import { CommonQueryMethods, QuerySqlToken, SqlFragment, FragmentSqlToken } from "slonik";
import { z } from 'zod';
import { FilterOptions, Interpretors, RecursiveFilterConditions } from "./queryFilter";
import type { Plugin } from "./plugins/types";
import { PromiseOrValue } from "../helpers/types";
import { BuildView } from "./buildView";
declare const orderDirection: z.ZodEnum<["ASC", "DESC"]>;
declare type OrderDirection = z.infer<typeof orderDirection>;
declare type SortField = string | [string, string] | [string, string, string] | FragmentSqlToken | {
    field: FragmentSqlToken;
    nullsLast?: boolean;
    nullable?: boolean;
};
declare type OptionalArray<T> = readonly T[] | T;
declare type GetNonEmptyKeys<TFilter extends Record<string, z.ZodTypeAny> = never, TSortable extends string = never> = ([TFilter] extends [never] ? "take" : [keyof TFilter] extends [never] ? "take" : "where") | ([TSortable] extends [never] ? "take" : ("orderBy" | "searchAfter" | "takeCursors" | "cursor" | "distinctOn")) | "take" | "skip" | "select" | "ctx" | "selectGroups";
export declare type LoadParameters<TFilter, TContext, TObject extends Record<string, any>, TSelect extends keyof TObject, TSortable extends string = never, TGroupSelectable extends string = never, TTakeCursors extends boolean = false, TDisabledFilters extends "AND" | "OR" | "NOT" = never> = {
    /** The fields that should be included. If `select` and `selectGroups` are unspecified, all fields are returned. */
    select?: readonly TSelect[];
    /** The amount of rows to query.
     * If take is a negative value, it will try to reverse the sort order and paginate backwards.
     * So
     * ```ts
     * take: -25,
     * orderBy: ["createdAt", "ASC"]
     * ```
     * Will be converted to
     * ```
     * take: 25,
     * orderBy: ["createdAt", "DESC"]
     * ```
     * automatically, and you'll get the last page's items.
     * Doesn't do anything if you don't specify orderBy though.
     * */
    take?: number;
    /** The amount of items to skip, usually (currentPage - 1) * take.
     * Used for offset-based pagination
     * */
    skip?: number;
    /**
     * Cursor-based pagination requires you to sort by a sequential, unique column such as an ID or a timestamp.
     * You can use this or `cursor` to pass the current item sortable values, after which you'd like to load.
     * E.g.
     * ```ts
     * searchAfter: {
     *     id: lastPageItemId
     * }
     * orderBy: [["id", "ASC"]]
     * ```
     * Or with multiple column sorting
     * ```ts
     * searchAfter: {
     *     createdAt: lastItemTimestamp,
     *     id: lastItemId,
     * },
     * orderBy: [["createdAt", "DESC"], ["id", "ASC"]]
     * ```
     * searchAfter parameters will take precedence over `cursor`, if both are specified.
     * However this should be avoided, only use searchAfter if you'd like finer control over cursor-based pagination,
     * as it's generally harder to use than cursor.
     * */
    searchAfter?: {
        [x in TSortable]?: string | number | boolean | null;
    };
    /**
     * If you specify the cursor string, it will act like an opaque searchAfter for searching after items.
     * Use in conjunction with takeCursors: true if you want an opaque implementation of cursor-based pagination.
     * Very useful especially if you have complex sorting requirements that don't match the returned fields.
     * Get the cursor from startCursor or endCursor from the loadPagination result, then use a positive or negative take.
     * */
    cursor?: string;
    /**
     * If specified true, a startCursor and endCursor is returned with loadPagination.
     * */
    takeCursors?: TTakeCursors;
    /** The `columnGroups` you want to select.
     * If `selectGroups` and `select` are unspecified, all columns will be selected.
     * If specified, will select the columns in that group.
