/**
 * Client
**/

import * as runtime from '@prisma/client/runtime/index';
declare const prisma: unique symbol
export type PrismaPromise<A> = Promise<A> & {[prisma]: true}
type UnwrapPromise<P extends any> = P extends Promise<infer R> ? R : P
type UnwrapTuple<Tuple extends readonly unknown[]> = {
  [K in keyof Tuple]: K extends `${number}` ? Tuple[K] extends PrismaPromise<infer X> ? X : UnwrapPromise<Tuple[K]> : UnwrapPromise<Tuple[K]>
};


/**
 * Model User
 * 
 */
export type User = {
  id: string
  email: string
  username: string
  passwordhash: string
  serverId: string | null
}

/**
 * Model Server
 * 
 */
export type Server = {
  id: string
  name: string
}

/**
 * Model Room
 * 
 */
export type Room = {
  id: string
  name: string
}

/**
 * Model Message
 * 
 */
export type Message = {
  id: string
  body: string
  userId: string
}

/**
 * Model Session
 * 
 */
export type Session = {
  id: string
  token: string
  userId: string
}

/**
 * Model ExpiredSession
 * 
 */
export type ExpiredSession = {
  id: string
  token: string
}


/**
 * ##  Prisma Client ʲˢ
 * 
 * Type-safe database client for TypeScript & Node.js
 * @example
 * ```
 * const prisma = new PrismaClient()
 * // Fetch zero or more Users
 * const users = await prisma.user.findMany()
 * ```
 *
 * 
 * Read more in our [docs](https://www.prisma.io/docs/reference/tools-and-interfaces/prisma-client).
 */
export class PrismaClient<
  T extends Prisma.PrismaClientOptions = Prisma.PrismaClientOptions,
  U = 'log' extends keyof T ? T['log'] extends Array<Prisma.LogLevel | Prisma.LogDefinition> ? Prisma.GetEvents<T['log']> : never : never,
  GlobalReject extends Prisma.RejectOnNotFound | Prisma.RejectPerOperation | false | undefined = 'rejectOnNotFound' extends keyof T
    ? T['rejectOnNotFound']
    : false
      > {
    /**
   * ##  Prisma Client ʲˢ
   * 
   * Type-safe database client for TypeScript & Node.js
   * @example
   * ```
   * const prisma = new PrismaClient()
   * // Fetch zero or more Users
   * const users = await prisma.user.findMany()
   * ```
   *
   * 
   * Read more in our [docs](https://www.prisma.io/docs/reference/tools-and-interfaces/prisma-client).
   */

  constructor(optionsArg ?: Prisma.Subset<T, Prisma.PrismaClientOptions>);
  $on<V extends (U | 'beforeExit')>(eventType: V, callback: (event: V extends 'query' ? Prisma.QueryEvent : V extends 'beforeExit' ? () => Promise<void> : Prisma.LogEvent) => void): void;

  /**
   * Connect with the database
   */
  $connect(): Promise<void>;

  /**
   * Disconnect from the database
   */
  $disconnect(): Promise<void>;

  /**
   * Add a middleware
   */
  $use(cb: Prisma.Middleware): void

/**
   * Executes a prepared raw query and returns the number of affected rows.
   * @example
   * ```
   * const result = await prisma.$executeRaw`UPDATE User SET cool = ${true} WHERE email = ${'user@email.com'};`
   * ```
   * 
   * Read more in our [docs](https://www.prisma.io/docs/reference/tools-and-interfaces/prisma-client/raw-database-access).
   */
  $executeRaw<T = unknown>(query: TemplateStringsArray | Prisma.Sql, ...values: any[]): PrismaPromise<number>;

  /**
   * Executes a raw query and returns the number of affected rows.
   * Susceptible to SQL injections, see documentation.
   * @example
   * ```
   * const result = await prisma.$executeRawUnsafe('UPDATE User SET cool = $1 WHERE email = $2 ;', true, 'user@email.com')
   * ```
   * 
   * Read more in our [docs](https://www.prisma.io/docs/reference/tools-and-interfaces/prisma-client/raw-database-access).
   */
  $executeRawUnsafe<T = unknown>(query: string, ...values: any[]): PrismaPromise<number>;

  /**
   * Performs a prepared raw query and returns the `SELECT` data.
   * @example
   * ```
   * const result = await prisma.$queryRaw`SELECT * FROM User WHERE id = ${1} OR email = ${'user@email.com'};`
   * ```
   * 
   * Read more in our [docs](https://www.prisma.io/docs/reference/tools-and-interfaces/prisma-client/raw-database-access).
   */
  $queryRaw<T = unknown>(query: TemplateStringsArray | Prisma.Sql, ...values: any[]): PrismaPromise<T>;

  /**
   * Performs a raw query and returns the `SELECT` data.
   * Susceptible to SQL injections, see documentation.
   * @example
   * ```
   * const result = await prisma.$queryRawUnsafe('SELECT * FROM User WHERE id = $1 OR email = $2;', 1, 'user@email.com')
   * ```
   * 
   * Read more in our [docs](https://www.prisma.io/docs/reference/tools-and-interfaces/prisma-client/raw-database-access).
   */
  $queryRawUnsafe<T = unknown>(query: string, ...values: any[]): PrismaPromise<T>;

  /**
   * Allows the running of a sequence of read/write operations that are guaranteed to either succeed or fail as a whole.
   * @example
   * ```
   * const [george, bob, alice] = await prisma.$transaction([
   *   prisma.user.create({ data: { name: 'George' } }),
   *   prisma.user.create({ data: { name: 'Bob' } }),
   *   prisma.user.create({ data: { name: 'Alice' } }),
   * ])
   * ```
   * 
   * Read more in our [docs](https://www.prisma.io/docs/concepts/components/prisma-client/transactions).
   */
  $transaction<P extends PrismaPromise<any>[]>(arg: [...P], options?: { isolationLevel?: Prisma.TransactionIsolationLevel }): Promise<UnwrapTuple<P>>;

  $transaction<R>(fn: (prisma: Prisma.TransactionClient) => Promise<R>, options?: {maxWait?: number, timeout?: number, isolationLevel?: Prisma.TransactionIsolationLevel}): Promise<R>;

      /**
   * `prisma.user`: Exposes CRUD operations for the **User** model.
    * Example usage:
    * ```ts
    * // Fetch zero or more Users
    * const users = await prisma.user.findMany()
    * ```
    */
  get user(): Prisma.UserDelegate<GlobalReject>;

  /**
   * `prisma.server`: Exposes CRUD operations for the **Server** model.
    * Example usage:
    * ```ts
    * // Fetch zero or more Servers
    * const servers = await prisma.server.findMany()
    * ```
    */
  get server(): Prisma.ServerDelegate<GlobalReject>;

  /**
   * `prisma.room`: Exposes CRUD operations for the **Room** model.
    * Example usage:
    * ```ts
    * // Fetch zero or more Rooms
    * const rooms = await prisma.room.findMany()
    * ```
    */
  get room(): Prisma.RoomDelegate<GlobalReject>;

  /**
   * `prisma.message`: Exposes CRUD operations for the **Message** model.
    * Example usage:
    * ```ts
    * // Fetch zero or more Messages
    * const messages = await prisma.message.findMany()
    * ```
    */
  get message(): Prisma.MessageDelegate<GlobalReject>;

  /**
   * `prisma.session`: Exposes CRUD operations for the **Session** model.
    * Example usage:
    * ```ts
    * // Fetch zero or more Sessions
    * const sessions = await prisma.session.findMany()
    * ```
    */
  get session(): Prisma.SessionDelegate<GlobalReject>;

