/**
 * This file exports the `TwoFactorUser` model and its related types.
 *
 * 🟢 You can import this file directly.
 */
import * as runtime from "@prisma/client/runtime/client";
import type * as Prisma from "../internal/prismaNamespace";
/**
 * Model TwoFactorUser
 *
 */
export type TwoFactorUserModel = runtime.Types.Result.DefaultSelection<Prisma.$TwoFactorUserPayload>;
export type AggregateTwoFactorUser = {
    _count: TwoFactorUserCountAggregateOutputType | null;
    _min: TwoFactorUserMinAggregateOutputType | null;
    _max: TwoFactorUserMaxAggregateOutputType | null;
};
export type TwoFactorUserMinAggregateOutputType = {
    id: string | null;
    username: string | null;
    secret: string | null;
    externalTenantId: string | null;
    externalUserId: string | null;
    createdAt: Date | null;
    updatedAt: Date | null;
};
export type TwoFactorUserMaxAggregateOutputType = {
    id: string | null;
    username: string | null;
    secret: string | null;
    externalTenantId: string | null;
    externalUserId: string | null;
    createdAt: Date | null;
    updatedAt: Date | null;
};
export type TwoFactorUserCountAggregateOutputType = {
    id: number;
    username: number;
    secret: number;
    externalTenantId: number;
    externalUserId: number;
    createdAt: number;
    updatedAt: number;
    _all: number;
};
export type TwoFactorUserMinAggregateInputType = {
    id?: true;
    username?: true;
    secret?: true;
    externalTenantId?: true;
    externalUserId?: true;
    createdAt?: true;
    updatedAt?: true;
};
export type TwoFactorUserMaxAggregateInputType = {
    id?: true;
    username?: true;
    secret?: true;
    externalTenantId?: true;
    externalUserId?: true;
    createdAt?: true;
    updatedAt?: true;
};
export type TwoFactorUserCountAggregateInputType = {
    id?: true;
    username?: true;
    secret?: true;
    externalTenantId?: true;
    externalUserId?: true;
    createdAt?: true;
    updatedAt?: true;
    _all?: true;
};
export type TwoFactorUserAggregateArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Filter which TwoFactorUser to aggregate.
     */
    where?: Prisma.TwoFactorUserWhereInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     *
     * Determine the order of TwoFactorUsers to fetch.
     */
    orderBy?: Prisma.TwoFactorUserOrderByWithRelationInput | Prisma.TwoFactorUserOrderByWithRelationInput[];
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     *
     * Sets the start position
     */
    cursor?: Prisma.TwoFactorUserWhereUniqueInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Take `±n` TwoFactorUsers from the position of the cursor.
     */
    take?: number;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Skip the first `n` TwoFactorUsers.
     */
    skip?: number;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     *
     * Count returned TwoFactorUsers
    **/
    _count?: true | TwoFactorUserCountAggregateInputType;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     *
     * Select which fields to find the minimum value
    **/
    _min?: TwoFactorUserMinAggregateInputType;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     *
     * Select which fields to find the maximum value
    **/
    _max?: TwoFactorUserMaxAggregateInputType;
};
export type GetTwoFactorUserAggregateType<T extends TwoFactorUserAggregateArgs> = {
    [P in keyof T & keyof AggregateTwoFactorUser]: P extends '_count' | 'count' ? T[P] extends true ? number : Prisma.GetScalarType<T[P], AggregateTwoFactorUser[P]> : Prisma.GetScalarType<T[P], AggregateTwoFactorUser[P]>;
};
export type TwoFactorUserGroupByArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    where?: Prisma.TwoFactorUserWhereInput;
    orderBy?: Prisma.TwoFactorUserOrderByWithAggregationInput | Prisma.TwoFactorUserOrderByWithAggregationInput[];
    by: Prisma.TwoFactorUserScalarFieldEnum[] | Prisma.TwoFactorUserScalarFieldEnum;
    having?: Prisma.TwoFactorUserScalarWhereWithAggregatesInput;
    take?: number;
    skip?: number;
    _count?: TwoFactorUserCountAggregateInputType | true;
    _min?: TwoFactorUserMinAggregateInputType;
    _max?: TwoFactorUserMaxAggregateInputType;
};
export type TwoFactorUserGroupByOutputType = {
    id: string;
    username: string | null;
    secret: string;
    externalTenantId: string;
    externalUserId: string;
    createdAt: Date;
    updatedAt: Date;
    _count: TwoFactorUserCountAggregateOutputType | null;
    _min: TwoFactorUserMinAggregateOutputType | null;
    _max: TwoFactorUserMaxAggregateOutputType | null;
};
type GetTwoFactorUserGroupByPayload<T extends TwoFactorUserGroupByArgs> = Prisma.PrismaPromise<Array<Prisma.PickEnumerable<TwoFactorUserGroupByOutputType, T['by']> & {
    [P in ((keyof T) & (keyof TwoFactorUserGroupByOutputType))]: P extends '_count' ? T[P] extends boolean ? number : Prisma.GetScalarType<T[P], TwoFactorUserGroupByOutputType[P]> : Prisma.GetScalarType<T[P], TwoFactorUserGroupByOutputType[P]>;
}>>;
export type TwoFactorUserWhereInput = {
    AND?: Prisma.TwoFactorUserWhereInput | Prisma.TwoFactorUserWhereInput[];
    OR?: Prisma.TwoFactorUserWhereInput[];
    NOT?: Prisma.TwoFactorUserWhereInput | Prisma.TwoFactorUserWhereInput[];
    id?: Prisma.UuidFilter<"TwoFactorUser"> | string;
    username?: Prisma.StringNullableFilter<"TwoFactorUser"> | string | null;
    secret?: Prisma.StringFilter<"TwoFactorUser"> | string;