     * E.g. if columnGroups are declared like this
     * ```ts
     * columnGroups: {
     *     basic: ["id", "name", "email"],
     * }
     * ```
     * You can specify
     * ```ts
     * selectGroups: ["basic"]
     * ```
     * To select all 3 columns
     * */
    selectGroups?: readonly TGroupSelectable[];
    /**
     * Specify the sorting order using sortable column aliases
     * The columns need to be allowed through the `sortableColumns` option
     * E.g.
     * ```ts
     * [["createdAt", "DESC"], ["id", "ASC"]]
     * ```
     * Or
     * ```ts
     * ["id", "ASC"]
     * ```
     * */
    orderBy?: OptionalArray<readonly [TSortable, 'ASC' | 'DESC' | 'ASC NULLS LAST' | 'DESC NULLS LAST']> | null;
    /** The DISTINCT ON part of the query.
     * If not null, it will automatically reorder the orderBy fragments, to put distinct fields in front of orderBy.
     * If the fields aren't specified in orderBy, they will be added in front, with ascending order.
     *
     * Use this with postgres only to select distinct rows based on a column.
     * E.g.
     * ```ts
     * distinctOn: ["id"]
     * ```
     * Will generate
     * ```sql
     * SELECT DISTINCT ON ("id") * FROM ...
     * ```
     *
     * If specified `true`, only distinct rows are returned `SELECT DISTINCT`
     * */
    distinctOn?: OptionalArray<TSortable> | null;
    ctx?: TContext;
    where?: RecursiveFilterConditions<TFilter, TDisabledFilters>;
};
export declare type ResultType<TObject extends z.AnyZodObject, TVirtuals extends Record<string, any>, TGroupSelected extends keyof (TVirtuals & z.infer<TObject>), TSelect extends keyof (TVirtuals & z.infer<TObject>)> = Pick<TVirtuals & Omit<z.infer<TObject>, keyof TVirtuals>, // Virtual fields can overwrite real fields
[
    TSelect
] extends [never] ? [
    TGroupSelected
] extends [never] ? keyof (TVirtuals & z.infer<TObject>) : (TGroupSelected) : (TSelect | TGroupSelected)>;
export declare function makeQueryLoader<TContextZod extends z.ZodTypeAny, TFragment extends SqlFragment | QuerySqlToken, TView extends BuildView, TManualFilterTypes extends Record<string, any> = never, TFilterTypes extends Record<string, any> = TView extends BuildView<infer T> ? [
    TManualFilterTypes
] extends [never] ? T : T & TManualFilterTypes : TManualFilterTypes, TObject extends z.AnyZodObject = TFragment extends QuerySqlToken<infer T> ? T : any, TVirtuals extends Record<string, any> = z.infer<TObject>, TSortable extends string = never, TGroups extends {
    [x: string]: readonly [Exclude<keyof (z.infer<TObject> & TVirtuals), number | symbol>, ...(Exclude<keyof (z.infer<TObject> & TVirtuals), number | symbol>)[]];
} = Record<string, never>, TSelectable extends Exclude<keyof (z.infer<TObject> & TVirtuals), number | symbol> = Exclude<keyof (z.infer<TObject> & TVirtuals), number | symbol>, TContext = z.infer<TContextZod>, TFilterOrEnabled extends boolean = false, TSortableDefault extends TSortable = TSortable>(options: {
    query: {
        /** The select query (without including FROM) */
        select: TFragment;
        /** The FROM part of the query. Should start with `FROM` */
        from?: SqlFragment;
        /** The view from buildView utility. Used to provide filters and the FROM clause. */
        view?: TView;
        /** The GROUP BY part of the query. Don't include `GROUP BY` */
        groupBy?: SqlFragment | ((args: LoadParameters<Partial<TFilterTypes>, TContext, TVirtuals & z.infer<TObject>, (keyof (TVirtuals & z.infer<TObject>)) & TSelectable, TSortable, Exclude<keyof TGroups, number | symbol>, boolean, TFilterOrEnabled extends true ? never : "OR">) => SqlFragment);
    };
    plugins?: readonly Plugin<any>[];
    /** Optional parameter that can be used to override the slonik query parser.