  /**
   * `prisma.expiredSession`: Exposes CRUD operations for the **ExpiredSession** model.
    * Example usage:
    * ```ts
    * // Fetch zero or more ExpiredSessions
    * const expiredSessions = await prisma.expiredSession.findMany()
    * ```
    */
  get expiredSession(): Prisma.ExpiredSessionDelegate<GlobalReject>;
}

export namespace Prisma {
  export import DMMF = runtime.DMMF

  /**
   * Prisma Errors
   */
  export import PrismaClientKnownRequestError = runtime.PrismaClientKnownRequestError
  export import PrismaClientUnknownRequestError = runtime.PrismaClientUnknownRequestError
  export import PrismaClientRustPanicError = runtime.PrismaClientRustPanicError
  export import PrismaClientInitializationError = runtime.PrismaClientInitializationError
  export import PrismaClientValidationError = runtime.PrismaClientValidationError
  export import NotFoundError = runtime.NotFoundError

  /**
   * Re-export of sql-template-tag
   */
  export import sql = runtime.sqltag
  export import empty = runtime.empty
  export import join = runtime.join
  export import raw = runtime.raw
  export import Sql = runtime.Sql

  /**
   * Decimal.js
   */
  export import Decimal = runtime.Decimal

  export type DecimalJsLike = runtime.DecimalJsLike

  /**
   * Metrics 
   */
  export type Metrics = runtime.Metrics
  export type Metric<T> = runtime.Metric<T>
  export type MetricHistogram = runtime.MetricHistogram
  export type MetricHistogramBucket = runtime.MetricHistogramBucket


  /**
   * Prisma Client JS version: 4.8.0
   * Query Engine version: d6e67a83f971b175a593ccc12e15c4a757f93ffe
   */
  export type PrismaVersion = {
    client: string
  }

  export const prismaVersion: PrismaVersion 

  /**
   * Utility Types
   */

  /**
   * From https://github.com/sindresorhus/type-fest/
   * Matches a JSON object.
   * This type can be useful to enforce some input to be JSON-compatible or as a super-type to be extended from. 
   */
  export type JsonObject = {[Key in string]?: JsonValue}

  /**
   * From https://github.com/sindresorhus/type-fest/
   * Matches a JSON array.
   */
  export interface JsonArray extends Array<JsonValue> {}

  /**
   * From https://github.com/sindresorhus/type-fest/
   * Matches any valid JSON value.
   */
  export type JsonValue = string | number | boolean | JsonObject | JsonArray | null

  /**
   * Matches a JSON object.
   * Unlike `JsonObject`, this type allows undefined and read-only properties.
   */
  export type InputJsonObject = {readonly [Key in string]?: InputJsonValue | null}

  /**
   * Matches a JSON array.
   * Unlike `JsonArray`, readonly arrays are assignable to this type.
   */
  export interface InputJsonArray extends ReadonlyArray<InputJsonValue | null> {}

  /**
   * Matches any valid value that can be used as an input for operations like
   * create and update as the value of a JSON field. Unlike `JsonValue`, this
   * type allows read-only arrays and read-only object properties and disallows
   * `null` at the top level.
   *
   * `null` cannot be used as the value of a JSON field because its meaning
   * would be ambiguous. Use `Prisma.JsonNull` to store the JSON null value or
   * `Prisma.DbNull` to clear the JSON value and set the field to the database
   * NULL value instead.
   *
   * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-by-null-values
   */
  export type InputJsonValue = string | number | boolean | InputJsonObject | InputJsonArray

  /**
   * Types of the values used to represent different kinds of `null` values when working with JSON fields.
   * 
   * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-on-a-json-field
   */
  namespace NullTypes {
    /**
    * Type of `Prisma.DbNull`.
    * 
    * You cannot use other instances of this class. Please use the `Prisma.DbNull` value.
    * 
    * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-on-a-json-field
    */
    class DbNull {
      private DbNull: never
      private constructor()
    }

    /**
    * Type of `Prisma.JsonNull`.
    * 
    * You cannot use other instances of this class. Please use the `Prisma.JsonNull` value.
    * 
    * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-on-a-json-field
    */
    class JsonNull {
      private JsonNull: never
      private constructor()
    }

    /**
    * Type of `Prisma.AnyNull`.
    * 
    * You cannot use other instances of this class. Please use the `Prisma.AnyNull` value.
    * 
    * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-on-a-json-field
    */
    class AnyNull {
      private AnyNull: never
      private constructor()
    }
  }

  /**
   * Helper for filtering JSON entries that have `null` on the database (empty on the db)
   * 
   * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-on-a-json-field
   */
  export const DbNull: NullTypes.DbNull

  /**
   * Helper for filtering JSON entries that have JSON `null` values (not empty on the db)
   * 
   * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-on-a-json-field
   */
  export const JsonNull: NullTypes.JsonNull

  /**
   * Helper for filtering JSON entries that are `Prisma.DbNull` or `Prisma.JsonNull`
   * 
   * @see https://www.prisma.io/docs/concepts/components/prisma-client/working-with-fields/working-with-json-fields#filtering-on-a-json-field
   */
  export const AnyNull: NullTypes.AnyNull

  type SelectAndInclude = {
    select: any
    include: any
  }
  type HasSelect = {
    select: any
  }
  type HasInclude = {
    include: any
  }
  type CheckSelect<T, S, U> = T extends SelectAndInclude
    ? 'Please either choose `select` or `include`'
    : T extends HasSelect
    ? U
    : T extends HasInclude
    ? U
    : S

  /**
   * Get the type of the value, that the Promise holds.
   */
  export type PromiseType<T extends PromiseLike<any>> = T extends PromiseLike<infer U> ? U : T;

  /**
   * Get the return type of a function which returns a Promise.
   */
  export type PromiseReturnType<T extends (...args: any) => Promise<any>> = PromiseType<ReturnType<T>>

  /**
   * From T, pick a set of properties whose keys are in the union K
   */
  type Prisma__Pick<T, K extends keyof T> = {
      [P in K]: T[P];
  };


  export type Enumerable<T> = T | Array<T>;

  export type RequiredKeys<T> = {
    [K in keyof T]-?: {} extends Prisma__Pick<T, K> ? never : K
  }[keyof T]

  export type TruthyKeys<T> = keyof {
    [K in keyof T as T[K] extends false | undefined | null ? never : K]: K
  }

  export type TrueKeys<T> = TruthyKeys<Prisma__Pick<T, RequiredKeys<T>>>

  /**
   * Subset
   * @desc From `T` pick properties that exist in `U`. Simple version of Intersection
   */
  export type Subset<T, U> = {
    [key in keyof T]: key extends keyof U ? T[key] : never;
  };

  /**
   * SelectSubset
   * @desc From `T` pick properties that exist in `U`. Simple version of Intersection.
   * Additionally, it validates, if both select and include are present. If the case, it errors.
   */
  export type SelectSubset<T, U> = {
    [key in keyof T]: key extends keyof U ? T[key] : never
  } &
    (T extends SelectAndInclude
      ? 'Please either choose `select` or `include`.'
      : {})

  /**
   * Subset + Intersection
   * @desc From `T` pick properties that exist in `U` and intersect `K`
   */
  export type SubsetIntersection<T, U, K> = {
    [key in keyof T]: key extends keyof U ? T[key] : never
  } &
    K

  type Without<T, U> = { [P in Exclude<keyof T, keyof U>]?: never };

  /**
   * XOR is needed to have a real mutually exclusive union type
   * https://stackoverflow.com/questions/42123407/does-typescript-support-mutually-exclusive-types
   */
  type XOR<T, U> =
    T extends object ?
    U extends object ?
      (Without<T, U> & U) | (Without<U, T> & T)
    : U : T


  /**
   * Is T a Record?
   */
  type IsObject<T extends any> = T extends Array<any>
  ? False
  : T extends Date
  ? False
  : T extends Uint8Array
  ? False
  : T extends BigInt
  ? False
  : T extends object
  ? True
  : False


  /**
   * If it's T[], return T
   */
  export type UnEnumerate<T extends unknown> = T extends Array<infer U> ? U : T

