import * as valleyed from 'valleyed';
import { Pipe, PipeOutput, PipeInput, Prettify as Prettify$1 } from 'valleyed';
import { E as EquippedError } from './equippedError-Cmo60Kn-.js';

declare class Field<T = unknown, Name extends string = string, S = unknown> {
    readonly __valueType?: T;
    readonly __schema?: S;
    readonly name: Name;
    readonly path: readonly string[];
    constructor(name: Name, path?: readonly string[]);
}
type AnyField = Field<unknown, string, any>;
declare function toFieldName(field: string | AnyField): string;
declare class SchemaField<Name extends string = string, P extends Pipe<any, any> = Pipe<any, any>, HasOnCreate extends boolean = false> extends Field<PipeOutput<P>, Name> {
    readonly __hasOnCreate?: HasOnCreate;
    readonly pipe: P;
    readonly onCreate?: () => PipeOutput<P>;
    readonly onUpdate?: () => PipeOutput<P>;
    constructor(name: Name, pipe: P, opts?: {
        onCreate?: () => PipeOutput<P>;
        onUpdate?: () => PipeOutput<P>;
    });
}
type AnySchemaField = SchemaField<string, Pipe<any, any>, boolean>;
declare class ComputedField<Name extends string = string, P extends Pipe<any, any> = Pipe<any, any>, Deps extends readonly string[] = readonly string[]> {
    readonly name: Name;
    readonly pipe: P;
    readonly deps: Deps;
    readonly compute: (data: Record<Deps[number], unknown>) => PipeOutput<P>;
    constructor(name: Name, pipe: P, deps: Deps, compute: (data: Record<Deps[number], unknown>) => PipeOutput<P>);
}
type AnyComputedField = ComputedField<string, Pipe<any, any>, readonly string[]>;

declare class OrderBy {
    readonly direction: 'asc' | 'desc';
    readonly field: string;
    constructor(field: string | AnyField, direction: 'asc' | 'desc');
}
type QueryOptions<Sel extends string = string> = {
    orderBy?: OrderBy[];
    limit?: number;
    offset?: number;
    select?: readonly Sel[];
};
type IterationOptions = {
    batchSize?: number;
};
type IterationQueryOptions<Sel extends string = string> = QueryOptions<Sel> & IterationOptions;

type NumericFieldOf<S extends AnySchema> = {
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P, any> ? PipeOutput<P> extends number ? SchemaFields<S>[K] : never : never;
}[keyof SchemaFields<S>];
type ComparableFieldOf<S extends AnySchema> = {
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P, any> ? PipeOutput<P> extends number | string | Date ? SchemaFields<S>[K] : never : never;
}[keyof SchemaFields<S>];
type OptionalFieldOf<S extends AnySchema> = {
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P, any> ? undefined extends PipeOutput<P> ? SchemaFields<S>[K] : never : never;
}[keyof SchemaFields<S>];
type ArrayFieldOf<S extends AnySchema> = {
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P, any> ? PipeOutput<P> extends readonly any[] ? SchemaFields<S>[K] : never : never;
}[keyof SchemaFields<S>];
type ObjectFieldOf<S extends AnySchema> = {
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P, any> ? PipeOutput<P> extends Record<string, any> ? PipeOutput<P> extends readonly any[] ? never : SchemaFields<S>[K] : never : never;
}[keyof SchemaFields<S>];
type SetValues<S extends AnySchema> = Prettify<Partial<{
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends AnySchemaField ? PipeInput<SchemaFields<S>[K]['pipe']> : never;
}>>;
declare class SetOp {
    readonly values: Record<string, unknown>;
    readonly kind: "set";
    constructor(values: Record<string, unknown>);
}
declare class IncOp {
    readonly field: string;
    readonly value: number;
    readonly kind: "inc";
    constructor(field: string, value: number);
}
declare class MulOp {
    readonly field: string;
    readonly value: number;
    readonly kind: "mul";
    constructor(field: string, value: number);
}
declare class MinOp<T = unknown> {
    readonly field: string;
    readonly value: T;
    readonly kind: "min";
    constructor(field: string, value: T);
}
declare class MaxOp<T = unknown> {
    readonly field: string;
    readonly value: T;
    readonly kind: "max";
    constructor(field: string, value: T);
}
declare class UnsetOp {
    readonly field: string;
    readonly kind: "unset";
    constructor(field: string);
}
declare class PushOp<T = unknown> {
    readonly field: string;
    readonly value: T;
    readonly kind: "push";
    constructor(field: string, value: T);
}
declare class PullOp<T = unknown> {
    readonly field: string;
    readonly value: T;
    readonly kind: "pull";
    constructor(field: string, value: T);
}
declare class PatchOp<T = unknown> {
    readonly field: string;
    readonly value: T;
    readonly kind: "patch";
    constructor(field: string, value: T);
}
type AnyUpdateOp = SetOp | IncOp | MulOp | MinOp | MaxOp | UnsetOp | PushOp | PullOp | PatchOp;
declare function isUpdateOp(v: unknown): v is AnyUpdateOp;
type HasOp<A, Op extends string> = A extends {
    updateOps: readonly (infer U)[];
} ? (Op extends U ? true : false) : false;
type UpdateOp<_S extends AnySchema, A> = (HasOp<A, 'set'> extends true ? SetOp : never) | (HasOp<A, 'inc'> extends true ? IncOp : never) | (HasOp<A, 'mul'> extends true ? MulOp : never) | (HasOp<A, 'min'> extends true ? MinOp : never) | (HasOp<A, 'max'> extends true ? MaxOp : never) | (HasOp<A, 'unset'> extends true ? UnsetOp : never) | (HasOp<A, 'push'> extends true ? PushOp : never) | (HasOp<A, 'pull'> extends true ? PullOp : never) | (HasOp<A, 'patch'> extends true ? PatchOp : never);
declare function set<S extends AnySchema>(values: SetValues<S>): SetOp;
declare function inc<S extends AnySchema>(field: NumericFieldOf<S>, value: number): IncOp;
declare function mul<S extends AnySchema>(field: NumericFieldOf<S>, value: number): MulOp;
declare function min<S extends AnySchema>(field: ComparableFieldOf<S>, value: unknown): MinOp;
declare function max<S extends AnySchema>(field: ComparableFieldOf<S>, value: unknown): MaxOp;
declare function unset<S extends AnySchema>(field: OptionalFieldOf<S>): UnsetOp;
declare function push<S extends AnySchema>(field: ArrayFieldOf<S>, value: unknown): PushOp;
declare function pull<S extends AnySchema>(field: ArrayFieldOf<S>, value: unknown): PullOp;
declare function patch<S extends AnySchema>(field: ObjectFieldOf<S>, value: Record<string, unknown>): PatchOp;
declare function opTouchedFields(op: AnyUpdateOp): string[];
declare function flattenOps(ops: AnyUpdateOp[]): Record<string, unknown>;