     * Doesn't need to be used if you use sql.type when declaring the query parameter.
     * */
    type?: TObject;
    /**
     * Optional parameter that can be used to verify the passed context.
     * Use this if you want to make sure the context always has a specific shape, e.g. when using it for authorization.
     * */
    contextParser?: TContextZod;
    /**
     * Optional function that can be used to create the context.
     * Use this if you want to add default values to every context.
     * */
    contextFactory?: (userContext?: z.infer<TContextZod>) => TContext;
    db?: Pick<CommonQueryMethods, "any">;
    /**
     * DEPRECATED: Use `view` instead.
     * You can use the {@link buildView} to build relations with their own filters.
     * */
    filters?: {
        filters: TManualFilterTypes;
        interpreters: Interpretors<TManualFilterTypes, TContext>;
        options?: FilterOptions<TManualFilterTypes, TContext>;
    };
    /**
     * You can add any hardcoded conditions here, to be used for authorization.
     * Any conditions you return will be appended to the overall AND conditions, and cannot be bypassed.
     *
     * E.g.
     *
     * ```ts
     * constraints(ctx) {
     *   if (!ctx.userId) return sql.fragment`FALSE`; // Disable querying for unknown users.
     *
     *   return sql.fragment`posts.author=${ctx.userId}`;
     * }
     * ```
     *
     * This will let users query only their own posts, if the posts table is in the query.
     * */
    constraints?: (ctx: TContext) => PromiseOrValue<SqlFragment | SqlFragment[] | null | undefined>;
    /**
     * Specify aliases for sortable columns. Can either be a single column, or a tuple of table name + column.
     * E.g.
     * ```ts
     * {
     *     createdDate: ["users", "created_at"],
     *     name: "fullName",
     * }
     * ```
     * */
    sortableColumns?: {
        [key in TSortable]: SortField;
    };
    /**
     * This option is convenient for fetching related columns together.
     * Column groups that are specified here can be fetched together with the `selectGroups` option when loading.
     * E.g.
     * ```ts
     * columnGroups: {
     *     basic: ["id", "name", "email"],
     * }
     * ```
     * Then when loading you can simply do
     * ```ts
     * selectGroups: ["basic"]
     * ```
     * To select all 3 columns.
     * */
    columnGroups?: TGroups;
    /**
     * You can narrow the types that are allowed to be selected with this option.
     * */
    selectableColumns?: readonly [TSelectable, ...TSelectable[]];
    /**
     * Specify a mapping of virtual fields, with their dependencies
     * */
    virtualFields?: {
        [x in keyof TVirtuals]?: {
            /**
             * Use this to load data more efficiently in batches.
             * The resolver function has access to the result of this function
             * */
            load?: (rows: readonly z.infer<TObject>[], args: LoadParameters<TFilterTypes, TContext, z.infer<TObject>, keyof z.infer<TObject> & TSelectable, TSortable, Exclude<keyof TGroups, number | symbol>, boolean, TFilterOrEnabled extends true ? never : 'OR'>) => any;
            /** Return the virtual field */
            resolve: (row: z.infer<TObject>, args: LoadParameters<TFilterTypes, z.infer<TContextZod>, z.infer<TObject>, (keyof (z.infer<TObject>)) & TSelectable, TSortable, Exclude<keyof TGroups, number | symbol>, boolean, TFilterOrEnabled extends true ? never : "OR"> & {
                index: number;
            }, remoteLoadResult?: any) => PromiseLike<TVirtuals[x]> | TVirtuals[x];
            dependencies: readonly (keyof z.infer<TObject>)[];
        };
    };
    options?: {
        /**
         * OR filters are disabled by default.
         * Specify true to enable them.
         * */
        orFilterEnabled?: TFilterOrEnabled;
        /**
         * This allows you to transform the column names of the selected object, before they're used to create the SQL query.