  /**
   * From ts-toolbelt
   */

  type __Either<O extends object, K extends Key> = Omit<O, K> &
    {
      // Merge all but K
      [P in K]: Prisma__Pick<O, P & keyof O> // With K possibilities
    }[K]

  type EitherStrict<O extends object, K extends Key> = Strict<__Either<O, K>>

  type EitherLoose<O extends object, K extends Key> = ComputeRaw<__Either<O, K>>

  type _Either<
    O extends object,
    K extends Key,
    strict extends Boolean
  > = {
    1: EitherStrict<O, K>
    0: EitherLoose<O, K>
  }[strict]

  type Either<
    O extends object,
    K extends Key,
    strict extends Boolean = 1
  > = O extends unknown ? _Either<O, K, strict> : never

  export type Union = any

  type PatchUndefined<O extends object, O1 extends object> = {
    [K in keyof O]: O[K] extends undefined ? At<O1, K> : O[K]
  } & {}

  /** Helper Types for "Merge" **/
  export type IntersectOf<U extends Union> = (
    U extends unknown ? (k: U) => void : never
  ) extends (k: infer I) => void
    ? I
    : never

  export type Overwrite<O extends object, O1 extends object> = {
      [K in keyof O]: K extends keyof O1 ? O1[K] : O[K];
  } & {};

  type _Merge<U extends object> = IntersectOf<Overwrite<U, {
      [K in keyof U]-?: At<U, K>;
  }>>;

  type Key = string | number | symbol;
  type AtBasic<O extends object, K extends Key> = K extends keyof O ? O[K] : never;
  type AtStrict<O extends object, K extends Key> = O[K & keyof O];
  type AtLoose<O extends object, K extends Key> = O extends unknown ? AtStrict<O, K> : never;
  export type At<O extends object, K extends Key, strict extends Boolean = 1> = {
      1: AtStrict<O, K>;
      0: AtLoose<O, K>;
  }[strict];

  export type ComputeRaw<A extends any> = A extends Function ? A : {
    [K in keyof A]: A[K];
  } & {};

  export type OptionalFlat<O> = {
    [K in keyof O]?: O[K];
  } & {};

  type _Record<K extends keyof any, T> = {
    [P in K]: T;
  };

  // cause typescript not to expand types and preserve names
  type NoExpand<T> = T extends unknown ? T : never;

  // this type assumes the passed object is entirely optional
  type AtLeast<O extends object, K extends string> = NoExpand<
    O extends unknown
    ? | (K extends keyof O ? { [P in K]: O[P] } & O : O)
      | {[P in keyof O as P extends K ? K : never]-?: O[P]} & O
    : never>;

  type _Strict<U, _U = U> = U extends unknown ? U & OptionalFlat<_Record<Exclude<Keys<_U>, keyof U>, never>> : never;

  export type Strict<U extends object> = ComputeRaw<_Strict<U>>;
  /** End Helper Types for "Merge" **/

  export type Merge<U extends object> = ComputeRaw<_Merge<Strict<U>>>;

  /**
  A [[Boolean]]
  */
  export type Boolean = True | False

  // /**
  // 1
  // */
  export type True = 1

  /**
  0
  */
  export type False = 0

  export type Not<B extends Boolean> = {
    0: 1
    1: 0
  }[B]

  export type Extends<A1 extends any, A2 extends any> = [A1] extends [never]
    ? 0 // anything `never` is false
    : A1 extends A2
    ? 1
    : 0

  export type Has<U extends Union, U1 extends Union> = Not<
    Extends<Exclude<U1, U>, U1>
  >

  export type Or<B1 extends Boolean, B2 extends Boolean> = {
    0: {
      0: 0
      1: 1
    }
    1: {
      0: 1
      1: 1
    }
  }[B1][B2]

  export type Keys<U extends Union> = U extends unknown ? keyof U : never

  type Exact<A, W = unknown> = 
  W extends unknown ? A extends Narrowable ? Cast<A, W> : Cast<
  {[K in keyof A]: K extends keyof W ? Exact<A[K], W[K]> : never},
  {[K in keyof W]: K extends keyof A ? Exact<A[K], W[K]> : W[K]}>
  : never;

  type Narrowable = string | number | boolean | bigint;

  type Cast<A, B> = A extends B ? A : B;

  export const type: unique symbol;

  export function validator<V>(): <S>(select: Exact<S, V>) => S;

  /**
   * Used by group by
   */

  export type GetScalarType<T, O> = O extends object ? {
    [P in keyof T]: P extends keyof O
      ? O[P]
      : never
  } : never

  type FieldPaths<
    T,
    U = Omit<T, '_avg' | '_sum' | '_count' | '_min' | '_max'>
  > = IsObject<T> extends True ? U : T

  type GetHavingFields<T> = {
    [K in keyof T]: Or<
      Or<Extends<'OR', K>, Extends<'AND', K>>,
      Extends<'NOT', K>
    > extends True
      ? // infer is only needed to not hit TS limit
        // based on the brilliant idea of Pierre-Antoine Mills
        // https://github.com/microsoft/TypeScript/issues/30188#issuecomment-478938437
        T[K] extends infer TK
        ? GetHavingFields<UnEnumerate<TK> extends object ? Merge<UnEnumerate<TK>> : never>
        : never
      : {} extends FieldPaths<T[K]>
      ? never
      : K
  }[keyof T]

  /**
   * Convert tuple to union
   */
  type _TupleToUnion<T> = T extends (infer E)[] ? E : never
  type TupleToUnion<K extends readonly any[]> = _TupleToUnion<K>
  type MaybeTupleToUnion<T> = T extends any[] ? TupleToUnion<T> : T

  /**
   * Like `Pick`, but with an array
   */
  type PickArray<T, K extends Array<keyof T>> = Prisma__Pick<T, TupleToUnion<K>>

  /**
   * Exclude all keys with underscores
   */
  type ExcludeUnderscoreKeys<T extends string> = T extends `_${string}` ? never : T


  export type FieldRef<Model, FieldType> = runtime.FieldRef<Model, FieldType>

  type FieldRefInputType<Model, FieldType> = Model extends never ? never : FieldRef<Model, FieldType>

  class PrismaClientFetcher {
    private readonly prisma;
    private readonly debug;
    private readonly hooks?;
    constructor(prisma: PrismaClient<any, any>, debug?: boolean, hooks?: Hooks | undefined);
    request<T>(document: any, dataPath?: string[], rootField?: string, typeName?: string, isList?: boolean, callsite?: string): Promise<T>;
    sanitizeMessage(message: string): string;
    protected unpack(document: any, data: any, path: string[], rootField?: string, isList?: boolean): any;
  }

  export const ModelName: {
    User: 'User',
    Server: 'Server',
    Room: 'Room',
    Message: 'Message',
    Session: 'Session',
    ExpiredSession: 'ExpiredSession'
  };

  export type ModelName = (typeof ModelName)[keyof typeof ModelName]


  export type Datasources = {
    db?: Datasource
  }

  export type DefaultPrismaClient = PrismaClient
  export type RejectOnNotFound = boolean | ((error: Error) => Error)
  export type RejectPerModel = { [P in ModelName]?: RejectOnNotFound }
  export type RejectPerOperation =  { [P in "findUnique" | "findFirst"]?: RejectPerModel | RejectOnNotFound } 
  type IsReject<T> = T extends true ? True : T extends (err: Error) => Error ? True : False
  export type HasReject<
    GlobalRejectSettings extends Prisma.PrismaClientOptions['rejectOnNotFound'],
    LocalRejectSettings,
    Action extends PrismaAction,
    Model extends ModelName
  > = LocalRejectSettings extends RejectOnNotFound
    ? IsReject<LocalRejectSettings>
    : GlobalRejectSettings extends RejectPerOperation
    ? Action extends keyof GlobalRejectSettings
      ? GlobalRejectSettings[Action] extends RejectOnNotFound
        ? IsReject<GlobalRejectSettings[Action]>
        : GlobalRejectSettings[Action] extends RejectPerModel
        ? Model extends keyof GlobalRejectSettings[Action]
          ? IsReject<GlobalRejectSettings[Action][Model]>
          : False
        : False
      : False
    : IsReject<GlobalRejectSettings>
  export type ErrorFormat = 'pretty' | 'colorless' | 'minimal'

  export interface PrismaClientOptions {
    /**
     * Configure findUnique/findFirst to throw an error if the query returns null. 
     * @deprecated since 4.0.0. Use `findUniqueOrThrow`/`findFirstOrThrow` methods instead.
     * @example
     * ```
     * // Reject on both findUnique/findFirst
     * rejectOnNotFound: true
     * // Reject only on findFirst with a custom error
     * rejectOnNotFound: { findFirst: (err) => new Error("Custom Error")}
     * // Reject on user.findUnique with a custom error
     * rejectOnNotFound: { findUnique: {User: (err) => new Error("User not found")}}
     * ```
     */
    rejectOnNotFound?: RejectOnNotFound | RejectPerOperation
    /**
     * Overwrites the datasource url from your schema.prisma file
     */
    datasources?: Datasources