type OrmUse = {
    findMany: (filter: FilterGroup, options?: QueryOptions) => Promise<Record<string, unknown>[]>;
    iterateMany: (filter: FilterGroup, options?: IterationQueryOptions) => AsyncGenerator<Record<string, unknown>, void, void>;
    findOne: (filter: FilterGroup) => Promise<Record<string, unknown> | null>;
    count: (filter: FilterGroup) => Promise<number>;
    createOne: (data: Record<string, unknown>) => Promise<Record<string, unknown>>;
    createMany: (data: Record<string, unknown>[]) => Promise<Record<string, unknown>[]>;
    updateMany: (filter: FilterGroup, data: Record<string, unknown>) => Promise<Record<string, unknown>[]>;
    updateOne: (filter: FilterGroup, data: Record<string, unknown>) => Promise<Record<string, unknown> | null>;
    upsertOne: (filter: FilterGroup, create: Record<string, unknown>, ops: AnyUpdateOp[]) => Promise<Record<string, unknown>>;
    deleteOne: (filter: FilterGroup) => Promise<Record<string, unknown> | null>;
    deleteMany: (filter: FilterGroup) => Promise<Record<string, unknown>[]>;
    raw: (...args: any[]) => Promise<any>;
    aggregate: (spec: AggregateSpec) => Promise<Array<Record<string, unknown>>>;
    aggregateOps: readonly string[];
};
type OrmAdapterLike<Config = unknown> = {
    use(schema: AnySchema, config: Config): OrmUse;
    connect?(): Promise<void>;
    disconnect?(): Promise<void>;
    session?<T>(fn: () => Promise<T>): Promise<T>;
};
type OrmAdapterConfig<A extends OrmAdapterLike<any>> = A extends OrmAdapterLike<infer Config> ? Config : never;

type ForeignKeyAction = 'cascade' | 'restrict' | 'setNull' | 'noAction';
type DiscoveredField = {
    name: string;
    type: FieldTypeName;
    nullable: boolean;
    default?: string | number | boolean | null;
    unique?: boolean;
};
type DiscoveredIndex = {
    name: string;
    on: ReadonlyArray<string>;
    unique: boolean;
};
type DiscoveredForeignKey = {
    name: string;
    on: string;
    references: {
        table: string;
        column: string;
    };
    onDelete?: ForeignKeyAction;
    onUpdate?: ForeignKeyAction;
};
type DiscoveredSchema = {
    name: string;
    pk?: {
        name: string;
        type: FieldTypeName;
    };
    fields: ReadonlyArray<DiscoveredField>;
    indexes: ReadonlyArray<DiscoveredIndex>;
    foreignKeys: ReadonlyArray<DiscoveredForeignKey>;
};

type SchemaPkValueType<S extends AnySchema> = NonNullable<S['pkField']['__valueType']>;
type FkPkMatch<S extends AnySchema, FK extends AnyField> = NonNullable<FK['__valueType']> extends SchemaPkValueType<S> ? FK : never;
declare class ManyRelation<N extends string = string, TgtOutput extends Record<string, any> = Record<string, any>, FK extends AnyField = AnyField> {
    readonly name: N;
    readonly source: AnySchema;
    readonly target: AnySchema;
    readonly foreignKey: FK;
    readonly references: AnyField;
    readonly _output: TgtOutput;
    constructor(name: N, source: AnySchema, target: AnySchema, foreignKey: FK, references: AnyField);
}
declare class OneRelation<N extends string = string, TgtOutput extends Record<string, any> = Record<string, any>, FK extends AnyField = AnyField> {
    readonly name: N;
    readonly source: AnySchema;
    readonly target: AnySchema;
    readonly foreignKey: FK;
    readonly fkOwner: 'source' | 'target';
    readonly references: AnyField;
    readonly _output: TgtOutput;
    constructor(name: N, source: AnySchema, target: AnySchema, foreignKey: FK, fkOwner: 'source' | 'target', references: AnyField);
}
type AnyRelDef = ManyRelation<string, Record<string, any>, any> | OneRelation<string, Record<string, any>, any>;
type ResolveRelDef<D extends AnyRelDef> = D extends OneRelation<any, infer TOut, any> ? TOut | null : D extends ManyRelation<any, infer TOut, any> ? TOut[] : never;
interface NestedPreloadDef<D extends AnyRelDef = AnyRelDef> {
    def: D;
    preloads?: readonly AnyPreloadDef[];
}
type AnyPreloadDef = AnyRelDef | NestedPreloadDef;
type Shift<T extends readonly unknown[]> = T extends readonly [unknown, ...infer R] ? R : [];
type NodeName<N extends AnyPreloadDef> = N extends AnyRelDef ? N['name'] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D['name'] : never;
type ResolveRelDefWithNested<D extends AnyRelDef, P extends readonly AnyPreloadDef[], Depth extends readonly unknown[]> = Depth extends [] ? ResolveRelDef<D> : D extends OneRelation<any, infer TOut, any> ? (TOut & PreloadedMap<P, Shift<Depth>>) | null : D extends ManyRelation<any, infer TOut, any> ? (TOut & PreloadedMap<P, Shift<Depth>>)[] : never;
type NodeValue<N extends AnyPreloadDef, Depth extends readonly unknown[]> = N extends OneRelation<any, infer TOut, any> ? TOut | null : N extends ManyRelation<any, infer TOut, any> ? TOut[] : N extends {
    def: infer D extends AnyRelDef;
    preloads?: infer P extends readonly AnyPreloadDef[];
} ? ResolveRelDefWithNested<D, P, Depth> : never;
type PreloadedMap<P extends readonly AnyPreloadDef[], Depth extends readonly unknown[] = [1, 2, 3, 4, 5]> = Depth extends [] ? Record<never, never> : {
    [N in P[number] as NodeName<N>]: NodeValue<N, Depth>;
};
declare class RelationsBuilder<S extends AnySchema, R extends Record<string, AnyRelDef> = Record<never, never>> {
    #private;
    constructor(source: S, defs?: Record<string, AnyRelDef>);
    hasMany<K extends string, T extends AnySchema, FK extends Field<any, any, T>>(name: K extends keyof R ? never : K, fk: FkPkMatch<S, FK>): RelationsBuilder<S, {
        [Key in keyof R | K]: Key extends K ? ManyRelation<K, SchemaOutput<T>, FK> : Key extends keyof R ? R[Key] : never;
    }>;
    hasOne<K extends string, T extends AnySchema, FK extends Field<any, any, T>>(name: K extends keyof R ? never : K, fk: FkPkMatch<S, FK>): RelationsBuilder<S, {
        [Key in keyof R | K]: Key extends K ? OneRelation<K, SchemaOutput<T>, FK> : Key extends keyof R ? R[Key] : never;
    }>;
    belongsTo<K extends string, T extends AnySchema, FK extends Field<any, any, S>>(name: K extends keyof R ? never : K, fk: FkPkMatch<T, FK>, target: T, references?: Field<NonNullable<FK['__valueType']>, any, T>): RelationsBuilder<S, {
        [Key in keyof R | K]: Key extends K ? OneRelation<K, SchemaOutput<T>, FK> : Key extends keyof R ? R[Key] : never;
    }>;
    build(): R;
}
declare class Relations {
    static from<S extends AnySchema>(source: S): RelationsBuilder<S, Record<never, never>>;
}