    externalTenantId?: Prisma.UuidFilter<"TwoFactorUser"> | string;
    externalUserId?: Prisma.UuidFilter<"TwoFactorUser"> | string;
    createdAt?: Prisma.DateTimeFilter<"TwoFactorUser"> | Date | string;
    updatedAt?: Prisma.DateTimeFilter<"TwoFactorUser"> | Date | string;
    TwoFactorCode?: Prisma.TwoFactorCodeListRelationFilter;
};
export type TwoFactorUserOrderByWithRelationInput = {
    id?: Prisma.SortOrder;
    username?: Prisma.SortOrderInput | Prisma.SortOrder;
    secret?: Prisma.SortOrder;
    externalTenantId?: Prisma.SortOrder;
    externalUserId?: Prisma.SortOrder;
    createdAt?: Prisma.SortOrder;
    updatedAt?: Prisma.SortOrder;
    TwoFactorCode?: Prisma.TwoFactorCodeOrderByRelationAggregateInput;
};
export type TwoFactorUserWhereUniqueInput = Prisma.AtLeast<{
    id?: string;
    externalTenantId_externalUserId?: Prisma.TwoFactorUserExternalTenantIdExternalUserIdCompoundUniqueInput;
    AND?: Prisma.TwoFactorUserWhereInput | Prisma.TwoFactorUserWhereInput[];
    OR?: Prisma.TwoFactorUserWhereInput[];
    NOT?: Prisma.TwoFactorUserWhereInput | Prisma.TwoFactorUserWhereInput[];
    username?: Prisma.StringNullableFilter<"TwoFactorUser"> | string | null;
    secret?: Prisma.StringFilter<"TwoFactorUser"> | string;
    externalTenantId?: Prisma.UuidFilter<"TwoFactorUser"> | string;
    externalUserId?: Prisma.UuidFilter<"TwoFactorUser"> | string;
    createdAt?: Prisma.DateTimeFilter<"TwoFactorUser"> | Date | string;
    updatedAt?: Prisma.DateTimeFilter<"TwoFactorUser"> | Date | string;
    TwoFactorCode?: Prisma.TwoFactorCodeListRelationFilter;
}, "id" | "externalTenantId_externalUserId">;
export type TwoFactorUserOrderByWithAggregationInput = {
    id?: Prisma.SortOrder;
    username?: Prisma.SortOrderInput | Prisma.SortOrder;
    secret?: Prisma.SortOrder;
    externalTenantId?: Prisma.SortOrder;
    externalUserId?: Prisma.SortOrder;
    createdAt?: Prisma.SortOrder;
    updatedAt?: Prisma.SortOrder;
    _count?: Prisma.TwoFactorUserCountOrderByAggregateInput;
    _max?: Prisma.TwoFactorUserMaxOrderByAggregateInput;
    _min?: Prisma.TwoFactorUserMinOrderByAggregateInput;
};
export type TwoFactorUserScalarWhereWithAggregatesInput = {
    AND?: Prisma.TwoFactorUserScalarWhereWithAggregatesInput | Prisma.TwoFactorUserScalarWhereWithAggregatesInput[];
    OR?: Prisma.TwoFactorUserScalarWhereWithAggregatesInput[];
    NOT?: Prisma.TwoFactorUserScalarWhereWithAggregatesInput | Prisma.TwoFactorUserScalarWhereWithAggregatesInput[];
    id?: Prisma.UuidWithAggregatesFilter<"TwoFactorUser"> | string;
    username?: Prisma.StringNullableWithAggregatesFilter<"TwoFactorUser"> | string | null;
    secret?: Prisma.StringWithAggregatesFilter<"TwoFactorUser"> | string;
    externalTenantId?: Prisma.UuidWithAggregatesFilter<"TwoFactorUser"> | string;
    externalUserId?: Prisma.UuidWithAggregatesFilter<"TwoFactorUser"> | string;
    createdAt?: Prisma.DateTimeWithAggregatesFilter<"TwoFactorUser"> | Date | string;
    updatedAt?: Prisma.DateTimeWithAggregatesFilter<"TwoFactorUser"> | Date | string;
};
export type TwoFactorUserCreateInput = {
    id?: string;
    username?: string | null;
    secret: string;
    externalTenantId: string;
    externalUserId: string;
    createdAt?: Date | string;
    updatedAt?: Date | string;
    TwoFactorCode?: Prisma.TwoFactorCodeCreateNestedManyWithoutTwoFactorUserInput;
};
export type TwoFactorUserUncheckedCreateInput = {
    id?: string;
    username?: string | null;
    secret: string;
    externalTenantId: string;
    externalUserId: string;
    createdAt?: Date | string;
    updatedAt?: Date | string;
    TwoFactorCode?: Prisma.TwoFactorCodeUncheckedCreateNestedManyWithoutTwoFactorUserInput;
};
export type TwoFactorUserUpdateInput = {
    id?: Prisma.StringFieldUpdateOperationsInput | string;
    username?: Prisma.NullableStringFieldUpdateOperationsInput | string | null;
    secret?: Prisma.StringFieldUpdateOperationsInput | string;
    externalTenantId?: Prisma.StringFieldUpdateOperationsInput | string;
    externalUserId?: Prisma.StringFieldUpdateOperationsInput | string;
    createdAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    updatedAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    TwoFactorCode?: Prisma.TwoFactorCodeUpdateManyWithoutTwoFactorUserNestedInput;
};
export type TwoFactorUserUncheckedUpdateInput = {
    id?: Prisma.StringFieldUpdateOperationsInput | string;
    username?: Prisma.NullableStringFieldUpdateOperationsInput | string | null;
    secret?: Prisma.StringFieldUpdateOperationsInput | string;
    externalTenantId?: Prisma.StringFieldUpdateOperationsInput | string;
    externalUserId?: Prisma.StringFieldUpdateOperationsInput | string;
    createdAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    updatedAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    TwoFactorCode?: Prisma.TwoFactorCodeUncheckedUpdateManyWithoutTwoFactorUserNestedInput;
};
export type TwoFactorUserCreateManyInput = {
    id?: string;
    username?: string | null;
    secret: string;
    externalTenantId: string;
    externalUserId: string;
    createdAt?: Date | string;
    updatedAt?: Date | string;
};
export type TwoFactorUserUpdateManyMutationInput = {
    id?: Prisma.StringFieldUpdateOperationsInput | string;
    username?: Prisma.NullableStringFieldUpdateOperationsInput | string | null;