    /**
     * @default "colorless"
     */
    errorFormat?: ErrorFormat

    /**
     * @example
     * ```
     * // Defaults to stdout
     * log: ['query', 'info', 'warn', 'error']
     * 
     * // Emit as events
     * log: [
     *  { emit: 'stdout', level: 'query' },
     *  { emit: 'stdout', level: 'info' },
     *  { emit: 'stdout', level: 'warn' }
     *  { emit: 'stdout', level: 'error' }
     * ]
     * ```
     * Read more in our [docs](https://www.prisma.io/docs/reference/tools-and-interfaces/prisma-client/logging#the-log-option).
     */
    log?: Array<LogLevel | LogDefinition>
  }

  export type Hooks = {
    beforeRequest?: (options: { query: string, path: string[], rootField?: string, typeName?: string, document: any }) => any
  }

  /* Types for Logging */
  export type LogLevel = 'info' | 'query' | 'warn' | 'error'
  export type LogDefinition = {
    level: LogLevel
    emit: 'stdout' | 'event'
  }

  export type GetLogType<T extends LogLevel | LogDefinition> = T extends LogDefinition ? T['emit'] extends 'event' ? T['level'] : never : never
  export type GetEvents<T extends any> = T extends Array<LogLevel | LogDefinition> ?
    GetLogType<T[0]> | GetLogType<T[1]> | GetLogType<T[2]> | GetLogType<T[3]>
    : never

  export type QueryEvent = {
    timestamp: Date
    query: string
    params: string
    duration: number
    target: string
  }

  export type LogEvent = {
    timestamp: Date
    message: string
    target: string
  }
  /* End Types for Logging */


  export type PrismaAction =
    | 'findUnique'
    | 'findMany'
    | 'findFirst'
    | 'create'
    | 'createMany'
    | 'update'
    | 'updateMany'
    | 'upsert'
    | 'delete'
    | 'deleteMany'
    | 'executeRaw'
    | 'queryRaw'
    | 'aggregate'
    | 'count'
    | 'runCommandRaw'
    | 'findRaw'

  /**
   * These options are being passed into the middleware as "params"
   */
  export type MiddlewareParams = {
    model?: ModelName
    action: PrismaAction
    args: any
    dataPath: string[]
    runInTransaction: boolean
  }

  /**
   * The `T` type makes sure, that the `return proceed` is not forgotten in the middleware implementation
   */
  export type Middleware<T = any> = (
    params: MiddlewareParams,
    next: (params: MiddlewareParams) => Promise<T>,
  ) => Promise<T>

  // tested in getLogLevel.test.ts
  export function getLogLevel(log: Array<LogLevel | LogDefinition>): LogLevel | undefined;

  /**
   * `PrismaClient` proxy available in interactive transactions.
   */
  export type TransactionClient = Omit<Prisma.DefaultPrismaClient, '$connect' | '$disconnect' | '$on' | '$transaction' | '$use'>

  export type Datasource = {
    url?: string
  }

  /**
   * Count Types
   */


  /**
   * Count Type UserCountOutputType
   */


  export type UserCountOutputType = {
    Server: number
    Messages: number
    Session: number
  }

  export type UserCountOutputTypeSelect = {
    Server?: boolean
    Messages?: boolean
    Session?: boolean
  }

  export type UserCountOutputTypeGetPayload<S extends boolean | null | undefined | UserCountOutputTypeArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? UserCountOutputType :
    S extends undefined ? never :
    S extends { include: any } & (UserCountOutputTypeArgs)
    ? UserCountOutputType 
    : S extends { select: any } & (UserCountOutputTypeArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
    P extends keyof UserCountOutputType ? UserCountOutputType[P] : never
  } 
      : UserCountOutputType




  // Custom InputTypes

  /**
   * UserCountOutputType without action
   */
  export type UserCountOutputTypeArgs = {
    /**
     * Select specific fields to fetch from the UserCountOutputType
     * 
    **/
    select?: UserCountOutputTypeSelect | null
  }



  /**
   * Count Type ServerCountOutputType
   */


  export type ServerCountOutputType = {
    participants: number
  }

  export type ServerCountOutputTypeSelect = {
    participants?: boolean
  }

  export type ServerCountOutputTypeGetPayload<S extends boolean | null | undefined | ServerCountOutputTypeArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? ServerCountOutputType :
    S extends undefined ? never :
    S extends { include: any } & (ServerCountOutputTypeArgs)
    ? ServerCountOutputType 
    : S extends { select: any } & (ServerCountOutputTypeArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
    P extends keyof ServerCountOutputType ? ServerCountOutputType[P] : never
  } 
      : ServerCountOutputType




  // Custom InputTypes

  /**
   * ServerCountOutputType without action
   */
  export type ServerCountOutputTypeArgs = {
    /**
     * Select specific fields to fetch from the ServerCountOutputType
     * 
    **/
    select?: ServerCountOutputTypeSelect | null
  }



  /**
   * Models
   */

  /**
   * Model User
   */


  export type AggregateUser = {
    _count: UserCountAggregateOutputType | null
    _min: UserMinAggregateOutputType | null
    _max: UserMaxAggregateOutputType | null
  }

  export type UserMinAggregateOutputType = {
    id: string | null
    email: string | null
    username: string | null
    passwordhash: string | null
    serverId: string | null
  }

  export type UserMaxAggregateOutputType = {
    id: string | null
    email: string | null
    username: string | null
    passwordhash: string | null
    serverId: string | null
  }

  export type UserCountAggregateOutputType = {
    id: number
    email: number
    username: number
    passwordhash: number
    serverId: number
    _all: number
  }


  export type UserMinAggregateInputType = {
    id?: true
    email?: true
    username?: true
    passwordhash?: true
    serverId?: true
  }

  export type UserMaxAggregateInputType = {
    id?: true
    email?: true
    username?: true
    passwordhash?: true
    serverId?: true
  }

  export type UserCountAggregateInputType = {
    id?: true
    email?: true
    username?: true
    passwordhash?: true
    serverId?: true
    _all?: true
  }

  export type UserAggregateArgs = {
    /**
     * Filter which User to aggregate.
     * 
    **/
    where?: UserWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Users to fetch.
     * 
    **/
    orderBy?: Enumerable<UserOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the start position
     * 
    **/
    cursor?: UserWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Users 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` Users.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Count returned Users
    **/
    _count?: true | UserCountAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the minimum value
    **/
    _min?: UserMinAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the maximum value
    **/
    _max?: UserMaxAggregateInputType
  }

  export type GetUserAggregateType<T extends UserAggregateArgs> = {
        [P in keyof T & keyof AggregateUser]: P extends '_count' | 'count'
      ? T[P] extends true
        ? number
        : GetScalarType<T[P], AggregateUser[P]>
      : GetScalarType<T[P], AggregateUser[P]>
  }




  export type UserGroupByArgs = {
    where?: UserWhereInput
    orderBy?: Enumerable<UserOrderByWithAggregationInput>
    by: Array<UserScalarFieldEnum>
    having?: UserScalarWhereWithAggregatesInput
    take?: number
    skip?: number
    _count?: UserCountAggregateInputType | true
    _min?: UserMinAggregateInputType
    _max?: UserMaxAggregateInputType
  }


