;
		side: XOrderSide;
		price?: number;
		stopPrice: number;
	};
	quantity: number;
};
export declare function useSmartTrade(params: UseSmartTradePayload, ref?: string): BaseEffect<"USE_SMART_TRADE", UseSmartTradePayload, string>;
export declare function getSmartTrade(ref?: string): BaseEffect<"GET_SMART_TRADE", undefined, string>;
export declare function createSmartTrade(payload: UseSmartTradePayload, ref?: string): BaseEffect<"CREATE_SMART_TRADE", UseSmartTradePayload, string>;
export declare function cancelSmartTrade(ref?: string): BaseEffect<"CANCEL_SMART_TRADE", undefined, string>;
export declare function replaceSmartTrade(payload: Trade, ref?: string): BaseEffect<"REPLACE_SMART_TRADE", Trade, string>;
export type BuyPayload = {
	exchange?: ExchangeCode;
	pair?: string;
	quantity: number;
	price?: number;
	orderType?: "Limit" | "Market";
};
export declare function buy(payload: BuyPayload, ref?: string): BaseEffect<"BUY", BuyPayload, string>;
export type SellPayload = {
	exchange?: ExchangeCode;
	pair?: string;
	quantity: number;
	price?: number;
	orderType?: "Limit" | "Market";
};
export declare function sell(payload: SellPayload, ref?: string): BaseEffect<"SELL", SellPayload, string>;
/**
 * If no label is provided, the default exchange linked to the bot will be used.
 * If provided, an external exchange with the given label will be used.
 */
export declare function useExchange(label?: string): BaseEffect<"USE_EXCHANGE", string | undefined, undefined>;
export type IndicatorPayload<I extends TIndicatorName = TIndicatorName> = [
	name: I,
	barSize: BarSize,
	options: TIndicatorOptions<I>
];
export declare function useIndicator<I extends TIndicatorName>(...[name, barSize, options]: IndicatorPayload<I>): BaseEffect<"USE_INDICATOR", {
	name: I;
	barSize: BarSize;
	options: TIndicatorOptions<I>;
}, undefined>;
export declare function useIndicators(payload: IndicatorPayload[]): BaseEffect<"USE_INDICATORS", IndicatorPayload<TIndicatorName>[], undefined>;
export type UseTradePayload = {
	quantity: number;
	/**
	 * Order side. Default to "buy"
	 */
	side?: OrderSide;
	/**
	 * Entry order price.
	 */
	price?: number;
	/**
	 * Take profit order price.
	 */
	tp?: number;
	/**
	 * Stop loss order price.
	 */
	sl?: never;
	exchange?: ExchangeCode;
	pair?: string;
	/**
	 * Entry order type. Default to "Limit"
	 */
	entryType?: OrderType;
	/**
	 * Entry order type. Default to "Limit"
	 */
	takeProfitType?: OrderType;
	/**
	 * Entry order type. Default to "Market". Not implemented.
	 */
	stopLossType?: OrderType;
};
export declare function useTrade(params: UseTradePayload, ref?: string): BaseEffect<"USE_TRADE", UseTradePayload, string>;
export type UseArbPayload = {
	/**
	 * The quantity of the asset to trade.
	 */
	quantity: number;
	/**
	 * The exchange to buy from.
	 */
	exchange1: number;
	/**
	 * The exchange to sell to.
	 */
	exchange2: number;
	/**
	 * The Limit entry price of the order. If not provided, a market order will be placed.
	 */
	price?: number;
	/**
	 * The Limit exit price of the order. If not provided, a market order will be placed.
	 */
	tp?: number;
	/**
	 * The symbol to trade, e.g. BTC/USDT.
	 */
	symbol?: string;
};
export declare function useArbTrade(params: UseArbPayload, ref?: string): BaseEffect<"USE_ARB_TRADE", UseArbPayload, string>;
export type SafetyOrder = {
	quantity: number;
	relativePrice: number;
};
export type UseDcaPayload = {
	/**
	 * Entry order quantity
	 */
	quantity: number;
	/**
	 * The Limit entry price of the order. If not provided, a market order will be placed.
	 */
	price?: number;
	/**
	 * The Limit exit price of the order (e.g. 0.01 is 10%)
	 */
	tpPercent: number;
	/**
	 * The price drop to trigger the SL (e.g. 0.01 is 10% drop)
	 */
	slPercent?: number;
	/**
	 * Safety orders to be placed when price goes down
	 */
	safetyOrders: SafetyOrder[];
	/**
	 * The symbol to trade, e.g. BTC/USDT.
	 */
	symbol?: string;
};
export declare function useDca(params: UseDcaPayload, ref?: string): BaseEffect<"USE_DCA", UseDcaPayload, string>;
export declare function useMarket(): BaseEffect<"USE_MARKET", undefined, undefined>;
/**
 * Get candle data for the given index.
 * If the index is negative, it will return the candle data from the end.
 * By default, will return the last candle.
 */
export declare function useCandle(index?: number): BaseEffect<"USE_CANDLE", number, undefined>;
export declare function useRSI(periods?: number): BaseEffect<"USE_RSI_INDICATOR", number, undefined>;
export declare class StrategyRunner<T extends IBotConfiguration> {
	private control;
	private botConfig;
	private exchange;
	private additionalExchanges;
	private botTemplate;
	constructor(control: IBotControl, botConfig: T, exchange: IExchange, additionalExchanges: IExchange[], botTemplate: BotTemplate<T>);
	start(state: BotState): Promise<void>;
	stop(state: BotState): Promise<void>;
	process(state: BotState, event?: MarketEventType, market?: MarketData, markets?: Record<MarketId, MarketData>): Promise<void>;
	private runTemplate;
}
export declare function createStrategyRunner<T extends IBotConfiguration>(options: {
	store: IStore;
	exchange: IExchange;
	additionalExchanges: IExchange[];
	botConfig: T;
	botTemplate: BotTemplate<T>;
}): StrategyRunner<T>;
export declare class BotControl<T extends IBotConfiguration> implements IBotControl {
	private store;
	private bot;
	constructor(store: IStore, bot: T);
	stop(): Promise<void>;
	getSmartTrade(ref: string): Promise<Trade | null>;
	createSmartTrade(ref: string, payload: CreateTrade): Promise<Trade>;
	updateSmartTrade(ref: string, payload: Pick<CreateTrade, "tp">): Promise<Trade | null>;
	getOrCreateSmartTrade(ref: string, payload: CreateTrade): Promise<Trade>;
	replaceSmartTrade(ref: string, smartTrade: Trade): Promise<Trade>;
	cancelSmartTrade(ref: string): Promise<boolean>;
	getExchange(label: string): Promise<IExchange | null>;
}

export {};