    secret?: Prisma.StringFieldUpdateOperationsInput | string;
    externalTenantId?: Prisma.StringFieldUpdateOperationsInput | string;
    externalUserId?: Prisma.StringFieldUpdateOperationsInput | string;
    createdAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    updatedAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
};
export type TwoFactorUserUncheckedUpdateManyInput = {
    id?: Prisma.StringFieldUpdateOperationsInput | string;
    username?: Prisma.NullableStringFieldUpdateOperationsInput | string | null;
    secret?: Prisma.StringFieldUpdateOperationsInput | string;
    externalTenantId?: Prisma.StringFieldUpdateOperationsInput | string;
    externalUserId?: Prisma.StringFieldUpdateOperationsInput | string;
    createdAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    updatedAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
};
export type TwoFactorUserExternalTenantIdExternalUserIdCompoundUniqueInput = {
    externalTenantId: string;
    externalUserId: string;
};
export type TwoFactorUserCountOrderByAggregateInput = {
    id?: Prisma.SortOrder;
    username?: Prisma.SortOrder;
    secret?: Prisma.SortOrder;
    externalTenantId?: Prisma.SortOrder;
    externalUserId?: Prisma.SortOrder;
    createdAt?: Prisma.SortOrder;
    updatedAt?: Prisma.SortOrder;
};
export type TwoFactorUserMaxOrderByAggregateInput = {
    id?: Prisma.SortOrder;
    username?: Prisma.SortOrder;
    secret?: Prisma.SortOrder;
    externalTenantId?: Prisma.SortOrder;
    externalUserId?: Prisma.SortOrder;
    createdAt?: Prisma.SortOrder;
    updatedAt?: Prisma.SortOrder;
};
export type TwoFactorUserMinOrderByAggregateInput = {
    id?: Prisma.SortOrder;
    username?: Prisma.SortOrder;
    secret?: Prisma.SortOrder;
    externalTenantId?: Prisma.SortOrder;
    externalUserId?: Prisma.SortOrder;
    createdAt?: Prisma.SortOrder;
    updatedAt?: Prisma.SortOrder;
};
export type TwoFactorUserScalarRelationFilter = {
    is?: Prisma.TwoFactorUserWhereInput;
    isNot?: Prisma.TwoFactorUserWhereInput;
};
export type StringFieldUpdateOperationsInput = {
    set?: string;
};
export type NullableStringFieldUpdateOperationsInput = {
    set?: string | null;
};
export type DateTimeFieldUpdateOperationsInput = {
    set?: Date | string;
};
export type TwoFactorUserCreateNestedOneWithoutTwoFactorCodeInput = {
    create?: Prisma.XOR<Prisma.TwoFactorUserCreateWithoutTwoFactorCodeInput, Prisma.TwoFactorUserUncheckedCreateWithoutTwoFactorCodeInput>;
    connectOrCreate?: Prisma.TwoFactorUserCreateOrConnectWithoutTwoFactorCodeInput;
    connect?: Prisma.TwoFactorUserWhereUniqueInput;
};
export type TwoFactorUserUpdateOneRequiredWithoutTwoFactorCodeNestedInput = {
    create?: Prisma.XOR<Prisma.TwoFactorUserCreateWithoutTwoFactorCodeInput, Prisma.TwoFactorUserUncheckedCreateWithoutTwoFactorCodeInput>;
    connectOrCreate?: Prisma.TwoFactorUserCreateOrConnectWithoutTwoFactorCodeInput;
    upsert?: Prisma.TwoFactorUserUpsertWithoutTwoFactorCodeInput;
    connect?: Prisma.TwoFactorUserWhereUniqueInput;
    update?: Prisma.XOR<Prisma.XOR<Prisma.TwoFactorUserUpdateToOneWithWhereWithoutTwoFactorCodeInput, Prisma.TwoFactorUserUpdateWithoutTwoFactorCodeInput>, Prisma.TwoFactorUserUncheckedUpdateWithoutTwoFactorCodeInput>;
};
export type TwoFactorUserCreateWithoutTwoFactorCodeInput = {
    id?: string;
    username?: string | null;
    secret: string;
    externalTenantId: string;
    externalUserId: string;
    createdAt?: Date | string;
    updatedAt?: Date | string;
};
export type TwoFactorUserUncheckedCreateWithoutTwoFactorCodeInput = {
    id?: string;
    username?: string | null;
    secret: string;
    externalTenantId: string;
    externalUserId: string;
    createdAt?: Date | string;
    updatedAt?: Date | string;
};
export type TwoFactorUserCreateOrConnectWithoutTwoFactorCodeInput = {
    where: Prisma.TwoFactorUserWhereUniqueInput;
    create: Prisma.XOR<Prisma.TwoFactorUserCreateWithoutTwoFactorCodeInput, Prisma.TwoFactorUserUncheckedCreateWithoutTwoFactorCodeInput>;
};
export type TwoFactorUserUpsertWithoutTwoFactorCodeInput = {
    update: Prisma.XOR<Prisma.TwoFactorUserUpdateWithoutTwoFactorCodeInput, Prisma.TwoFactorUserUncheckedUpdateWithoutTwoFactorCodeInput>;
    create: Prisma.XOR<Prisma.TwoFactorUserCreateWithoutTwoFactorCodeInput, Prisma.TwoFactorUserUncheckedCreateWithoutTwoFactorCodeInput>;
    where?: Prisma.TwoFactorUserWhereInput;
};
export type TwoFactorUserUpdateToOneWithWhereWithoutTwoFactorCodeInput = {
    where?: Prisma.TwoFactorUserWhereInput;
    data: Prisma.XOR<Prisma.TwoFactorUserUpdateWithoutTwoFactorCodeInput, Prisma.TwoFactorUserUncheckedUpdateWithoutTwoFactorCodeInput>;
};
export type TwoFactorUserUpdateWithoutTwoFactorCodeInput = {
    id?: Prisma.StringFieldUpdateOperationsInput | string;
    username?: Prisma.NullableStringFieldUpdateOperationsInput | string | null;
    secret?: Prisma.StringFieldUpdateOperationsInput | string;
    externalTenantId?: Prisma.StringFieldUpdateOperationsInput | string;
    externalUserId?: Prisma.StringFieldUpdateOperationsInput | string;
    createdAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    updatedAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
};
export type TwoFactorUserUncheckedUpdateWithoutTwoFactorCodeInput = {
    id?: Prisma.StringFieldUpdateOperationsInput | string;
    username?: Prisma.NullableStringFieldUpdateOperationsInput | string | null;