  export type UserGroupByOutputType = {
    id: string
    email: string
    username: string
    passwordhash: string
    serverId: string | null
    _count: UserCountAggregateOutputType | null
    _min: UserMinAggregateOutputType | null
    _max: UserMaxAggregateOutputType | null
  }

  type GetUserGroupByPayload<T extends UserGroupByArgs> = PrismaPromise<
    Array<
      PickArray<UserGroupByOutputType, T['by']> &
        {
          [P in ((keyof T) & (keyof UserGroupByOutputType))]: P extends '_count'
            ? T[P] extends boolean
              ? number
              : GetScalarType<T[P], UserGroupByOutputType[P]>
            : GetScalarType<T[P], UserGroupByOutputType[P]>
        }
      >
    >


  export type UserSelect = {
    id?: boolean
    email?: boolean
    username?: boolean
    passwordhash?: boolean
    Server?: boolean | UserServerArgs
    serverId?: boolean
    Messages?: boolean | UserMessagesArgs
    Session?: boolean | UserSessionArgs
    _count?: boolean | UserCountOutputTypeArgs
  }


  export type UserInclude = {
    Server?: boolean | UserServerArgs
    Messages?: boolean | UserMessagesArgs
    Session?: boolean | UserSessionArgs
    _count?: boolean | UserCountOutputTypeArgs
  } 

  export type UserGetPayload<S extends boolean | null | undefined | UserArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? User :
    S extends undefined ? never :
    S extends { include: any } & (UserArgs | UserFindManyArgs)
    ? User  & {
    [P in TruthyKeys<S['include']>]:
        P extends 'Server' ? Array < ServerGetPayload<S['include'][P]>>  :
        P extends 'Messages' ? Array < MessageGetPayload<S['include'][P]>>  :
        P extends 'Session' ? Array < SessionGetPayload<S['include'][P]>>  :
        P extends '_count' ? UserCountOutputTypeGetPayload<S['include'][P]> :  never
  } 
    : S extends { select: any } & (UserArgs | UserFindManyArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
        P extends 'Server' ? Array < ServerGetPayload<S['select'][P]>>  :
        P extends 'Messages' ? Array < MessageGetPayload<S['select'][P]>>  :
        P extends 'Session' ? Array < SessionGetPayload<S['select'][P]>>  :
        P extends '_count' ? UserCountOutputTypeGetPayload<S['select'][P]> :  P extends keyof User ? User[P] : never
  } 
      : User


  type UserCountArgs = Merge<
    Omit<UserFindManyArgs, 'select' | 'include'> & {
      select?: UserCountAggregateInputType | true
    }
  >

  export interface UserDelegate<GlobalRejectSettings extends Prisma.RejectOnNotFound | Prisma.RejectPerOperation | false | undefined> {
    /**
     * Find zero or one User that matches the filter.
     * @param {UserFindUniqueArgs} args - Arguments to find a User
     * @example
     * // Get one User
     * const user = await prisma.user.findUnique({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUnique<T extends UserFindUniqueArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args: SelectSubset<T, UserFindUniqueArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findUnique', 'User'> extends True ? Prisma__UserClient<UserGetPayload<T>> : Prisma__UserClient<UserGetPayload<T> | null, null>

    /**
     * Find one User that matches the filter or throw an error  with `error.code='P2025'` 
     *     if no matches were found.
     * @param {UserFindUniqueOrThrowArgs} args - Arguments to find a User
     * @example
     * // Get one User
     * const user = await prisma.user.findUniqueOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUniqueOrThrow<T extends UserFindUniqueOrThrowArgs>(
      args?: SelectSubset<T, UserFindUniqueOrThrowArgs>
    ): Prisma__UserClient<UserGetPayload<T>>

    /**
     * Find the first User 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 {UserFindFirstArgs} args - Arguments to find a User
     * @example
     * // Get one User
     * const user = await prisma.user.findFirst({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirst<T extends UserFindFirstArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args?: SelectSubset<T, UserFindFirstArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findFirst', 'User'> extends True ? Prisma__UserClient<UserGetPayload<T>> : Prisma__UserClient<UserGetPayload<T> | null, null>

    /**
     * Find the first User that matches the filter or
     * throw `NotFoundError` 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 {UserFindFirstOrThrowArgs} args - Arguments to find a User
     * @example
     * // Get one User
     * const user = await prisma.user.findFirstOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirstOrThrow<T extends UserFindFirstOrThrowArgs>(
      args?: SelectSubset<T, UserFindFirstOrThrowArgs>
    ): Prisma__UserClient<UserGetPayload<T>>

    /**
     * Find zero or more Users 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 {UserFindManyArgs=} args - Arguments to filter and select certain fields only.
     * @example
     * // Get all Users
     * const users = await prisma.user.findMany()
     * 
     * // Get first 10 Users
     * const users = await prisma.user.findMany({ take: 10 })
     * 
     * // Only select the `id`
     * const userWithIdOnly = await prisma.user.findMany({ select: { id: true } })
     * 
    **/
    findMany<T extends UserFindManyArgs>(
      args?: SelectSubset<T, UserFindManyArgs>
    ): PrismaPromise<Array<UserGetPayload<T>>>

    /**
     * Create a User.
     * @param {UserCreateArgs} args - Arguments to create a User.
     * @example
     * // Create one User
     * const User = await prisma.user.create({
     *   data: {
     *     // ... data to create a User
     *   }
     * })
     * 
    **/
    create<T extends UserCreateArgs>(
      args: SelectSubset<T, UserCreateArgs>
    ): Prisma__UserClient<UserGetPayload<T>>

    /**
     * Create many Users.
     *     @param {UserCreateManyArgs} args - Arguments to create many Users.
     *     @example
     *     // Create many Users
     *     const user = await prisma.user.createMany({
     *       data: {
     *         // ... provide data here
     *       }
     *     })
     *     
    **/
    createMany<T extends UserCreateManyArgs>(
      args?: SelectSubset<T, UserCreateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Delete a User.
     * @param {UserDeleteArgs} args - Arguments to delete one User.
     * @example
     * // Delete one User
     * const User = await prisma.user.delete({
     *   where: {
     *     // ... filter to delete one User
     *   }
     * })
     * 
    **/
    delete<T extends UserDeleteArgs>(
      args: SelectSubset<T, UserDeleteArgs>
    ): Prisma__UserClient<UserGetPayload<T>>

    /**
     * Update one User.
     * @param {UserUpdateArgs} args - Arguments to update one User.
     * @example
     * // Update one User
     * const user = await prisma.user.update({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    update<T extends UserUpdateArgs>(
      args: SelectSubset<T, UserUpdateArgs>
    ): Prisma__UserClient<UserGetPayload<T>>

    /**
     * Delete zero or more Users.
     * @param {UserDeleteManyArgs} args - Arguments to filter Users to delete.
     * @example
     * // Delete a few Users
     * const { count } = await prisma.user.deleteMany({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     * 
    **/
    deleteMany<T extends UserDeleteManyArgs>(
      args?: SelectSubset<T, UserDeleteManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Update zero or more Users.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {UserUpdateManyArgs} args - Arguments to update one or more rows.
     * @example
     * // Update many Users
     * const user = await prisma.user.updateMany({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    updateMany<T extends UserUpdateManyArgs>(
      args: SelectSubset<T, UserUpdateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Create or update one User.
     * @param {UserUpsertArgs} args - Arguments to update or create a User.
     * @example
     * // Update or create a User
     * const user = await prisma.user.upsert({
     *   create: {
     *     // ... data to create a User
     *   },
     *   update: {
     *     // ... in case it already exists, update
     *   },
     *   where: {
     *     // ... the filter for the User we want to update
     *   }
     * })
    **/
    upsert<T extends UserUpsertArgs>(
      args: SelectSubset<T, UserUpsertArgs>
    ): Prisma__UserClient<UserGetPayload<T>>