         * Useful if you've got a [slonik interceptor for camelCase columns.](https://github.com/gajus/slonik-interceptor-field-name-transformation)
         *
         * So in case you have a interceptor that converts snake case to camelCase, you have to do the reverse here, like this:
         *
         * ```
         * import { snakeCase } from 'changeCase';
         * transformColumns: (field) => snakeCase(field)
         * ```
         *
         * By converting a camelCase back to snake_case you ensure the SQL query will be correct.
         * You can also use an object map if you need, or some other method.
         * This is mostly to be used as an escape hatch for slonik interceptors that transform rows.
         * */
        transformColumns?: (column: TSelectable) => string;
        /**
         * EXPERIMENTAL SUPPORT
         *
         * If specified true, the engine will try to use SQLite syntax instead of PostgreSQL syntax.
         * */
        useSqlite?: boolean;
        /** The max limit when querying loadPagination. Can be increased from the default 1000 */
        maxLimit?: number;
        /** Whether you want to run the specified zod parser for the returned rows.
         * Used in `loadPagination` and `load`.
         *
         * NOTE: This can affect performance negatively, depending on the parser you use, and is unnecessary if you're using zod parsing in slonik's interceptor
         * @default false
         * */
        runtimeCheck?: boolean;
        /** Used when calculating virtual fields that return promises.
         * 50 by default, lower this if you don't want your rows virtual fields to be processed all at once
         * */
        runConcurrency?: number;
    };
    defaults?: {
        orderBy?: OptionalArray<readonly [TSortableDefault, 'ASC' | 'DESC' | 'ASC NULLS LAST' | 'DESC NULLS LAST']> | null;
        take?: number;
    };
}): {
    _columnGroups: TGroups | undefined;
    getSelectableFields: () => [TSelectable, ...TSelectable[]];
    getLoadArgs: <TFields extends string = TSelectable, TSort extends TSortable = TSortable, TFiltersDisabled extends {
        AND?: boolean | undefined;
        OR?: boolean | undefined;
        NOT?: boolean | undefined;
    } = never>({ sortableColumns, selectableColumns, disabledFilters, transformSortColumns, }?: {
        /** You can remove specific sortable columns to disallow sorting by them */
        sortableColumns?: [TSort, ...TSort[]] | undefined;
        selectableColumns?: readonly [TFields, ...TFields[]] | undefined;
        disabledFilters?: TFiltersDisabled | undefined;
        /**
         * You can enforce sorting constraints with this function.
         * E.g. ensure only certain columns are sortable, or with particular directions.
         * */
        transformSortColumns?: ((columns?: [TSort, "ASC" | "DESC"][] | null | undefined) => [TSort, "ASC" | "DESC"][] | null | undefined) | undefined;
    }) => z.ZodObject<{
        select: z.ZodOptional<z.ZodOptional<z.ZodArray<z.ZodEnum<[TFields, ...TFields[]]>, "many">>>;
        take: z.ZodOptional<z.ZodOptional<z.ZodNumber>>;
        skip: z.ZodOptional<z.ZodDefault<z.ZodOptional<z.ZodNumber>>>;
        takeCount: z.ZodOptional<z.ZodOptional<z.ZodBoolean>>;
        takeCursors: z.ZodOptional<z.ZodOptional<z.ZodBoolean>>;
        cursor: z.ZodOptional<z.ZodOptional<z.ZodString>>;
        takeNextPages: z.ZodOptional<z.ZodOptional<z.ZodNumber>>;
        selectGroups: z.ZodOptional<z.ZodOptional<z.ZodArray<z.ZodEnum<[Exclude<keyof TGroups, number | symbol>, ...Exclude<keyof TGroups, number | symbol>[]]>, "many">>>;