    secret?: Prisma.StringFieldUpdateOperationsInput | string;
    externalTenantId?: Prisma.StringFieldUpdateOperationsInput | string;
    externalUserId?: Prisma.StringFieldUpdateOperationsInput | string;
    createdAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
    updatedAt?: Prisma.DateTimeFieldUpdateOperationsInput | Date | string;
};
/**
 * Count Type TwoFactorUserCountOutputType
 */
export type TwoFactorUserCountOutputType = {
    TwoFactorCode: number;
};
export type TwoFactorUserCountOutputTypeSelect<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    TwoFactorCode?: boolean | TwoFactorUserCountOutputTypeCountTwoFactorCodeArgs;
};
/**
 * TwoFactorUserCountOutputType without action
 */
export type TwoFactorUserCountOutputTypeDefaultArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUserCountOutputType
     */
    select?: Prisma.TwoFactorUserCountOutputTypeSelect<ExtArgs> | null;
};
/**
 * TwoFactorUserCountOutputType without action
 */
export type TwoFactorUserCountOutputTypeCountTwoFactorCodeArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    where?: Prisma.TwoFactorCodeWhereInput;
};
export type TwoFactorUserSelect<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = runtime.Types.Extensions.GetSelect<{
    id?: boolean;
    username?: boolean;
    secret?: boolean;
    externalTenantId?: boolean;
    externalUserId?: boolean;
    createdAt?: boolean;
    updatedAt?: boolean;
    TwoFactorCode?: boolean | Prisma.TwoFactorUser$TwoFactorCodeArgs<ExtArgs>;
    _count?: boolean | Prisma.TwoFactorUserCountOutputTypeDefaultArgs<ExtArgs>;
}, ExtArgs["result"]["twoFactorUser"]>;
export type TwoFactorUserSelectCreateManyAndReturn<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = runtime.Types.Extensions.GetSelect<{
    id?: boolean;
    username?: boolean;
    secret?: boolean;
    externalTenantId?: boolean;
    externalUserId?: boolean;
    createdAt?: boolean;
    updatedAt?: boolean;
}, ExtArgs["result"]["twoFactorUser"]>;
export type TwoFactorUserSelectUpdateManyAndReturn<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = runtime.Types.Extensions.GetSelect<{
    id?: boolean;
    username?: boolean;
    secret?: boolean;
    externalTenantId?: boolean;
    externalUserId?: boolean;
    createdAt?: boolean;
    updatedAt?: boolean;
}, ExtArgs["result"]["twoFactorUser"]>;
export type TwoFactorUserSelectScalar = {
    id?: boolean;
    username?: boolean;
    secret?: boolean;
    externalTenantId?: boolean;
    externalUserId?: boolean;
    createdAt?: boolean;
    updatedAt?: boolean;
};
export type TwoFactorUserOmit<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = runtime.Types.Extensions.GetOmit<"id" | "username" | "secret" | "externalTenantId" | "externalUserId" | "createdAt" | "updatedAt", ExtArgs["result"]["twoFactorUser"]>;
export type TwoFactorUserInclude<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    TwoFactorCode?: boolean | Prisma.TwoFactorUser$TwoFactorCodeArgs<ExtArgs>;
    _count?: boolean | Prisma.TwoFactorUserCountOutputTypeDefaultArgs<ExtArgs>;
};
export type TwoFactorUserIncludeCreateManyAndReturn<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {};
export type TwoFactorUserIncludeUpdateManyAndReturn<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {};
export type $TwoFactorUserPayload<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    name: "TwoFactorUser";
    objects: {
        TwoFactorCode: Prisma.$TwoFactorCodePayload<ExtArgs>[];
    };
    scalars: runtime.Types.Extensions.GetPayloadResult<{
        /**
         * @DtoCreateHidden
         */
        id: string;
        username: string | null;
        secret: string;
        externalTenantId: string;
        externalUserId: string;
        /**
         * @DtoCreateHidden
         * @DtoUpdateHidden
         */
        createdAt: Date;
        /**
         * @DtoCreateHidden
         * @DtoUpdateHidden
         */
        updatedAt: Date;
    }, ExtArgs["result"]["twoFactorUser"]>;
    composites: {};
};
export type TwoFactorUserGetPayload<S extends boolean | null | undefined | TwoFactorUserDefaultArgs> = runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload, S>;
export type TwoFactorUserCountArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = Omit<TwoFactorUserFindManyArgs, 'select' | 'include' | 'distinct' | 'omit'> & {
    select?: TwoFactorUserCountAggregateInputType | true;
};
export interface TwoFactorUserDelegate<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs, GlobalOmitOptions = {}> {
    [K: symbol]: {
        types: Prisma.TypeMap<ExtArgs>['model']['TwoFactorUser'];
        meta: {
            name: 'TwoFactorUser';
        };
    };
    /**
     * Find zero or one TwoFactorUser that matches the filter.
     * @param {TwoFactorUserFindUniqueArgs} args - Arguments to find a TwoFactorUser
     * @example
     * // Get one TwoFactorUser
     * const twoFactorUser = await prisma.twoFactorUser.findUnique({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     */
    findUnique<T extends TwoFactorUserFindUniqueArgs>(args: Prisma.SelectSubset<T, TwoFactorUserFindUniqueArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "findUnique", GlobalOmitOptions> | null, null, ExtArgs, GlobalOmitOptions>;
    /**
     * Find one TwoFactorUser that matches the filter or throw an error with `error.code='P2025'`
     * if no matches were found.