type OrmValidationErrorKind = 'validation' | 'conflicting-ops' | 'empty-group' | 'undeclared-op' | 'upsert-filter-incompatible' | 'aggregate' | 'query-shape' | 'changes';
type OrmValidationFailure = {
    opIndex?: number;
    rowIndex?: number;
    field?: string;
    alias?: string;
    option?: 'limit' | 'offset' | 'page' | 'batchSize';
    migrationId?: string;
    changeIndex?: number;
    cause: unknown;
};
declare class OrmValidationError extends EquippedError {
    readonly kind: OrmValidationErrorKind;
    readonly schema: string;
    readonly operation: string;
    readonly failures: OrmValidationFailure[];
    constructor(kind: OrmValidationErrorKind, schema: string, operation: string, failures: OrmValidationFailure[]);
}

type SchemaCreateInput<S extends AnySchema> = Prettify<{
    [K in keyof SchemaFields<S> as SchemaFields<S>[K] extends SchemaField<any, any, true> ? never : K]: SchemaFields<S>[K] extends AnySchemaField ? PipeInput<SchemaFields<S>[K]['pipe']> : never;
} & {
    [K in keyof SchemaFields<S> as SchemaFields<S>[K] extends SchemaField<any, any, true> ? K : never]?: SchemaFields<S>[K] extends AnySchemaField ? PipeInput<SchemaFields<S>[K]['pipe']> : never;
}>;
type SchemaUpdateInput<S extends AnySchema> = S extends Schema<any, any, infer F> ? {
    [K in keyof F]?: F[K] extends AnySchemaField ? PipeInput<F[K]['pipe']> | AnyUpdateOp : never;
} : Record<string, unknown>;
type SchemaUpdateOutput<S extends AnySchema> = S extends Schema<any, any, infer F> ? {
    [K in keyof F]?: F[K] extends AnySchemaField ? PipeOutput<F[K]['pipe']> | AnyUpdateOp : never;
} : Record<string, unknown>;
declare function tryValidateCreateRow<S extends AnySchema>(s: S, data: Record<string, unknown>): {
    ok: true;
    value: SchemaOutput<S>;
} | {
    ok: false;
    failures: OrmValidationFailure[];
};
declare function validateCreate<S extends AnySchema>(s: S, data: Record<string, unknown>): SchemaOutput<S>;
declare function validateCreateMany<S extends AnySchema>(s: S, rows: Record<string, unknown>[]): SchemaOutput<S>[];
declare function validateUpdate<S extends AnySchema>(s: S, data: Record<string, unknown>): SchemaUpdateOutput<S>;
declare function validateUpdateOps(schema: AnySchema, ops: AnyUpdateOp[], operation?: string): AnyUpdateOp[];
declare function composeSchemaConfig(resolve: (schema: AnySchema) => unknown, transforms: ReadonlyArray<(config: any, schema: AnySchema) => any>, schema: AnySchema, pipe: Pipe<any, any>): unknown;
declare function validateUpsertConflicts(schema: AnySchema, rawCreate: Record<string, unknown>, ops: AnyUpdateOp[]): void;

type ReadOffsetSource = {
    kind: 'offset';
    value: unknown;
} | {
    kind: 'page';
    value: unknown;
};
type ReadLimitSource = {
    value: unknown;
};

type Selected<S extends AnySchema, Sel extends string> = [Sel] extends [never] ? SchemaOutput<S> : Pick<SchemaOutput<S>, Sel & keyof SchemaOutput<S>>;
type SelectedWithPreloads<S extends AnySchema, Sel extends string, P extends readonly AnyPreloadDef[]> = Prettify<Selected<S, Sel> & PreloadedMap<P>>;
type Paginated<T> = {
    pages: {
        current: number;
        start: number;
        last: number;
        previous: number | null;
        next: number | null;
    };
    docs: {
        limit: number;
        total: number;
        count: number;
    };
    items: T[];
};