        searchAfter: z.ZodOptional<z.ZodOptional<z.ZodObject<{ [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }, "strip", z.ZodTypeAny, { [k_2 in keyof z.objectUtil.addQuestionMarks<{ [k_1 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_1]["_output"]; }>]: z.objectUtil.addQuestionMarks<{ [k_1 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_1]["_output"]; }>[k_2]; }, { [k_4 in keyof z.objectUtil.addQuestionMarks<{ [k_3 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_3]["_input"]; }>]: z.objectUtil.addQuestionMarks<{ [k_3 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_3]["_input"]; }>[k_4]; }>>>;
        orderBy: z.ZodOptional<z.ZodNullable<z.ZodOptional<z.ZodUnion<[z.ZodArray<z.ZodTuple<[z.ZodEnum<[TSort, ...TSort[]]>, z.ZodEnum<["ASC", "DESC"]>], null>, "many">, z.ZodTuple<[z.ZodEnum<[TSort, ...TSort[]]>, z.ZodEnum<["ASC", "DESC"]>], null>]>>>>;
        where: z.ZodOptional<z.ZodType<[TFilterTypes] extends [never] ? never : [keyof TFilterTypes] extends [never] ? never : RecursiveFilterConditions<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, (TFilterOrEnabled extends true ? never : "OR") | Extract<keyof TFiltersDisabled, "AND" | "OR" | "NOT">>, z.ZodTypeDef, [TFilterTypes] extends [never] ? never : [keyof TFilterTypes] extends [never] ? never : RecursiveFilterConditions<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, (TFilterOrEnabled extends true ? never : "OR") | Extract<keyof TFiltersDisabled, "AND" | "OR" | "NOT">>>>;
    }, "strip", z.ZodTypeAny, { [k_5 in keyof z.objectUtil.addQuestionMarks<{
        select: TFields[] | undefined;
        take: number | undefined;
        skip: number | undefined;
        takeCount: boolean | undefined;
        takeCursors: boolean | undefined;
        cursor: string | undefined;
        takeNextPages: number | undefined;
        selectGroups: Exclude<keyof TGroups, number | symbol>[] | undefined;
        searchAfter: { [k_2 in keyof z.objectUtil.addQuestionMarks<{ [k_1 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_1]["_output"]; }>]: z.objectUtil.addQuestionMarks<{ [k_1 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_1]["_output"]; }>[k_2]; } | undefined;
        orderBy: [TSort, "ASC" | "DESC"] | [TSort, "ASC" | "DESC"][] | null | undefined;
        where: ([TFilterTypes] extends [never] ? never : [keyof TFilterTypes] extends [never] ? never : RecursiveFilterConditions<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, (TFilterOrEnabled extends true ? never : "OR") | Extract<keyof TFiltersDisabled, "AND" | "OR" | "NOT">>) | undefined;
    }>]: z.objectUtil.addQuestionMarks<{
        select: TFields[] | undefined;
        take: number | undefined;
        skip: number | undefined;
        takeCount: boolean | undefined;
        takeCursors: boolean | undefined;
        cursor: string | undefined;
        takeNextPages: number | undefined;
        selectGroups: Exclude<keyof TGroups, number | symbol>[] | undefined;
        searchAfter: { [k_2 in keyof z.objectUtil.addQuestionMarks<{ [k_1 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_1]["_output"]; }>]: z.objectUtil.addQuestionMarks<{ [k_1 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_1]["_output"]; }>[k_2]; } | undefined;
        orderBy: [TSort, "ASC" | "DESC"] | [TSort, "ASC" | "DESC"][] | null | undefined;
        where: ([TFilterTypes] extends [never] ? never : [keyof TFilterTypes] extends [never] ? never : RecursiveFilterConditions<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, (TFilterOrEnabled extends true ? never : "OR") | Extract<keyof TFiltersDisabled, "AND" | "OR" | "NOT">>) | undefined;
    }>[k_5]; }, { [k_6 in keyof z.objectUtil.addQuestionMarks<{
        select: TFields[] | undefined;
        take: number | undefined;
        skip: number | undefined;
        takeCount: boolean | undefined;
        takeCursors: boolean | undefined;
        cursor: string | undefined;