     * @param {TwoFactorUserFindUniqueOrThrowArgs} args - Arguments to find a TwoFactorUser
     * @example
     * // Get one TwoFactorUser
     * const twoFactorUser = await prisma.twoFactorUser.findUniqueOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     */
    findUniqueOrThrow<T extends TwoFactorUserFindUniqueOrThrowArgs>(args: Prisma.SelectSubset<T, TwoFactorUserFindUniqueOrThrowArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "findUniqueOrThrow", GlobalOmitOptions>, never, ExtArgs, GlobalOmitOptions>;
    /**
     * Find the first TwoFactorUser that matches the filter.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {TwoFactorUserFindFirstArgs} args - Arguments to find a TwoFactorUser
     * @example
     * // Get one TwoFactorUser
     * const twoFactorUser = await prisma.twoFactorUser.findFirst({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     */
    findFirst<T extends TwoFactorUserFindFirstArgs>(args?: Prisma.SelectSubset<T, TwoFactorUserFindFirstArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "findFirst", GlobalOmitOptions> | null, null, ExtArgs, GlobalOmitOptions>;
    /**
     * Find the first TwoFactorUser that matches the filter or
     * throw `PrismaKnownClientError` with `P2025` code if no matches were found.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {TwoFactorUserFindFirstOrThrowArgs} args - Arguments to find a TwoFactorUser
     * @example
     * // Get one TwoFactorUser
     * const twoFactorUser = await prisma.twoFactorUser.findFirstOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     */
    findFirstOrThrow<T extends TwoFactorUserFindFirstOrThrowArgs>(args?: Prisma.SelectSubset<T, TwoFactorUserFindFirstOrThrowArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "findFirstOrThrow", GlobalOmitOptions>, never, ExtArgs, GlobalOmitOptions>;
    /**
     * Find zero or more TwoFactorUsers that matches the filter.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {TwoFactorUserFindManyArgs} args - Arguments to filter and select certain fields only.
     * @example
     * // Get all TwoFactorUsers
     * const twoFactorUsers = await prisma.twoFactorUser.findMany()
     *
     * // Get first 10 TwoFactorUsers
     * const twoFactorUsers = await prisma.twoFactorUser.findMany({ take: 10 })
     *
     * // Only select the `id`
     * const twoFactorUserWithIdOnly = await prisma.twoFactorUser.findMany({ select: { id: true } })
     *
     */
    findMany<T extends TwoFactorUserFindManyArgs>(args?: Prisma.SelectSubset<T, TwoFactorUserFindManyArgs<ExtArgs>>): Prisma.PrismaPromise<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "findMany", GlobalOmitOptions>>;
    /**
     * Create a TwoFactorUser.
     * @param {TwoFactorUserCreateArgs} args - Arguments to create a TwoFactorUser.
     * @example
     * // Create one TwoFactorUser
     * const TwoFactorUser = await prisma.twoFactorUser.create({
     *   data: {
     *     // ... data to create a TwoFactorUser
     *   }
     * })
     *
     */
    create<T extends TwoFactorUserCreateArgs>(args: Prisma.SelectSubset<T, TwoFactorUserCreateArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "create", GlobalOmitOptions>, never, ExtArgs, GlobalOmitOptions>;
    /**
     * Create many TwoFactorUsers.
     * @param {TwoFactorUserCreateManyArgs} args - Arguments to create many TwoFactorUsers.
     * @example
     * // Create many TwoFactorUsers
     * const twoFactorUser = await prisma.twoFactorUser.createMany({
     *   data: [
     *     // ... provide data here
     *   ]
     * })
     *
     */
    createMany<T extends TwoFactorUserCreateManyArgs>(args?: Prisma.SelectSubset<T, TwoFactorUserCreateManyArgs<ExtArgs>>): Prisma.PrismaPromise<Prisma.BatchPayload>;
    /**
     * Create many TwoFactorUsers and returns the data saved in the database.
     * @param {TwoFactorUserCreateManyAndReturnArgs} args - Arguments to create many TwoFactorUsers.
     * @example
     * // Create many TwoFactorUsers
     * const twoFactorUser = await prisma.twoFactorUser.createManyAndReturn({
     *   data: [
     *     // ... provide data here
     *   ]
     * })
     *
     * // Create many TwoFactorUsers and only return the `id`
     * const twoFactorUserWithIdOnly = await prisma.twoFactorUser.createManyAndReturn({
     *   select: { id: true },
     *   data: [
     *     // ... provide data here
     *   ]
     * })
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     *
     */
    createManyAndReturn<T extends TwoFactorUserCreateManyAndReturnArgs>(args?: Prisma.SelectSubset<T, TwoFactorUserCreateManyAndReturnArgs<ExtArgs>>): Prisma.PrismaPromise<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "createManyAndReturn", GlobalOmitOptions>>;
    /**
     * Delete a TwoFactorUser.
     * @param {TwoFactorUserDeleteArgs} args - Arguments to delete one TwoFactorUser.
     * @example
     * // Delete one TwoFactorUser
     * const TwoFactorUser = await prisma.twoFactorUser.delete({
     *   where: {
     *     // ... filter to delete one TwoFactorUser
     *   }
     * })
     *
     */
    delete<T extends TwoFactorUserDeleteArgs>(args: Prisma.SelectSubset<T, TwoFactorUserDeleteArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "delete", GlobalOmitOptions>, never, ExtArgs, GlobalOmitOptions>;
    /**
     * Update one TwoFactorUser.
     * @param {TwoFactorUserUpdateArgs} args - Arguments to update one TwoFactorUser.
     * @example
     * // Update one TwoFactorUser
     * const twoFactorUser = await prisma.twoFactorUser.update({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     *
     */
    update<T extends TwoFactorUserUpdateArgs>(args: Prisma.SelectSubset<T, TwoFactorUserUpdateArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "update", GlobalOmitOptions>, never, ExtArgs, GlobalOmitOptions>;
    /**
     * Delete zero or more TwoFactorUsers.
     * @param {TwoFactorUserDeleteManyArgs} args - Arguments to filter TwoFactorUsers to delete.
     * @example
     * // Delete a few TwoFactorUsers
     * const { count } = await prisma.twoFactorUser.deleteMany({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     *
     */
    deleteMany<T extends TwoFactorUserDeleteManyArgs>(args?: Prisma.SelectSubset<T, TwoFactorUserDeleteManyArgs<ExtArgs>>): Prisma.PrismaPromise<Prisma.BatchPayload>;
    /**
     * Update zero or more TwoFactorUsers.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {TwoFactorUserUpdateManyArgs} args - Arguments to update one or more rows.