type MaybeNull<T, Req extends boolean> = Req extends true ? T : T | null;
type SchemaPrimaryKeyValue<S extends AnySchema> = SchemaOutput<S>[S['pkField']['name'] & keyof SchemaOutput<S>];
type UpsertInput<S extends AnySchema> = {
    create: SchemaCreateInput<S>;
} | {
    create: SchemaCreateInput<S>;
    update: SchemaUpdateInput<S>;
};
type ReadState<Sel extends string, P extends readonly AnyPreloadDef[] = readonly AnyPreloadDef[]> = {
    where?: FilterGroup;
    select?: readonly Sel[];
    preloads?: P;
};
type HasMethod<A, Method extends string> = Method extends keyof A ? A[Method] extends (...args: any) => any ? true : false : false;
type OneBuilderSurface<S extends AnySchema, A = unknown, Sel extends string = never, P extends readonly AnyPreloadDef[] = [], Req extends boolean = false> = OneBuilder<S, A, Sel, P, Req> & (HasMethod<A, 'updateMany'> extends true ? {} : {
    update: never;
}) & (HasMethod<A, 'deleteMany'> extends true ? {} : {
    delete: never;
}) & (HasMethod<A, 'upsertOne'> extends true ? {} : {
    upsert: never;
});
type AllBuilderSurface<S extends AnySchema, A = unknown, Sel extends string = never, P extends readonly AnyPreloadDef[] = []> = AllBuilder<S, A, Sel, P> & (HasMethod<A, 'iterateMany'> extends true ? {} : {
    iterate: never;
}) & (HasMethod<A, 'updateMany'> extends true ? {} : {
    update: never;
}) & (HasMethod<A, 'deleteMany'> extends true ? {} : {
    delete: never;
}) & (HasMethod<A, 'count'> extends true ? {} : {
    count: never;
}) & ([HasMethod<A, 'findMany'>, HasMethod<A, 'count'>] extends [true, true] ? {} : {
    paginate: never;
});
type HasNonEmptyAggregateOps<A> = A extends {
    aggregateOps: readonly [any, ...any[]];
} ? true : false;
type SchemaRefSurface<S extends AnySchema, A = unknown> = Omit<SchemaRef<S, A>, 'raw' | 'aggregate'> & (HasMethod<A, 'raw'> extends true ? {
    raw: <T = InferRawReturn<A>>(...args: InferRawArgs<A>) => Promise<T>;
} : {
    raw: never;
}) & ([HasMethod<A, 'aggregate'>, HasNonEmptyAggregateOps<A>] extends [true, true] ? {
    aggregate: SchemaRef<S, A>['aggregate'];
} : {
    aggregate: never;
});
type ReadBuilderFor<TBuilder, S extends AnySchema, A, Sel extends string, P extends readonly AnyPreloadDef[]> = TBuilder extends {
    _builderKind: 'one';
    _req: infer Req extends boolean;
} ? OneBuilderSurface<S, A, Sel, P, Req> : TBuilder extends {
    _builderKind: 'all';
} ? AllBuilderSurface<S, A, Sel, P> : never;
declare class SchemaContext<S extends AnySchema> {
    readonly schema: S;
    private readonly getUse;
    constructor(schema: S, getUse: (target: AnySchema) => OrmUse);
    shapeRows<Sel extends string, P extends readonly AnyPreloadDef[]>(select: readonly Sel[] | undefined, preloads: P, rows: Record<string, unknown>[]): Promise<SelectedWithPreloads<S, Sel, P>[]>;
    shapeOneRow<Sel extends string, P extends readonly AnyPreloadDef[]>(select: readonly Sel[] | undefined, preloads: P, row: Record<string, unknown> | null): Promise<SelectedWithPreloads<S, Sel, P> | null>;
    get use(): OrmUse;
}
declare abstract class ReadSelectState<S extends AnySchema, A = unknown, Sel extends string = never, P extends readonly AnyPreloadDef[] = []> {
    protected readonly _context: SchemaContext<S>;
    protected _where: FilterGroup;
    protected _select: readonly Sel[] | undefined;
    protected _preloads: P;
    constructor(context: SchemaContext<S>, state?: ReadState<Sel, P>);
    where(factory: FilterFactory): this;
    select<NewSel extends keyof SchemaOutput<S> & string>(fields: readonly NewSel[]): ReadBuilderFor<this, S, A, NewSel, P>;
    preload<NewP extends readonly AnyPreloadDef[]>(defs: NewP): ReadBuilderFor<this, S, A, Sel, NewP>;
    protected _readState<NewSel extends string = Sel, NewP extends readonly AnyPreloadDef[] = P>(next?: ReadState<NewSel, NewP>): ReadState<NewSel, NewP>;
    protected abstract _clone<NewSel extends string, NewP extends readonly AnyPreloadDef[]>(_next: ReadState<NewSel, NewP>): ReadBuilderFor<this, S, A, NewSel, NewP>;
}
declare class SchemaRef<S extends AnySchema, A = unknown> {
    #private;
    constructor(context: SchemaContext<S>);
    one(): OneBuilderSurface<S, A, never, []>;
    all(): AllBuilderSurface<S, A, never, []>;
    aggregate(): AggregateBuilder<S, A, {}, {}, false, false, false>;
    raw(...args: any[]): Promise<any>;
}
declare class OneBuilder<S extends AnySchema, A = unknown, Sel extends string = never, P extends readonly AnyPreloadDef[] = [], Req extends boolean = false> extends ReadSelectState<S, A, Sel, P> {
    readonly _builderKind: 'one';
    readonly _req: Req;
    protected _required: boolean;
    protected _requiredMessage: string | undefined;
    constructor(context: SchemaContext<S>, state?: ReadState<Sel, P>, reqState?: {
        required: boolean;
        message?: string;
    });
    id(value: SchemaPrimaryKeyValue<S>): this;
    required(this: OneBuilder<S, A, Sel, P, false>, message?: string): OneBuilderSurface<S, A, Sel, P, true>;
    private _assertFound;
    protected _clone<NewSel extends string, NewP extends readonly AnyPreloadDef[]>(next: ReadState<NewSel, NewP>): any;
    create(data: SchemaCreateInput<S>): Promise<Prettify<([Sel] extends [never] ? Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }> : Pick<Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>, Sel & keyof Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>>) & { [N in P[number] as N extends AnyRelDef ? N["name"] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }>>;
    update(data: SchemaUpdateInput<S>): Promise<MaybeNull<SelectedWithPreloads<S, Sel, P>, Req>>;
    upsert(data: UpsertInput<S>): Promise<Prettify<([Sel] extends [never] ? Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }> : Pick<Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>, Sel & keyof Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>>) & { [N in P[number] as N extends AnyRelDef ? N["name"] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }>>;
    delete(): Promise<MaybeNull<SelectedWithPreloads<S, Sel, P>, Req>>;
    find(): Promise<MaybeNull<SelectedWithPreloads<S, Sel, P>, Req>>;
}
declare class AllBuilder<S extends AnySchema, A = unknown, Sel extends string = never, P extends readonly AnyPreloadDef[] = []> extends ReadSelectState<S, A, Sel, P> {
    #private;
    readonly _builderKind: 'all';
    constructor(context: SchemaContext<S>, state?: ReadState<Sel, P>, queryState?: {
        orderBy?: OrderBy[];
        limitSource?: ReadLimitSource;
        offsetSource?: ReadOffsetSource;
    });
    protected _clone<NewSel extends string, NewP extends readonly AnyPreloadDef[]>(next: ReadState<NewSel, NewP>): any;
    orderBy(field: string | AnyField, direction?: 'asc' | 'desc'): this;
    limit(limit: number): this;