    /**
     * Count the number of Users.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {UserCountArgs} args - Arguments to filter Users to count.
     * @example
     * // Count the number of Users
     * const count = await prisma.user.count({
     *   where: {
     *     // ... the filter for the Users we want to count
     *   }
     * })
    **/
    count<T extends UserCountArgs>(
      args?: Subset<T, UserCountArgs>,
    ): PrismaPromise<
      T extends _Record<'select', any>
        ? T['select'] extends true
          ? number
          : GetScalarType<T['select'], UserCountAggregateOutputType>
        : number
    >

    /**
     * Allows you to perform aggregations operations on a User.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {UserAggregateArgs} 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 UserAggregateArgs>(args: Subset<T, UserAggregateArgs>): PrismaPromise<GetUserAggregateType<T>>

    /**
     * Group by User.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {UserGroupByArgs} 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 UserGroupByArgs,
      HasSelectOrTake extends Or<
        Extends<'skip', Keys<T>>,
        Extends<'take', Keys<T>>
      >,
      OrderByArg extends True extends HasSelectOrTake
        ? { orderBy: UserGroupByArgs['orderBy'] }
        : { orderBy?: UserGroupByArgs['orderBy'] },
      OrderFields extends ExcludeUnderscoreKeys<Keys<MaybeTupleToUnion<T['orderBy']>>>,
      ByFields extends TupleToUnion<T['by']>,
      ByValid extends Has<ByFields, OrderFields>,
      HavingFields extends GetHavingFields<T['having']>,
      HavingValid extends Has<ByFields, HavingFields>,
      ByEmpty extends T['by'] extends never[] ? True : False,
      InputErrors extends ByEmpty extends True
      ? `Error: "by" must not be empty.`
      : HavingValid extends False
      ? {
          [P in HavingFields]: P extends ByFields
            ? never
            : P extends string
            ? `Error: Field "${P}" used in "having" needs to be provided in "by".`
            : [
                Error,
                'Field ',
                P,
                ` in "having" needs to be provided in "by"`,
              ]
        }[HavingFields]
      : 'take' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "take", you also need to provide "orderBy"'
      : 'skip' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "skip", you also need to provide "orderBy"'
      : ByValid extends True
      ? {}
      : {
          [P in OrderFields]: P extends ByFields
            ? never
            : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
        }[OrderFields]
    >(args: SubsetIntersection<T, UserGroupByArgs, OrderByArg> & InputErrors): {} extends InputErrors ? GetUserGroupByPayload<T> : PrismaPromise<InputErrors>

  }

  /**
   * The delegate class that acts as a "Promise-like" for User.
   * 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 class Prisma__UserClient<T, Null = never> implements PrismaPromise<T> {
    [prisma]: true;
    private readonly _dmmf;
    private readonly _fetcher;
    private readonly _queryType;
    private readonly _rootField;
    private readonly _clientMethod;
    private readonly _args;
    private readonly _dataPath;
    private readonly _errorFormat;
    private readonly _measurePerformance?;
    private _isList;
    private _callsite;
    private _requestPromise?;
    constructor(_dmmf: runtime.DMMFClass, _fetcher: PrismaClientFetcher, _queryType: 'query' | 'mutation', _rootField: string, _clientMethod: string, _args: any, _dataPath: string[], _errorFormat: ErrorFormat, _measurePerformance?: boolean | undefined, _isList?: boolean);
    readonly [Symbol.toStringTag]: 'PrismaClientPromise';

    Server<T extends UserServerArgs= {}>(args?: Subset<T, UserServerArgs>): PrismaPromise<Array<ServerGetPayload<T>>| Null>;

    Messages<T extends UserMessagesArgs= {}>(args?: Subset<T, UserMessagesArgs>): PrismaPromise<Array<MessageGetPayload<T>>| Null>;

    Session<T extends UserSessionArgs= {}>(args?: Subset<T, UserSessionArgs>): PrismaPromise<Array<SessionGetPayload<T>>| Null>;

    private get _document();
    /**
     * 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): Promise<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): Promise<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): Promise<T>;
  }



  // Custom InputTypes

  /**
   * User base type for findUnique actions
   */
  export type UserFindUniqueArgsBase = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * Filter, which User to fetch.
     * 
    **/
    where: UserWhereUniqueInput
  }

  /**
   * User findUnique
   */
  export interface UserFindUniqueArgs extends UserFindUniqueArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findUniqueOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * User findUniqueOrThrow
   */
  export type UserFindUniqueOrThrowArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * Filter, which User to fetch.
     * 
    **/
    where: UserWhereUniqueInput
  }


  /**
   * User base type for findFirst actions
   */
  export type UserFindFirstArgsBase = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * Filter, which User to fetch.
     * 
    **/
    where?: UserWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Users to fetch.
     * 
    **/
    orderBy?: Enumerable<UserOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Users.
     * 
    **/
    cursor?: UserWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Users 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` Users.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Users.
     * 
    **/
    distinct?: Enumerable<UserScalarFieldEnum>
  }

  /**
   * User findFirst
   */
  export interface UserFindFirstArgs extends UserFindFirstArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findFirstOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * User findFirstOrThrow
   */
  export type UserFindFirstOrThrowArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * Filter, which User to fetch.
     * 
    **/
    where?: UserWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Users to fetch.
     * 
    **/
    orderBy?: Enumerable<UserOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Users.
     * 
    **/
    cursor?: UserWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Users 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` Users.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Users.
     * 
    **/
    distinct?: Enumerable<UserScalarFieldEnum>
  }


  /**
   * User findMany
   */
  export type UserFindManyArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * Filter, which Users to fetch.
     * 
    **/
    where?: UserWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Users to fetch.
     * 
    **/
    orderBy?: Enumerable<UserOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for listing Users.
     * 
    **/
    cursor?: UserWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Users 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` Users.
     * 
    **/
    skip?: number
    distinct?: Enumerable<UserScalarFieldEnum>
  }


  /**
   * User create
   */
  export type UserCreateArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * The data needed to create a User.
     * 
    **/
    data: XOR<UserCreateInput, UserUncheckedCreateInput>
  }


  /**
   * User createMany
   */
  export type UserCreateManyArgs = {
    /**
     * The data used to create many Users.
     * 
    **/
    data: Enumerable<UserCreateManyInput>
    skipDuplicates?: boolean
  }


  /**
   * User update
   */
  export type UserUpdateArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * The data needed to update a User.
     * 
    **/
    data: XOR<UserUpdateInput, UserUncheckedUpdateInput>
    /**
     * Choose, which User to update.
     * 
    **/
    where: UserWhereUniqueInput
  }


  /**
   * User updateMany
   */
  export type UserUpdateManyArgs = {
    /**
     * The data used to update Users.
     * 
    **/
    data: XOR<UserUpdateManyMutationInput, UserUncheckedUpdateManyInput>
    /**
     * Filter which Users to update
     * 
    **/
    where?: UserWhereInput
  }


  /**
   * User upsert
   */
  export type UserUpsertArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * The filter to search for the User to update in case it exists.
     * 
    **/
    where: UserWhereUniqueInput
    /**
     * In case the User found by the `where` argument doesn't exist, create a new User with this data.
     * 
    **/
    create: XOR<UserCreateInput, UserUncheckedCreateInput>
    /**
     * In case the User was found with the provided `where` argument, update it with this data.
     * 
    **/
    update: XOR<UserUpdateInput, UserUncheckedUpdateInput>
  }


  /**
   * User delete
   */
  export type UserDeleteArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    /**
     * Filter which User to delete.
     * 
    **/
    where: UserWhereUniqueInput
  }


  /**
   * User deleteMany
   */
  export type UserDeleteManyArgs = {
    /**
     * Filter which Users to delete
     * 
    **/
    where?: UserWhereInput
  }


  /**
   * User.Server
   */
  export type UserServerArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    where?: ServerWhereInput
    orderBy?: Enumerable<ServerOrderByWithRelationInput>
    cursor?: ServerWhereUniqueInput
    take?: number
    skip?: number
    distinct?: Enumerable<ServerScalarFieldEnum>
  }