     * @example
     * // Update many TwoFactorUsers
     * const twoFactorUser = await prisma.twoFactorUser.updateMany({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     *
     */
    updateMany<T extends TwoFactorUserUpdateManyArgs>(args: Prisma.SelectSubset<T, TwoFactorUserUpdateManyArgs<ExtArgs>>): Prisma.PrismaPromise<Prisma.BatchPayload>;
    /**
     * Update zero or more TwoFactorUsers and returns the data updated in the database.
     * @param {TwoFactorUserUpdateManyAndReturnArgs} args - Arguments to update many TwoFactorUsers.
     * @example
     * // Update many TwoFactorUsers
     * const twoFactorUser = await prisma.twoFactorUser.updateManyAndReturn({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: [
     *     // ... provide data here
     *   ]
     * })
     *
     * // Update zero or more TwoFactorUsers and only return the `id`
     * const twoFactorUserWithIdOnly = await prisma.twoFactorUser.updateManyAndReturn({
     *   select: { id: true },
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: [
     *     // ... provide data here
     *   ]
     * })
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     *
     */
    updateManyAndReturn<T extends TwoFactorUserUpdateManyAndReturnArgs>(args: Prisma.SelectSubset<T, TwoFactorUserUpdateManyAndReturnArgs<ExtArgs>>): Prisma.PrismaPromise<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "updateManyAndReturn", GlobalOmitOptions>>;
    /**
     * Create or update one TwoFactorUser.
     * @param {TwoFactorUserUpsertArgs} args - Arguments to update or create a TwoFactorUser.
     * @example
     * // Update or create a TwoFactorUser
     * const twoFactorUser = await prisma.twoFactorUser.upsert({
     *   create: {
     *     // ... data to create a TwoFactorUser
     *   },
     *   update: {
     *     // ... in case it already exists, update
     *   },
     *   where: {
     *     // ... the filter for the TwoFactorUser we want to update
     *   }
     * })
     */
    upsert<T extends TwoFactorUserUpsertArgs>(args: Prisma.SelectSubset<T, TwoFactorUserUpsertArgs<ExtArgs>>): Prisma.Prisma__TwoFactorUserClient<runtime.Types.Result.GetResult<Prisma.$TwoFactorUserPayload<ExtArgs>, T, "upsert", GlobalOmitOptions>, never, ExtArgs, GlobalOmitOptions>;
    /**
     * Count the number of TwoFactorUsers.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {TwoFactorUserCountArgs} args - Arguments to filter TwoFactorUsers to count.
     * @example
     * // Count the number of TwoFactorUsers
     * const count = await prisma.twoFactorUser.count({
     *   where: {
     *     // ... the filter for the TwoFactorUsers we want to count
     *   }
     * })
    **/
    count<T extends TwoFactorUserCountArgs>(args?: Prisma.Subset<T, TwoFactorUserCountArgs>): Prisma.PrismaPromise<T extends runtime.Types.Utils.Record<'select', any> ? T['select'] extends true ? number : Prisma.GetScalarType<T['select'], TwoFactorUserCountAggregateOutputType> : number>;
    /**
     * Allows you to perform aggregations operations on a TwoFactorUser.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {TwoFactorUserAggregateArgs} args - Select which aggregations you would like to apply and on what fields.
     * @example
     * // Ordered by age ascending
     * // Where email contains prisma.io
     * // Limited to the 10 users
     * const aggregations = await prisma.user.aggregate({
     *   _avg: {
     *     age: true,
     *   },
     *   where: {
     *     email: {
     *       contains: "prisma.io",
     *     },
     *   },
     *   orderBy: {
     *     age: "asc",
     *   },
     *   take: 10,
     * })
    **/
    aggregate<T extends TwoFactorUserAggregateArgs>(args: Prisma.Subset<T, TwoFactorUserAggregateArgs>): Prisma.PrismaPromise<GetTwoFactorUserAggregateType<T>>;
    /**
     * Group by TwoFactorUser.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {TwoFactorUserGroupByArgs} args - Group by arguments.
     * @example
     * // Group by city, order by createdAt, get count
     * const result = await prisma.user.groupBy({
     *   by: ['city', 'createdAt'],
     *   orderBy: {
     *     createdAt: true
     *   },
     *   _count: {
     *     _all: true
     *   },
     * })
     *
    **/
    groupBy<T extends TwoFactorUserGroupByArgs, HasSelectOrTake extends Prisma.Or<Prisma.Extends<'skip', Prisma.Keys<T>>, Prisma.Extends<'take', Prisma.Keys<T>>>, OrderByArg extends Prisma.True extends HasSelectOrTake ? {
        orderBy: TwoFactorUserGroupByArgs['orderBy'];
    } : {
        orderBy?: TwoFactorUserGroupByArgs['orderBy'];
    }, OrderFields extends Prisma.ExcludeUnderscoreKeys<Prisma.Keys<Prisma.MaybeTupleToUnion<T['orderBy']>>>, ByFields extends Prisma.MaybeTupleToUnion<T['by']>, ByValid extends Prisma.Has<ByFields, OrderFields>, HavingFields extends Prisma.GetHavingFields<T['having']>, HavingValid extends Prisma.Has<ByFields, HavingFields>, ByEmpty extends T['by'] extends never[] ? Prisma.True : Prisma.False, InputErrors extends ByEmpty extends Prisma.True ? `Error: "by" must not be empty.` : HavingValid extends Prisma.False ? {
        [P in HavingFields]: P extends ByFields ? never : P extends string ? `Error: Field "${P}" used in "having" needs to be provided in "by".` : [
            Error,
            'Field ',
            P,
            ` in "having" needs to be provided in "by"`
        ];
    }[HavingFields] : 'take' extends Prisma.Keys<T> ? 'orderBy' extends Prisma.Keys<T> ? ByValid extends Prisma.True ? {} : {
        [P in OrderFields]: P extends ByFields ? never : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`;
    }[OrderFields] : 'Error: If you provide "take", you also need to provide "orderBy"' : 'skip' extends Prisma.Keys<T> ? 'orderBy' extends Prisma.Keys<T> ? ByValid extends Prisma.True ? {} : {
        [P in OrderFields]: P extends ByFields ? never : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`;
    }[OrderFields] : 'Error: If you provide "skip", you also need to provide "orderBy"' : ByValid extends Prisma.True ? {} : {
        [P in OrderFields]: P extends ByFields ? never : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`;
    }[OrderFields]>(args: Prisma.SubsetIntersection<T, TwoFactorUserGroupByArgs, OrderByArg> & InputErrors): {} extends InputErrors ? GetTwoFactorUserGroupByPayload<T> : Prisma.PrismaPromise<InputErrors>;
    /**
     * Fields of the TwoFactorUser model
     */
    readonly fields: TwoFactorUserFieldRefs;
}
/**
 * The delegate class that acts as a "Promise-like" for TwoFactorUser.