    offset(offset: number): this;
    page(page: number): this;
    create(data: SchemaCreateInput<S>[]): Promise<Prettify<([Sel] extends [never] ? Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }> : Pick<Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>, Sel & keyof Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>>) & { [N in P[number] as N extends AnyRelDef ? N["name"] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }>[]>;
    update(data: SchemaUpdateInput<S>): Promise<Prettify<([Sel] extends [never] ? Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }> : Pick<Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>, Sel & keyof Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>>) & { [N in P[number] as N extends AnyRelDef ? N["name"] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }>[]>;
    delete(): Promise<Prettify<([Sel] extends [never] ? Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }> : Pick<Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>, Sel & keyof Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>>) & { [N in P[number] as N extends AnyRelDef ? N["name"] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }>[]>;
    find(): Promise<Prettify<([Sel] extends [never] ? Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }> : Pick<Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>, Sel & keyof Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>>) & { [N in P[number] as N extends AnyRelDef ? N["name"] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }>[]>;
    count(): Promise<number>;
    paginate(): Promise<Paginated<SelectedWithPreloads<S, Sel, P>>>;
    iterate(options?: IterationOptions): AsyncGenerator<Prettify<([Sel] extends [never] ? Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }> : Pick<Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>, Sel & keyof Prettify<{ [K_2 in keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> | keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>]: K_2 extends keyof Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : K_2 extends keyof Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }> ? Prettify<{ [K_1 in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K_1] extends ComputedField<any, infer P_1 extends valleyed.Pipe<any, any>, any> ? valleyed.PipeOutput<P_1> : never; }>[K_2] : never; }>>) & { [N in P[number] as N extends AnyRelDef ? N["name"] : N extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_2 in P_1[number] as N_2 extends AnyRelDef ? N_2["name"] : N_2 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_2 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_2 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_2 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_3 in P_1[number] as N_3 extends AnyRelDef ? N_3["name"] : N_3 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_3 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_3 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_3 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_4 in P_1[number] as N_4 extends AnyRelDef ? N_4["name"] : N_4 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_4 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_4 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_4 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; }) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & { [N_5 in P_1[number] as N_5 extends AnyRelDef ? N_5["name"] : N_5 extends NestedPreloadDef<infer D extends AnyRelDef> ? D["name"] : never]: N_5 extends OneRelation<any, infer TOut extends Record<string, any>, any> ? TOut | null : N_5 extends ManyRelation<any, infer TOut_1 extends Record<string, any>, any> ? TOut_1[] : N_5 extends {
        def: infer D_1 extends AnyRelDef;
        preloads?: infer P_1 extends readonly AnyPreloadDef[];
    } ? D_1 extends OneRelation<any, infer TOut_2 extends Record<string, any>, any> ? (TOut_2 & Record<never, never>) | null : D_1 extends ManyRelation<any, infer TOut_3 extends Record<string, any>, any> ? (TOut_3 & Record<never, never>)[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; })[] : never : never; }>, void, void>;
}
type AggregateEntry = AggregateSpec['aggregates'][number];
type FieldsToGroupKeys<F extends readonly AnyField[]> = {
    [E in F[number] as E extends Field<any, infer N> ? N : never]: E extends Field<infer V> ? V : never;
};
declare class AggregateBuilder<S extends AnySchema, A = unknown, Aggs = {}, GroupKeys = {}, HasGroupBy extends boolean = false, HasWhere extends boolean = false, HasHaving extends boolean = false> {
    #private;
    constructor(context: SchemaContext<S>, state?: {
        where?: FilterGroup;
        having?: FilterGroup;
        aggregates?: readonly AggregateEntry[];
        groupBy?: readonly string[];
    });
    where(...args: HasWhere extends true ? [never] : [factory: FilterFactory]): AggregateBuilder<S, A, Aggs, GroupKeys, HasGroupBy, true, HasHaving>;
    having(...args: HasHaving extends true ? [never] : [factory: FilterFactory]): AggregateBuilder<S, A, Aggs, GroupKeys, HasGroupBy, HasWhere, true>;
    groupBy<F extends readonly Field<string | number | boolean | Date>[]>(...fields: HasGroupBy extends true ? [never] : [...F]): AggregateBuilder<S, A, Aggs, GroupKeys & FieldsToGroupKeys<F>, true, HasWhere, HasHaving>;
    count<K extends string>(...[alias]: K extends keyof Aggs ? [never] : [alias: K]): AggregateBuilder<S, A, Aggs & Record<K, number>, GroupKeys, HasGroupBy, HasWhere, HasHaving>;
    countDistinct<K extends string>(field: AnyField, ...[alias]: K extends keyof Aggs ? [never] : [alias: K]): AggregateBuilder<S, A, Aggs & Record<K, number>, GroupKeys, HasGroupBy, HasWhere, HasHaving>;
    sum<K extends string>(field: Field<number>, ...[alias]: K extends keyof Aggs ? [never] : [alias: K]): AggregateBuilder<S, A, Aggs & Record<K, number>, GroupKeys, HasGroupBy, HasWhere, HasHaving>;
    avg<K extends string>(field: Field<number>, ...[alias]: K extends keyof Aggs ? [never] : [alias: K]): AggregateBuilder<S, A, Aggs & Record<K, number>, GroupKeys, HasGroupBy, HasWhere, HasHaving>;
    min<F extends Field<number | string | Date>, K extends string>(field: F, ...[alias]: K extends keyof Aggs ? [never] : [alias: K]): AggregateBuilder<S, A, Aggs & Record<K, F extends Field<infer V> ? V : never>, GroupKeys, HasGroupBy, HasWhere, HasHaving>;
    max<F extends Field<number | string | Date>, K extends string>(field: F, ...[alias]: K extends keyof Aggs ? [never] : [alias: K]): AggregateBuilder<S, A, Aggs & Record<K, F extends Field<infer V> ? V : never>, GroupKeys, HasGroupBy, HasWhere, HasHaving>;
    run(..._: [keyof Aggs] extends [never] ? [never] : []): Promise<HasGroupBy extends true ? (Aggs & GroupKeys)[] : Aggs>;
}