  /**
   * User.Messages
   */
  export type UserMessagesArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    where?: MessageWhereInput
    orderBy?: Enumerable<MessageOrderByWithRelationInput>
    cursor?: MessageWhereUniqueInput
    take?: number
    skip?: number
    distinct?: Enumerable<MessageScalarFieldEnum>
  }


  /**
   * User.Session
   */
  export type UserSessionArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    where?: SessionWhereInput
    orderBy?: Enumerable<SessionOrderByWithRelationInput>
    cursor?: SessionWhereUniqueInput
    take?: number
    skip?: number
    distinct?: Enumerable<SessionScalarFieldEnum>
  }


  /**
   * User without action
   */
  export type UserArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
  }



  /**
   * Model Server
   */


  export type AggregateServer = {
    _count: ServerCountAggregateOutputType | null
    _min: ServerMinAggregateOutputType | null
    _max: ServerMaxAggregateOutputType | null
  }

  export type ServerMinAggregateOutputType = {
    id: string | null
    name: string | null
  }

  export type ServerMaxAggregateOutputType = {
    id: string | null
    name: string | null
  }

  export type ServerCountAggregateOutputType = {
    id: number
    name: number
    _all: number
  }


  export type ServerMinAggregateInputType = {
    id?: true
    name?: true
  }

  export type ServerMaxAggregateInputType = {
    id?: true
    name?: true
  }

  export type ServerCountAggregateInputType = {
    id?: true
    name?: true
    _all?: true
  }

  export type ServerAggregateArgs = {
    /**
     * Filter which Server to aggregate.
     * 
    **/
    where?: ServerWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Servers to fetch.
     * 
    **/
    orderBy?: Enumerable<ServerOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the start position
     * 
    **/
    cursor?: ServerWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Servers 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` Servers.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Count returned Servers
    **/
    _count?: true | ServerCountAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the minimum value
    **/
    _min?: ServerMinAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the maximum value
    **/
    _max?: ServerMaxAggregateInputType
  }

  export type GetServerAggregateType<T extends ServerAggregateArgs> = {
        [P in keyof T & keyof AggregateServer]: P extends '_count' | 'count'
      ? T[P] extends true
        ? number
        : GetScalarType<T[P], AggregateServer[P]>
      : GetScalarType<T[P], AggregateServer[P]>
  }




  export type ServerGroupByArgs = {
    where?: ServerWhereInput
    orderBy?: Enumerable<ServerOrderByWithAggregationInput>
    by: Array<ServerScalarFieldEnum>
    having?: ServerScalarWhereWithAggregatesInput
    take?: number
    skip?: number
    _count?: ServerCountAggregateInputType | true
    _min?: ServerMinAggregateInputType
    _max?: ServerMaxAggregateInputType
  }


  export type ServerGroupByOutputType = {
    id: string
    name: string
    _count: ServerCountAggregateOutputType | null
    _min: ServerMinAggregateOutputType | null
    _max: ServerMaxAggregateOutputType | null
  }

  type GetServerGroupByPayload<T extends ServerGroupByArgs> = PrismaPromise<
    Array<
      PickArray<ServerGroupByOutputType, T['by']> &
        {
          [P in ((keyof T) & (keyof ServerGroupByOutputType))]: P extends '_count'
            ? T[P] extends boolean
              ? number
              : GetScalarType<T[P], ServerGroupByOutputType[P]>
            : GetScalarType<T[P], ServerGroupByOutputType[P]>
        }
      >
    >


  export type ServerSelect = {
    id?: boolean
    name?: boolean
    participants?: boolean | ServerParticipantsArgs
    _count?: boolean | ServerCountOutputTypeArgs
  }


  export type ServerInclude = {
    participants?: boolean | ServerParticipantsArgs
    _count?: boolean | ServerCountOutputTypeArgs
  } 

  export type ServerGetPayload<S extends boolean | null | undefined | ServerArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? Server :
    S extends undefined ? never :
    S extends { include: any } & (ServerArgs | ServerFindManyArgs)
    ? Server  & {
    [P in TruthyKeys<S['include']>]:
        P extends 'participants' ? Array < UserGetPayload<S['include'][P]>>  :
        P extends '_count' ? ServerCountOutputTypeGetPayload<S['include'][P]> :  never
  } 
    : S extends { select: any } & (ServerArgs | ServerFindManyArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
        P extends 'participants' ? Array < UserGetPayload<S['select'][P]>>  :
        P extends '_count' ? ServerCountOutputTypeGetPayload<S['select'][P]> :  P extends keyof Server ? Server[P] : never
  } 
      : Server


  type ServerCountArgs = Merge<
    Omit<ServerFindManyArgs, 'select' | 'include'> & {
      select?: ServerCountAggregateInputType | true
    }
  >

  export interface ServerDelegate<GlobalRejectSettings extends Prisma.RejectOnNotFound | Prisma.RejectPerOperation | false | undefined> {
    /**
     * Find zero or one Server that matches the filter.
     * @param {ServerFindUniqueArgs} args - Arguments to find a Server
     * @example
     * // Get one Server
     * const server = await prisma.server.findUnique({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUnique<T extends ServerFindUniqueArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args: SelectSubset<T, ServerFindUniqueArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findUnique', 'Server'> extends True ? Prisma__ServerClient<ServerGetPayload<T>> : Prisma__ServerClient<ServerGetPayload<T> | null, null>

    /**
     * Find one Server that matches the filter or throw an error  with `error.code='P2025'` 
     *     if no matches were found.
     * @param {ServerFindUniqueOrThrowArgs} args - Arguments to find a Server
     * @example
     * // Get one Server
     * const server = await prisma.server.findUniqueOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUniqueOrThrow<T extends ServerFindUniqueOrThrowArgs>(
      args?: SelectSubset<T, ServerFindUniqueOrThrowArgs>
    ): Prisma__ServerClient<ServerGetPayload<T>>

    /**
     * Find the first Server 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 {ServerFindFirstArgs} args - Arguments to find a Server
     * @example
     * // Get one Server
     * const server = await prisma.server.findFirst({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirst<T extends ServerFindFirstArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args?: SelectSubset<T, ServerFindFirstArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findFirst', 'Server'> extends True ? Prisma__ServerClient<ServerGetPayload<T>> : Prisma__ServerClient<ServerGetPayload<T> | null, null>

    /**
     * Find the first Server that matches the filter or
     * throw `NotFoundError` 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 {ServerFindFirstOrThrowArgs} args - Arguments to find a Server
     * @example
     * // Get one Server
     * const server = await prisma.server.findFirstOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirstOrThrow<T extends ServerFindFirstOrThrowArgs>(
      args?: SelectSubset<T, ServerFindFirstOrThrowArgs>
    ): Prisma__ServerClient<ServerGetPayload<T>>

    /**
     * Find zero or more Servers 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 {ServerFindManyArgs=} args - Arguments to filter and select certain fields only.
     * @example
     * // Get all Servers
     * const servers = await prisma.server.findMany()
     * 
     * // Get first 10 Servers
     * const servers = await prisma.server.findMany({ take: 10 })
     * 
     * // Only select the `id`
     * const serverWithIdOnly = await prisma.server.findMany({ select: { id: true } })
     * 
    **/
    findMany<T extends ServerFindManyArgs>(
      args?: SelectSubset<T, ServerFindManyArgs>
    ): PrismaPromise<Array<ServerGetPayload<T>>>

    /**
     * Create a Server.
     * @param {ServerCreateArgs} args - Arguments to create a Server.
     * @example
     * // Create one Server
     * const Server = await prisma.server.create({
     *   data: {
     *     // ... data to create a Server
     *   }
     * })
     * 
    **/
    create<T extends ServerCreateArgs>(
      args: SelectSubset<T, ServerCreateArgs>
    ): Prisma__ServerClient<ServerGetPayload<T>>