 * Why is this prefixed with `Prisma__`?
 * Because we want to prevent naming conflicts as mentioned in
 * https://github.com/prisma/prisma-client-js/issues/707
 */
export interface Prisma__TwoFactorUserClient<T, Null = never, ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs, GlobalOmitOptions = {}> extends Prisma.PrismaPromise<T> {
    readonly [Symbol.toStringTag]: "PrismaPromise";
    TwoFactorCode<T extends Prisma.TwoFactorUser$TwoFactorCodeArgs<ExtArgs> = {}>(args?: Prisma.Subset<T, Prisma.TwoFactorUser$TwoFactorCodeArgs<ExtArgs>>): Prisma.PrismaPromise<runtime.Types.Result.GetResult<Prisma.$TwoFactorCodePayload<ExtArgs>, T, "findMany", GlobalOmitOptions> | Null>;
    /**
     * Attaches callbacks for the resolution and/or rejection of the Promise.
     * @param onfulfilled The callback to execute when the Promise is resolved.
     * @param onrejected The callback to execute when the Promise is rejected.
     * @returns A Promise for the completion of which ever callback is executed.
     */
    then<TResult1 = T, TResult2 = never>(onfulfilled?: ((value: T) => TResult1 | PromiseLike<TResult1>) | undefined | null, onrejected?: ((reason: any) => TResult2 | PromiseLike<TResult2>) | undefined | null): runtime.Types.Utils.JsPromise<TResult1 | TResult2>;
    /**
     * Attaches a callback for only the rejection of the Promise.
     * @param onrejected The callback to execute when the Promise is rejected.
     * @returns A Promise for the completion of the callback.
     */
    catch<TResult = never>(onrejected?: ((reason: any) => TResult | PromiseLike<TResult>) | undefined | null): runtime.Types.Utils.JsPromise<T | TResult>;
    /**
     * Attaches a callback that is invoked when the Promise is settled (fulfilled or rejected). The
     * resolved value cannot be modified from the callback.
     * @param onfinally The callback to execute when the Promise is settled (fulfilled or rejected).
     * @returns A Promise for the completion of the callback.
     */
    finally(onfinally?: (() => void) | undefined | null): runtime.Types.Utils.JsPromise<T>;
}
/**
 * Fields of the TwoFactorUser model
 */
export interface TwoFactorUserFieldRefs {
    readonly id: Prisma.FieldRef<"TwoFactorUser", 'String'>;
    readonly username: Prisma.FieldRef<"TwoFactorUser", 'String'>;
    readonly secret: Prisma.FieldRef<"TwoFactorUser", 'String'>;
    readonly externalTenantId: Prisma.FieldRef<"TwoFactorUser", 'String'>;
    readonly externalUserId: Prisma.FieldRef<"TwoFactorUser", 'String'>;
    readonly createdAt: Prisma.FieldRef<"TwoFactorUser", 'DateTime'>;
    readonly updatedAt: Prisma.FieldRef<"TwoFactorUser", 'DateTime'>;
}
/**
 * TwoFactorUser findUnique
 */
export type TwoFactorUserFindUniqueArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * Filter, which TwoFactorUser to fetch.
     */
    where: Prisma.TwoFactorUserWhereUniqueInput;
};
/**
 * TwoFactorUser findUniqueOrThrow
 */
export type TwoFactorUserFindUniqueOrThrowArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * Filter, which TwoFactorUser to fetch.
     */
    where: Prisma.TwoFactorUserWhereUniqueInput;
};
/**
 * TwoFactorUser findFirst
 */
export type TwoFactorUserFindFirstArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * Filter, which TwoFactorUser to fetch.
     */
    where?: Prisma.TwoFactorUserWhereInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     *
     * Determine the order of TwoFactorUsers to fetch.
     */
    orderBy?: Prisma.TwoFactorUserOrderByWithRelationInput | Prisma.TwoFactorUserOrderByWithRelationInput[];
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     *
     * Sets the position for searching for TwoFactorUsers.
     */
    cursor?: Prisma.TwoFactorUserWhereUniqueInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Take `±n` TwoFactorUsers from the position of the cursor.
     */
    take?: number;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Skip the first `n` TwoFactorUsers.
     */
    skip?: number;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     *
     * Filter by unique combinations of TwoFactorUsers.
     */
    distinct?: Prisma.TwoFactorUserScalarFieldEnum | Prisma.TwoFactorUserScalarFieldEnum[];
};
/**
 * TwoFactorUser findFirstOrThrow
 */
export type TwoFactorUserFindFirstOrThrowArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * Filter, which TwoFactorUser to fetch.
     */
    where?: Prisma.TwoFactorUserWhereInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     *
     * Determine the order of TwoFactorUsers to fetch.
     */
    orderBy?: Prisma.TwoFactorUserOrderByWithRelationInput | Prisma.TwoFactorUserOrderByWithRelationInput[];
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     *
     * Sets the position for searching for TwoFactorUsers.
     */
    cursor?: Prisma.TwoFactorUserWhereUniqueInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Take `±n` TwoFactorUsers from the position of the cursor.
     */
    take?: number;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Skip the first `n` TwoFactorUsers.
     */
    skip?: number;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     *
     * Filter by unique combinations of TwoFactorUsers.