declare class Repo<A extends OrmAdapterLike<any>> {
    #private;
    constructor({ adapter, resolve }: {
        adapter: A;
        resolve: (schema: AnySchema) => InferAdapterConfig<A>;
    });
    on<S extends AnySchema>(schema: S): SchemaRefSurface<S, A>;
    static from<NewA extends OrmAdapterLike<any>>(adapter: NewA): RepoBuilder<NewA>;
    session<T>(fn: () => Promise<T>): Promise<T>;
    resolve<T>(resolver: (config: InferAdapterConfig<A>, schema: AnySchema) => InferAdapterConfig<A>, fn: () => T): T;
}
declare class RepoBuilder<A extends OrmAdapterLike<any>> {
    #private;
    constructor(adapter?: unknown, resolve?: unknown);
    resolve(fn: (schema: AnySchema) => OrmAdapterConfig<A>): RepoBuilder<A>;
    build(this: RepoBuilder<A>): RepoSurface<A>;
}
type RepoSurface<A extends OrmAdapterLike<any>> = Repo<A> & (HasMethod<A, 'session'> extends true ? {} : {
    session: never;
});

type FieldSpec<A extends OrmAdapter> = {
    name: string;
    type: A['supportedFieldTypes'][number];
    nullable?: boolean;
    default?: string | number | boolean | null;
    unique?: boolean;
};
type CreateTableChange<A extends OrmAdapter = OrmAdapter> = {
    kind: 'createTable';
    name: string;
    pk: {
        name: string;
        type: A['supportedFieldTypes'][number];
    };
    fields: FieldSpec<A>[];
};
type DropTableChange = {
    kind: 'dropTable';
    name: string;
};
type AddFieldChange<A extends OrmAdapter = OrmAdapter> = {
    kind: 'addField';
    table: string;
    field: FieldSpec<A>;
};
type DropFieldChange = {
    kind: 'dropField';
    table: string;
    name: string;
};
type ModifyFieldChange<A extends OrmAdapter = OrmAdapter> = {
    kind: 'modifyField';
    table: string;
    name: string;
    to: FieldSpec<A>;
};
type RenameTableChange = {
    kind: 'renameTable';
    from: string;
    to: string;
};
type RenameFieldChange = {
    kind: 'renameField';
    table: string;
    from: string;
    to: string;
};
type AddIndexChange = {
    kind: 'addIndex';
    table: string;
    on: ReadonlyArray<string>;
    unique?: boolean;
    name?: string;
};
type DropIndexChange = {
    kind: 'dropIndex';
    name: string;
};
type AddForeignKeyChange = {
    kind: 'addForeignKey';
    table: string;
    on: string;
    references: {
        table: string;
        column: string;
    };
    onDelete?: string;
    onUpdate?: string;
    name?: string;
};
type DropForeignKeyChange = {
    kind: 'dropForeignKey';
    table: string;
    name: string;
};
type ExecuteChange<A extends OrmAdapterLike<any> = OrmAdapterLike<any>> = {
    kind: 'execute';
    up: (repo: Repo<A>) => Promise<void>;
};
type Change<A extends OrmAdapterLike<any> = OrmAdapterLike<any>> = CreateTableChange<A extends OrmAdapter ? A : OrmAdapter> | DropTableChange | AddFieldChange<A extends OrmAdapter ? A : OrmAdapter> | DropFieldChange | ModifyFieldChange<A extends OrmAdapter ? A : OrmAdapter> | RenameTableChange | RenameFieldChange | AddIndexChange | DropIndexChange | AddForeignKeyChange | DropForeignKeyChange | ExecuteChange<A>;
type AnyFieldSpec = {
    name: string;
    type: string;
    nullable?: boolean;
    default?: string | number | boolean | null;
    unique?: boolean;
};
type AnyChange = {
    kind: 'createTable';
    name: string;
    pk: {
        name: string;
        type: string;
    };
    fields: AnyFieldSpec[];
} | DropTableChange | {
    kind: 'addField';
    table: string;
    field: AnyFieldSpec;
} | DropFieldChange | {
    kind: 'modifyField';
    table: string;
    name: string;
    to: AnyFieldSpec;
} | RenameTableChange | RenameFieldChange | AddIndexChange | DropIndexChange | AddForeignKeyChange | DropForeignKeyChange | ExecuteChange<OrmAdapterLike<any>>;
type ApplyMethodKey<A> = Extract<keyof A, `apply${string}`>;
type KindFromMethod<M> = M extends `apply${infer K}` ? Uncapitalize<K> : never;
type ConcreteApplyKey<A> = {
    [K in ApplyMethodKey<A>]: A[K] extends (...args: any) => any ? K : never;
}[ApplyMethodKey<A>];
type ChangeKindFor<A> = KindFromMethod<ConcreteApplyKey<A>> | 'execute';
type ChangeFor<A extends OrmAdapterLike<any>> = Extract<Change<A>, {
    kind: ChangeKindFor<A>;
}>;
type AnyMigration = {
    id: string;
    changes: ReadonlyArray<AnyChange>;
    tx?: boolean;
};
type Migration<A extends OrmAdapterLike<any>> = {
    id: string;
    changes: ReadonlyArray<ChangeFor<A>>;
    tx?: boolean;
};

type AggregateSpec = {
    where?: FilterGroup;
    aggregates: ReadonlyArray<{
        fn: AggregateOpName;
        field?: string;
        alias: string;
    }>;
    groupBy: readonly string[];
    having?: FilterGroup;
};
declare abstract class OrmAdapter {
    readonly queryableOps: readonly FilterOpName[];
    readonly updateOps: readonly UpdateOpName[];
    readonly aggregateOps: readonly AggregateOpName[];
    readonly supportedFieldTypes: readonly FieldTypeName[];
    abstract readonly schemaConfigPipe: Pipe<any, any>;
    connect?(): Promise<void>;
    disconnect?(): Promise<void>;
    findByPk?(schema: AnySchema, config: unknown, pk: unknown): Promise<Record<string, unknown> | null>;
    createMany?(schema: AnySchema, config: unknown, data: Record<string, unknown>[]): Promise<Record<string, unknown>[]>;
    updateByPk?(schema: AnySchema, config: unknown, pk: unknown, ops: AnyUpdateOp[]): Promise<Record<string, unknown> | null>;
    deleteByPk?(schema: AnySchema, config: unknown, pk: unknown): Promise<Record<string, unknown> | null>;
    raw?(schema: AnySchema, config: unknown, ...args: any[]): Promise<any>;
    findMany?(schema: AnySchema, config: unknown, filter: FilterGroup, options?: QueryOptions): Promise<Record<string, unknown>[]>;
    count?(schema: AnySchema, config: unknown, filter: FilterGroup): Promise<number>;
    iterateMany?(schema: AnySchema, config: unknown, filter: FilterGroup, options?: IterationQueryOptions): AsyncGenerator<Record<string, unknown>, void, void>;
    updateMany?(schema: AnySchema, config: unknown, filter: FilterGroup, data: Record<string, unknown>): Promise<Record<string, unknown>[]>;
    deleteMany?(schema: AnySchema, config: unknown, filter: FilterGroup): Promise<Record<string, unknown>[]>;
    upsertOne?(schema: AnySchema, config: unknown, filter: FilterGroup, create: Record<string, unknown>, ops: AnyUpdateOp[]): Promise<Record<string, unknown>>;
    aggregate?(schema: AnySchema, config: unknown, spec: AggregateSpec): Promise<Array<Record<string, unknown>>>;
    session?<T>(fn: () => Promise<T>): Promise<T>;
    loadMigrations?(): Promise<{
        id: string;
        appliedAt: number;
    }[]>;
    recordMigration?(id: string, appliedAt: number): Promise<void>;
    acquireMigrationLock?<T>(fn: () => Promise<T>): Promise<T>;
    applyCreateTable?(change: CreateTableChange<any>): Promise<void>;
    applyDropTable?(change: DropTableChange): Promise<void>;
    applyAddField?(change: AddFieldChange<any>): Promise<void>;
    applyDropField?(change: DropFieldChange): Promise<void>;
    applyModifyField?(change: ModifyFieldChange<any>): Promise<void>;
    applyRenameTable?(change: RenameTableChange): Promise<void>;
    applyRenameField?(change: RenameFieldChange): Promise<void>;
    applyAddIndex?(change: AddIndexChange): Promise<void>;
    applyDropIndex?(change: DropIndexChange): Promise<void>;
    applyAddForeignKey?(change: AddForeignKeyChange): Promise<void>;
    applyDropForeignKey?(change: DropForeignKeyChange): Promise<void>;
    introspect?(): Promise<DiscoveredSchema[]>;
    protected onFatalError(err: unknown): never;
    constructor();
    use(schema: AnySchema, config: unknown): OrmUse;
}