        takeNextPages: number | undefined;
        selectGroups: Exclude<keyof TGroups, number | symbol>[] | undefined;
        searchAfter: { [k_4 in keyof z.objectUtil.addQuestionMarks<{ [k_3 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_3]["_input"]; }>]: z.objectUtil.addQuestionMarks<{ [k_3 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_3]["_input"]; }>[k_4]; } | undefined;
        orderBy: [TSort, "ASC" | "DESC"] | [TSort, "ASC" | "DESC"][] | null | undefined;
        where: ([TFilterTypes] extends [never] ? never : [keyof TFilterTypes] extends [never] ? never : RecursiveFilterConditions<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, (TFilterOrEnabled extends true ? never : "OR") | Extract<keyof TFiltersDisabled, "AND" | "OR" | "NOT">>) | undefined;
    }>]: z.objectUtil.addQuestionMarks<{
        select: TFields[] | undefined;
        take: number | undefined;
        skip: number | undefined;
        takeCount: boolean | undefined;
        takeCursors: boolean | undefined;
        cursor: string | undefined;
        takeNextPages: number | undefined;
        selectGroups: Exclude<keyof TGroups, number | symbol>[] | undefined;
        searchAfter: { [k_4 in keyof z.objectUtil.addQuestionMarks<{ [k_3 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_3]["_input"]; }>]: z.objectUtil.addQuestionMarks<{ [k_3 in keyof { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }]: { [k in keyof { [x in TSort]: z.ZodTypeAny; }]: z.ZodOptional<{ [x in TSort]: z.ZodTypeAny; }[k]>; }[k_3]["_input"]; }>[k_4]; } | undefined;
        orderBy: [TSort, "ASC" | "DESC"] | [TSort, "ASC" | "DESC"][] | null | undefined;
        where: ([TFilterTypes] extends [never] ? never : [keyof TFilterTypes] extends [never] ? never : RecursiveFilterConditions<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, (TFilterOrEnabled extends true ? never : "OR") | Extract<keyof TFiltersDisabled, "AND" | "OR" | "NOT">>) | undefined;
    }>[k_6]; }>;
    getQuery: <TSelect extends keyof z.TypeOf<TObject> | keyof TVirtuals = string, TGroupSelected extends Exclude<keyof TGroups, number | symbol> = never, TTakeCursors extends boolean = false>(allArgs: LoadParameters<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, z.TypeOf<TContextZod>, TVirtuals & z.TypeOf<TObject>, TSelect & TSelectable, TSortable, TGroupSelected, TTakeCursors, TFilterOrEnabled extends true ? never : "OR">) => Promise<Readonly<{
        parser: z.ZodType<ResultType<TObject, TVirtuals, TGroups[TGroupSelected][number], TSelect>, z.ZodTypeDef, ResultType<TObject, TVirtuals, TGroups[TGroupSelected][number], TSelect>>;
        type: "SLONIK_TOKEN_QUERY";
        sql: string;
        values: import("slonik").PrimitiveValueExpression[];
    }>>;
    load<TSelect_1 extends keyof z.TypeOf<TObject> | keyof TVirtuals = never, TGroupSelected_1 extends Exclude<keyof TGroups, number | symbol> = never>(args: Pick<LoadParameters<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, z.TypeOf<TContextZod>, TVirtuals & z.TypeOf<TObject>, TSelect_1 & TSelectable, TSortable, TGroupSelected_1, false, TFilterOrEnabled extends true ? never : "OR">, "take" | "skip" | "select" | "ctx" | "selectGroups" | Exclude<[TFilterTypes] extends [never] ? "take" : [keyof TFilterTypes] extends [never] ? "take" : "where", "takeCursors"> | Exclude<[TSortable] extends [never] ? "take" : "takeCursors" | "searchAfter" | "cursor" | "orderBy" | "distinctOn", "takeCursors">>, database?: Pick<CommonQueryMethods, "any"> | undefined): Promise<readonly ResultType<TObject, TVirtuals, TGroups[TGroupSelected_1][number], TSelect_1>[]>;
    /**
     * Returns the data in a pagination-convenient form.
     * Specify takeCount: true to query the overall count as if no limit had been specified.
     * Otherwise, count will be null.