     */
    distinct?: Prisma.TwoFactorUserScalarFieldEnum | Prisma.TwoFactorUserScalarFieldEnum[];
};
/**
 * TwoFactorUser findMany
 */
export type TwoFactorUserFindManyArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * Filter, which TwoFactorUsers to fetch.
     */
    where?: Prisma.TwoFactorUserWhereInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     *
     * Determine the order of TwoFactorUsers to fetch.
     */
    orderBy?: Prisma.TwoFactorUserOrderByWithRelationInput | Prisma.TwoFactorUserOrderByWithRelationInput[];
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     *
     * Sets the position for listing TwoFactorUsers.
     */
    cursor?: Prisma.TwoFactorUserWhereUniqueInput;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Take `±n` TwoFactorUsers from the position of the cursor.
     */
    take?: number;
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     *
     * Skip the first `n` TwoFactorUsers.
     */
    skip?: number;
    distinct?: Prisma.TwoFactorUserScalarFieldEnum | Prisma.TwoFactorUserScalarFieldEnum[];
};
/**
 * TwoFactorUser create
 */
export type TwoFactorUserCreateArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * The data needed to create a TwoFactorUser.
     */
    data: Prisma.XOR<Prisma.TwoFactorUserCreateInput, Prisma.TwoFactorUserUncheckedCreateInput>;
};
/**
 * TwoFactorUser createMany
 */
export type TwoFactorUserCreateManyArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * The data used to create many TwoFactorUsers.
     */
    data: Prisma.TwoFactorUserCreateManyInput | Prisma.TwoFactorUserCreateManyInput[];
    skipDuplicates?: boolean;
};
/**
 * TwoFactorUser createManyAndReturn
 */
export type TwoFactorUserCreateManyAndReturnArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelectCreateManyAndReturn<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * The data used to create many TwoFactorUsers.
     */
    data: Prisma.TwoFactorUserCreateManyInput | Prisma.TwoFactorUserCreateManyInput[];
    skipDuplicates?: boolean;
};
/**
 * TwoFactorUser update
 */
export type TwoFactorUserUpdateArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * The data needed to update a TwoFactorUser.
     */
    data: Prisma.XOR<Prisma.TwoFactorUserUpdateInput, Prisma.TwoFactorUserUncheckedUpdateInput>;
    /**
     * Choose, which TwoFactorUser to update.
     */
    where: Prisma.TwoFactorUserWhereUniqueInput;
};
/**
 * TwoFactorUser updateMany
 */
export type TwoFactorUserUpdateManyArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * The data used to update TwoFactorUsers.
     */
    data: Prisma.XOR<Prisma.TwoFactorUserUpdateManyMutationInput, Prisma.TwoFactorUserUncheckedUpdateManyInput>;
    /**
     * Filter which TwoFactorUsers to update
     */
    where?: Prisma.TwoFactorUserWhereInput;
    /**
     * Limit how many TwoFactorUsers to update.
     */
    limit?: number;
};
/**
 * TwoFactorUser updateManyAndReturn
 */
export type TwoFactorUserUpdateManyAndReturnArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelectUpdateManyAndReturn<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * The data used to update TwoFactorUsers.
     */
    data: Prisma.XOR<Prisma.TwoFactorUserUpdateManyMutationInput, Prisma.TwoFactorUserUncheckedUpdateManyInput>;
    /**
     * Filter which TwoFactorUsers to update
     */
    where?: Prisma.TwoFactorUserWhereInput;
    /**
     * Limit how many TwoFactorUsers to update.
     */
    limit?: number;
};
/**
 * TwoFactorUser upsert
 */
export type TwoFactorUserUpsertArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * The filter to search for the TwoFactorUser to update in case it exists.
     */
    where: Prisma.TwoFactorUserWhereUniqueInput;
    /**
     * In case the TwoFactorUser found by the `where` argument doesn't exist, create a new TwoFactorUser with this data.
     */
    create: Prisma.XOR<Prisma.TwoFactorUserCreateInput, Prisma.TwoFactorUserUncheckedCreateInput>;
    /**
     * In case the TwoFactorUser was found with the provided `where` argument, update it with this data.
     */
    update: Prisma.XOR<Prisma.TwoFactorUserUpdateInput, Prisma.TwoFactorUserUncheckedUpdateInput>;
};
/**
 * TwoFactorUser delete
 */
export type TwoFactorUserDeleteArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
    /**
     * Filter which TwoFactorUser to delete.
     */
    where: Prisma.TwoFactorUserWhereUniqueInput;
};
/**
 * TwoFactorUser deleteMany
 */
export type TwoFactorUserDeleteManyArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Filter which TwoFactorUsers to delete
     */
    where?: Prisma.TwoFactorUserWhereInput;
    /**
     * Limit how many TwoFactorUsers to delete.
     */
    limit?: number;
};
/**
 * TwoFactorUser.TwoFactorCode
 */
export type TwoFactorUser$TwoFactorCodeArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorCode
     */
    select?: Prisma.TwoFactorCodeSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorCode
     */
    omit?: Prisma.TwoFactorCodeOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorCodeInclude<ExtArgs> | null;
    where?: Prisma.TwoFactorCodeWhereInput;
    orderBy?: Prisma.TwoFactorCodeOrderByWithRelationInput | Prisma.TwoFactorCodeOrderByWithRelationInput[];
    cursor?: Prisma.TwoFactorCodeWhereUniqueInput;
    take?: number;
    skip?: number;
    distinct?: Prisma.TwoFactorCodeScalarFieldEnum | Prisma.TwoFactorCodeScalarFieldEnum[];
};
/**
 * TwoFactorUser without action
 */
export type TwoFactorUserDefaultArgs<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs> = {
    /**
     * Select specific fields to fetch from the TwoFactorUser
     */
    select?: Prisma.TwoFactorUserSelect<ExtArgs> | null;
    /**
     * Omit specific fields from the TwoFactorUser
     */
    omit?: Prisma.TwoFactorUserOmit<ExtArgs> | null;
    /**
     * Choose, which related nodes to fetch as well
     */
    include?: Prisma.TwoFactorUserInclude<ExtArgs> | null;
};
export {};