declare class Filter {
    readonly op: FilterOpName;
    readonly value: unknown;
    readonly field: string;
    constructor(field: string | AnyField, op: FilterOpName, value: unknown);
}
type FilterChild = Filter | FilterGroup;
type FilterFactory = (q: FilterGroup) => FilterGroup;
type FilterGroupOp = 'and' | 'or';
declare class FilterGroup {
    #private;
    readonly op: FilterGroupOp;
    readonly children: readonly FilterChild[];
    private constructor();
    eq<T>(field: string | Field<T>, value: T): FilterGroup;
    ne<T>(field: string | Field<T>, value: T): FilterGroup;
    gt<T>(field: string | Field<T>, value: T): FilterGroup;
    gte<T>(field: string | Field<T>, value: T): FilterGroup;
    lt<T>(field: string | Field<T>, value: T): FilterGroup;
    lte<T>(field: string | Field<T>, value: T): FilterGroup;
    in<T>(field: string | Field<T>, value: T[]): FilterGroup;
    notIn<T>(field: string | Field<T>, value: T[]): FilterGroup;
    like(field: string | Field<string>, value: string): FilterGroup;
    exists(field: string | Field<unknown>): FilterGroup;
    notExists(field: string | Field<unknown>): FilterGroup;
    contains<T>(field: string | Field<T>, value: T[]): FilterGroup;
    notContains<T>(field: string | Field<T>, value: T[]): FilterGroup;
    and(facFns: FilterFactory[]): FilterGroup;
    or(facFns: FilterFactory[]): FilterGroup;
    clone(): FilterGroup;
    static create(): FilterGroup;
}
type GatedFilterGroup<DeclaredOps extends readonly FilterOpName[]> = {
    [K in FilterOpName]: K extends DeclaredOps[number] ? FilterGroup[K] : never;
} & Pick<FilterGroup, 'and' | 'or' | 'clone' | 'children' | 'op'>;
type GatedFilterFactory<DeclaredOps extends readonly FilterOpName[]> = (q: GatedFilterGroup<DeclaredOps>) => GatedFilterGroup<DeclaredOps>;
declare function assertNormalisedAggregate(schema: AnySchema, adapter: {
    aggregateOps: readonly string[];
}, spec: AggregateSpec): void;
declare function assertNormalisedFilter(schema: AnySchema, group: FilterGroup): void;

type AnyOrmClass = Field<any, any> | SchemaField<any, any, any> | ComputedField<any, any, any> | Schema<any, any, any> | AnyRelDef | Filter | FilterGroup | OrderBy | AnyUpdateOp;
type Prettify<T> = T extends AnyOrmClass ? T : Prettify$1<T>;

type AnyPrimaryKeyField = SchemaField<string, Pipe<any, any>, true>;
type AnySchema = Schema<string, AnyPrimaryKeyField, Record<string, AnySchemaField>, Record<string, AnyComputedField>>;
type SchemaComputedDefs<S extends AnySchema> = S extends Schema<any, any, any, infer C> ? C : Record<string, AnyComputedField>;
type SchemaPersistedOutput<S extends AnySchema> = Prettify<{
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P, any> ? PipeOutput<P> : never;
}>;
type SchemaComputedOutput<S extends AnySchema> = Prettify<{
    [K in keyof SchemaComputedDefs<S>]: SchemaComputedDefs<S>[K] extends ComputedField<any, infer P, any> ? PipeOutput<P> : never;
}>;
type SchemaOutput<S extends AnySchema> = Prettify<{
    [K in keyof SchemaPersistedOutput<S> | keyof SchemaComputedOutput<S>]: K extends keyof SchemaPersistedOutput<S> ? SchemaPersistedOutput<S>[K] : K extends keyof SchemaComputedOutput<S> ? SchemaComputedOutput<S>[K] : never;
}>;
type SchemaFields<S extends AnySchema> = S extends Schema<any, infer PKField, infer F, any> ? PKField extends AnySchemaField ? Prettify<Record<PKField['name'], PKField> & F> : F : never;
type SchemaTaggedFields<S extends AnySchema> = {
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] & {
        readonly __schema?: S;
    };
};
declare class SchemaBuilder<N extends string, PKField extends AnyPrimaryKeyField | never = never, F extends Record<string, AnySchemaField> = {}, C extends Record<string, AnyComputedField> = {}> {
    #private;
    constructor(name: N, pkField?: PKField | null, fieldDefs?: F, computedDefs?: C);
    get name(): N;
    pk<K extends string, P extends Pipe<any, any>>(name: [PKField] extends [never] ? K : never, pipe: P, generate: () => PipeOutput<P>): SchemaBuilder<N, SchemaField<K, P, true>, F>;
    field<K extends string, P extends Pipe<any, any>, O extends {
        onCreate?: () => PipeOutput<P>;
        onUpdate?: () => PipeOutput<P>;
    } | undefined = undefined>(name: K extends keyof F ? never : K, pipe: P, opts?: O): SchemaBuilder<N, PKField, {
        [Key in keyof F | K]: Key extends K ? SchemaField<K, P, [O] extends [{
            onCreate: () => any;
        }] ? true : false> : Key extends keyof F ? F[Key] : never;
    }>;
    computed<K extends string, Deps extends readonly (keyof SchemaPersistedOutput<Schema<N, PKField, F, C>> & string)[], P extends Pipe<any, any>>(name: K extends keyof SchemaPersistedOutput<Schema<N, PKField, F, C>> | keyof C ? never : K, deps: Deps, pipe: P, compute: (data: Pick<SchemaPersistedOutput<Schema<N, PKField, F, C>>, Deps[number]>) => PipeOutput<P>): SchemaBuilder<N, PKField, F, {
        [Key in keyof C | K]: Key extends K ? ComputedField<K, P, Deps> : Key extends keyof C ? C[Key] : never;
    }>;
    build(this: [PKField] extends [never] ? never : SchemaBuilder<N, PKField, F, C>): Schema<N, PKField, F, C>;
}
declare class Schema<N extends string, PKField extends AnyPrimaryKeyField | never = never, F extends Record<string, AnySchemaField> = {}, C extends Record<string, AnyComputedField> = {}> {
    #private;
    constructor(name: N, pkField: PKField | null, fieldDefs: F, computedDefs: C);
    get name(): N;
    get pkField(): PKField;
    get fieldDefs(): F;
    get computedDefs(): C;
    get fields(): SchemaTaggedFields<this>;
    static from<N extends string>(name: N): SchemaBuilder<N>;
}

