import { TradeBot } from "../../../../../../TradeBot";
declare const _default: (tradeBot: TradeBot) => import("@trpc/server").CreateRouterInner<import("@trpc/server").RootConfig<{
    ctx: {};
    meta: {};
    errorShape: import("@trpc/server").DefaultErrorShape;
    transformer: import("@trpc/server").DefaultDataTransformer;
}>, {
    list: import("@trpc/server").BuildProcedure<"query", {
        _config: import("@trpc/server").RootConfig<{
            ctx: {};
            meta: {};
            errorShape: import("@trpc/server").DefaultErrorShape;
            transformer: import("@trpc/server").DefaultDataTransformer;
        }>;
        _ctx_out: {};
        _input_in: typeof import("@trpc/server").unsetMarker;
        _input_out: typeof import("@trpc/server").unsetMarker;
        _output_in: typeof import("@trpc/server").unsetMarker;
        _output_out: typeof import("@trpc/server").unsetMarker;
        _meta: {};
    }, import("../../../../../..").Algorithm[]>;
    listRuns: import("@trpc/server").BuildProcedure<"query", {
        _config: import("@trpc/server").RootConfig<{
            ctx: {};
            meta: {};
            errorShape: import("@trpc/server").DefaultErrorShape;
            transformer: import("@trpc/server").DefaultDataTransformer;
        }>;
        _meta: {};
        _ctx_out: {};
        _input_in: {
            algorithmName: string;
        };
        _input_out: {
            algorithmName: string;
        };
        _output_in: typeof import("@trpc/server").unsetMarker;
        _output_out: typeof import("@trpc/server").unsetMarker;
    }, import("../../../../../..").AlgorithmRun<any, any>[]>;
    run: import("@trpc/server").BuildProcedure<"mutation", {
        _config: import("@trpc/server").RootConfig<{
            ctx: {};
            meta: {};
            errorShape: import("@trpc/server").DefaultErrorShape;
            transformer: import("@trpc/server").DefaultDataTransformer;
        }>;
        _meta: {};
        _ctx_out: {};
        _input_in: {
            inputs?: any;
            algorithmName: string;
        };
        _input_out: {
            inputs?: any;
            algorithmName: string;
        };
        _output_in: typeof import("@trpc/server").unsetMarker;
        _output_out: typeof import("@trpc/server").unsetMarker;
    }, import("../../../../../..").AlgorithmRun<any, any>>;
    stop: import("@trpc/server").BuildProcedure<"mutation", {
        _config: import("@trpc/server").RootConfig<{
            ctx: {};
            meta: {};
            errorShape: import("@trpc/server").DefaultErrorShape;
            transformer: import("@trpc/server").DefaultDataTransformer;
        }>;
        _meta: {};
        _ctx_out: {};
        _input_in: {
            algorithmName: string;
            runId: number;
        };
        _input_out: {
            algorithmName: string;
            runId: number;
        };
        _output_in: typeof import("@trpc/server").unsetMarker;
        _output_out: typeof import("@trpc/server").unsetMarker;
    }, import("../../../../../..").AlgorithmRun<any, any>>;
    resume: import("@trpc/server").BuildProcedure<"mutation", {
        _config: import("@trpc/server").RootConfig<{
            ctx: {};
            meta: {};
            errorShape: import("@trpc/server").DefaultErrorShape;
            transformer: import("@trpc/server").DefaultDataTransformer;
        }>;
        _meta: {};
        _ctx_out: {};
        _input_in: {
            algorithmName: string;
            runId: number;
        };
        _input_out: {
            algorithmName: string;
            runId: number;
        };
        _output_in: typeof import("@trpc/server").unsetMarker;
        _output_out: typeof import("@trpc/server").unsetMarker;
    }, import("../../../../../..").AlgorithmRun<any, any>>;
}>;
export default _default;