     * `take` is limited to 1000 items when using loadPagination, as it's meant to be used for loading only a few pages at a time.
     * */
    loadPagination<TSelect_2 extends keyof z.TypeOf<TObject> | keyof TVirtuals = never, TGroupSelected_2 extends Exclude<keyof TGroups, number | symbol> = never, TTakeCursors_1 extends boolean = false>(args: Pick<LoadParameters<{ [x_1 in keyof TFilterTypes]?: (TFilterTypes[x_1] extends z.ZodTypeAny ? z.TypeOf<TFilterTypes[x_1]> : TFilterTypes[x_1]) | undefined; }, z.TypeOf<TContextZod>, TVirtuals & z.TypeOf<TObject>, TSelect_2 & TSelectable, TSortable, TGroupSelected_2, TTakeCursors_1, TFilterOrEnabled extends true ? never : "OR">, GetNonEmptyKeys<TFilterTypes, TSortable>> & {
        /**
         * If true, a count query is called to fetch all the rows as if no `take` limit had been specified.
         * And the `count` field will return a number.
         * Otherwise `count` will be null.
         * @default false
         * */
        takeCount?: boolean | undefined;
        /**
         * If you specify this parameter, N extra items will be fetched and minimumCount will be returned
         * Useful if you want to know whether there are two next pages, simply specify
         * ```ts
         * take: 25,
         * takeNextPages: 2
         * ```
         * Then minimumCount will be 51, if there are at least 1*25+1 items after the current one.
         * @default 1
         * @max 4
         * */
        takeNextPages?: number | undefined;
    }, database?: Pick<CommonQueryMethods, "any"> | undefined): Promise<LoadPaginationResult<ResultType<TObject, TVirtuals, TGroups[TGroupSelected_2][number], TSelect_2>>>;
};
export declare type LoadPaginationResult<T> = {
    nodes: readonly T[];
    cursors?: (string | null)[];
    pageInfo: {
        hasPreviousPage: boolean;
        hasNextPage: boolean;
        minimumCount: number;
        startCursor?: string;
        endCursor?: string;
        count: number | null;
    };
};
export declare type InferPayload<TLoader extends {
    load: (...args: any) => any;
}, TArgs extends TLoader extends {
    loadPagination: (...args: readonly [infer A]) => any;
} ? Omit<A, "ctx" | "orderBy" | "searchAfter" | "skip" | "take" | "takeCount" | "takeNextPages" | "where" | "cursor" | "distinctOn" | "takeCursors"> : never = never, TResult extends Record<string, any> = TLoader extends {
    load: (...args: any) => PromiseLike<ArrayLike<infer A>>;
} ? A extends Record<string, any> ? Exclude<A, "cursor"> : never : any, TSelect extends Exclude<keyof TResult, number | symbol> = TArgs extends {
    select: ArrayLike<infer A>;
} ? A extends Exclude<keyof TResult, number | symbol> ? A : never : never, TGroups extends {
    [x: string]: ArrayLike<Exclude<keyof TResult, number | symbol>>;
} = TLoader extends {
    _columnGroups: infer A;
} ? A extends {
    [x: string]: ArrayLike<Exclude<keyof TResult, number | symbol>>;
} ? A : never : never, TGroupSelected extends keyof TGroups = TArgs extends {
    selectGroups: ArrayLike<infer A>;
} ? A extends keyof TGroups ? A : never : never> = Pick<TResult, [
    TSelect
] extends [never] ? [
    TGroupSelected
] extends [never] ? keyof TResult : (TGroups[TGroupSelected][number]) : (TSelect | TGroups[TGroupSelected][number])>;
declare type Mutable<T> = T & {
    -readonly [P in keyof T]: Mutable<T[P]>;
};
export declare type InferArgs<TLoader extends {
    load: (...args: any) => any;
}, TArgs = TLoader extends {
    loadPagination: (...args: readonly [infer A]) => any;
} ? A : any> = Mutable<Omit<TArgs, "ctx">>;
export {};