type FieldTypeName = 'string' | 'number' | 'boolean' | 'null' | 'object' | 'array' | 'date';
type FilterOpName = 'eq' | 'ne' | 'gt' | 'gte' | 'lt' | 'lte' | 'in' | 'notIn' | 'like' | 'exists' | 'notExists' | 'contains' | 'notContains';
type UpdateOpName = 'set' | 'inc' | 'mul' | 'min' | 'max' | 'unset' | 'push' | 'pull' | 'patch';
type AggregateOpName = 'count' | 'countDistinct' | 'sum' | 'avg' | 'min' | 'max';
type InferAdapterConfig<A> = A extends {
    schemaConfigPipe: infer P extends Pipe<any, any>;
} ? PipeInput<P> : A extends {
    use: (schema: any, config: infer C) => any;
} ? C : never;
type InferAdapterQueryableOps<A> = A extends {
    queryableOps: infer Ops extends readonly FilterOpName[];
} ? Ops : readonly [];
type InferRawArgs<A> = A extends {
    raw: (schema: any, config: any, ...args: infer Args) => any;
} ? Args : never;
type InferRawReturn<A> = A extends {
    raw: (...args: any[]) => Promise<infer R>;
} ? R : unknown;
type ToFieldTypeName<T> = T extends undefined ? never : T extends string ? 'string' : T extends number ? 'number' : T extends boolean ? 'boolean' : T extends null ? 'null' : T extends readonly any[] ? 'array' : T extends Date ? 'date' : T extends Record<string, any> ? 'object' : never;
type SchemaFieldTypeNames<S extends AnySchema> = {
    [K in keyof SchemaFields<S>]: SchemaFields<S>[K] extends SchemaField<any, infer P, any> ? ToFieldTypeName<PipeOutput<P>> : never;
}[keyof SchemaFields<S>];
type SchemaCompatible<A, S extends AnySchema> = A extends {
    supportedFieldTypes: readonly (infer FT)[];
} ? [SchemaFieldTypeNames<S>] extends [FT] ? S : never : S;

export { type AnyField as $, type AnySchema as A, type SchemaCompatible as B, type CreateTableChange as C, type DropTableChange as D, type OrmUse as E, FilterGroup as F, type OrmAdapterConfig as G, type OrmValidationErrorKind as H, type IterationQueryOptions as I, type OrmValidationFailure as J, OrmValidationError as K, type DiscoveredField as L, type ModifyFieldChange as M, type DiscoveredIndex as N, OrmAdapter as O, type DiscoveredForeignKey as P, type QueryOptions as Q, type RenameTableChange as R, Schema as S, type FieldSpec as T, type UpdateOpName as U, type ExecuteChange as V, type Change as W, type ApplyMethodKey as X, type KindFromMethod as Y, type ChangeKindFor as Z, Field as _, type AnyUpdateOp as a, PatchOp as a$, toFieldName as a0, type AnySchemaField as a1, ComputedField as a2, type AnyComputedField as a3, Filter as a4, type FilterChild as a5, type FilterFactory as a6, type FilterGroupOp as a7, type GatedFilterGroup as a8, type GatedFilterFactory as a9, type SchemaFields as aA, type SchemaTaggedFields as aB, SchemaBuilder as aC, type SchemaCreateInput as aD, type SchemaUpdateInput as aE, type SchemaUpdateOutput as aF, tryValidateCreateRow as aG, validateCreate as aH, validateCreateMany as aI, validateUpdate as aJ, validateUpdateOps as aK, composeSchemaConfig as aL, validateUpsertConflicts as aM, type NumericFieldOf as aN, type ComparableFieldOf as aO, type OptionalFieldOf as aP, type ArrayFieldOf as aQ, type ObjectFieldOf as aR, type SetValues as aS, SetOp as aT, IncOp as aU, MulOp as aV, MinOp as aW, MaxOp as aX, UnsetOp as aY, PushOp as aZ, PullOp as a_, assertNormalisedAggregate as aa, assertNormalisedFilter as ab, OrderBy as ac, type IterationOptions as ad, ManyRelation as ae, OneRelation as af, type AnyRelDef as ag, type ResolveRelDef as ah, type NestedPreloadDef as ai, type AnyPreloadDef as aj, type PreloadedMap as ak, Relations as al, AggregateBuilder as am, AllBuilder as an, type AllBuilderSurface as ao, OneBuilder as ap, type OneBuilderSurface as aq, type Paginated as ar, SchemaContext as as, SchemaRef as at, type SchemaRefSurface as au, type RepoSurface as av, type SchemaComputedDefs as aw, type SchemaPersistedOutput as ax, type SchemaComputedOutput as ay, type SchemaOutput as az, type AggregateSpec as b, isUpdateOp as b0, type HasOp as b1, type UpdateOp as b2, set as b3, inc as b4, mul as b5, min as b6, max as b7, unset as b8, push as b9, pull as ba, patch as bb, opTouchedFields as bc, flattenOps as bd, type AddFieldChange as c, type DropFieldChange as d, type RenameFieldChange as e, type AddIndexChange as f, type DropIndexChange as g, type AddForeignKeyChange as h, type DropForeignKeyChange as i, type DiscoveredSchema as j, type AnyFieldSpec as k, type ForeignKeyAction as l, type OrmAdapterLike as m, Repo as n, SchemaField as o, type ChangeFor as p, type AnyChange as q, type AnyMigration as r, type Migration as s, type FieldTypeName as t, type FilterOpName as u, type AggregateOpName as v, type InferAdapterConfig as w, type InferAdapterQueryableOps as x, type InferRawArgs as y, type InferRawReturn as z };