    /**
     * Create many Servers.
     *     @param {ServerCreateManyArgs} args - Arguments to create many Servers.
     *     @example
     *     // Create many Servers
     *     const server = await prisma.server.createMany({
     *       data: {
     *         // ... provide data here
     *       }
     *     })
     *     
    **/
    createMany<T extends ServerCreateManyArgs>(
      args?: SelectSubset<T, ServerCreateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Delete a Server.
     * @param {ServerDeleteArgs} args - Arguments to delete one Server.
     * @example
     * // Delete one Server
     * const Server = await prisma.server.delete({
     *   where: {
     *     // ... filter to delete one Server
     *   }
     * })
     * 
    **/
    delete<T extends ServerDeleteArgs>(
      args: SelectSubset<T, ServerDeleteArgs>
    ): Prisma__ServerClient<ServerGetPayload<T>>

    /**
     * Update one Server.
     * @param {ServerUpdateArgs} args - Arguments to update one Server.
     * @example
     * // Update one Server
     * const server = await prisma.server.update({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    update<T extends ServerUpdateArgs>(
      args: SelectSubset<T, ServerUpdateArgs>
    ): Prisma__ServerClient<ServerGetPayload<T>>

    /**
     * Delete zero or more Servers.
     * @param {ServerDeleteManyArgs} args - Arguments to filter Servers to delete.
     * @example
     * // Delete a few Servers
     * const { count } = await prisma.server.deleteMany({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     * 
    **/
    deleteMany<T extends ServerDeleteManyArgs>(
      args?: SelectSubset<T, ServerDeleteManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Update zero or more Servers.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ServerUpdateManyArgs} args - Arguments to update one or more rows.
     * @example
     * // Update many Servers
     * const server = await prisma.server.updateMany({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    updateMany<T extends ServerUpdateManyArgs>(
      args: SelectSubset<T, ServerUpdateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Create or update one Server.
     * @param {ServerUpsertArgs} args - Arguments to update or create a Server.
     * @example
     * // Update or create a Server
     * const server = await prisma.server.upsert({
     *   create: {
     *     // ... data to create a Server
     *   },
     *   update: {
     *     // ... in case it already exists, update
     *   },
     *   where: {
     *     // ... the filter for the Server we want to update
     *   }
     * })
    **/
    upsert<T extends ServerUpsertArgs>(
      args: SelectSubset<T, ServerUpsertArgs>
    ): Prisma__ServerClient<ServerGetPayload<T>>

    /**
     * Count the number of Servers.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ServerCountArgs} args - Arguments to filter Servers to count.
     * @example
     * // Count the number of Servers
     * const count = await prisma.server.count({
     *   where: {
     *     // ... the filter for the Servers we want to count
     *   }
     * })
    **/
    count<T extends ServerCountArgs>(
      args?: Subset<T, ServerCountArgs>,
    ): PrismaPromise<
      T extends _Record<'select', any>
        ? T['select'] extends true
          ? number
          : GetScalarType<T['select'], ServerCountAggregateOutputType>
        : number
    >

    /**
     * Allows you to perform aggregations operations on a Server.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ServerAggregateArgs} 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 ServerAggregateArgs>(args: Subset<T, ServerAggregateArgs>): PrismaPromise<GetServerAggregateType<T>>

    /**
     * Group by Server.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ServerGroupByArgs} 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 ServerGroupByArgs,
      HasSelectOrTake extends Or<
        Extends<'skip', Keys<T>>,
        Extends<'take', Keys<T>>
      >,
      OrderByArg extends True extends HasSelectOrTake
        ? { orderBy: ServerGroupByArgs['orderBy'] }
        : { orderBy?: ServerGroupByArgs['orderBy'] },
      OrderFields extends ExcludeUnderscoreKeys<Keys<MaybeTupleToUnion<T['orderBy']>>>,
      ByFields extends TupleToUnion<T['by']>,
      ByValid extends Has<ByFields, OrderFields>,
      HavingFields extends GetHavingFields<T['having']>,
      HavingValid extends Has<ByFields, HavingFields>,
      ByEmpty extends T['by'] extends never[] ? True : False,
      InputErrors extends ByEmpty extends True
      ? `Error: "by" must not be empty.`
      : HavingValid extends False
      ? {
          [P in HavingFields]: P extends ByFields
            ? never
            : P extends string
            ? `Error: Field "${P}" used in "having" needs to be provided in "by".`
            : [
                Error,
                'Field ',
                P,
                ` in "having" needs to be provided in "by"`,
              ]
        }[HavingFields]
      : 'take' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "take", you also need to provide "orderBy"'
      : 'skip' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "skip", you also need to provide "orderBy"'
      : ByValid extends True
      ? {}
      : {
          [P in OrderFields]: P extends ByFields
            ? never
            : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
        }[OrderFields]
    >(args: SubsetIntersection<T, ServerGroupByArgs, OrderByArg> & InputErrors): {} extends InputErrors ? GetServerGroupByPayload<T> : PrismaPromise<InputErrors>

  }

  /**
   * The delegate class that acts as a "Promise-like" for Server.
   * 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 class Prisma__ServerClient<T, Null = never> implements PrismaPromise<T> {
    [prisma]: true;
    private readonly _dmmf;
    private readonly _fetcher;
    private readonly _queryType;
    private readonly _rootField;
    private readonly _clientMethod;
    private readonly _args;
    private readonly _dataPath;
    private readonly _errorFormat;
    private readonly _measurePerformance?;
    private _isList;
    private _callsite;
    private _requestPromise?;
    constructor(_dmmf: runtime.DMMFClass, _fetcher: PrismaClientFetcher, _queryType: 'query' | 'mutation', _rootField: string, _clientMethod: string, _args: any, _dataPath: string[], _errorFormat: ErrorFormat, _measurePerformance?: boolean | undefined, _isList?: boolean);
    readonly [Symbol.toStringTag]: 'PrismaClientPromise';

    participants<T extends ServerParticipantsArgs= {}>(args?: Subset<T, ServerParticipantsArgs>): PrismaPromise<Array<UserGetPayload<T>>| Null>;

    private get _document();
    /**
     * 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): Promise<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): Promise<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): Promise<T>;
  }



  // Custom InputTypes

  /**
   * Server base type for findUnique actions
   */
  export type ServerFindUniqueArgsBase = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * Filter, which Server to fetch.
     * 
    **/
    where: ServerWhereUniqueInput
  }

  /**
   * Server findUnique
   */
  export interface ServerFindUniqueArgs extends ServerFindUniqueArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findUniqueOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Server findUniqueOrThrow
   */
  export type ServerFindUniqueOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * Filter, which Server to fetch.
     * 
    **/
    where: ServerWhereUniqueInput
  }


  /**
   * Server base type for findFirst actions
   */
  export type ServerFindFirstArgsBase = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * Filter, which Server to fetch.
     * 
    **/
    where?: ServerWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Servers to fetch.
     * 
    **/
    orderBy?: Enumerable<ServerOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Servers.
     * 
    **/
    cursor?: ServerWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Servers 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` Servers.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Servers.
     * 
    **/
    distinct?: Enumerable<ServerScalarFieldEnum>
  }

  /**
   * Server findFirst
   */
  export interface ServerFindFirstArgs extends ServerFindFirstArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findFirstOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Server findFirstOrThrow
   */
  export type ServerFindFirstOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * Filter, which Server to fetch.
     * 
    **/
    where?: ServerWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Servers to fetch.
     * 
    **/
    orderBy?: Enumerable<ServerOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Servers.
     * 
    **/
    cursor?: ServerWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Servers 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` Servers.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Servers.
     * 
    **/
    distinct?: Enumerable<ServerScalarFieldEnum>
  }


  /**
   * Server findMany
   */
  export type ServerFindManyArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * Filter, which Servers to fetch.
     * 
    **/
    where?: ServerWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Servers to fetch.
     * 
    **/
    orderBy?: Enumerable<ServerOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for listing Servers.
     * 
    **/
    cursor?: ServerWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Servers 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` Servers.
     * 
    **/
    skip?: number
    distinct?: Enumerable<ServerScalarFieldEnum>
  }


  /**
   * Server create
   */
  export type ServerCreateArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * The data needed to create a Server.
     * 
    **/
    data: XOR<ServerCreateInput, ServerUncheckedCreateInput>
  }


  /**
   * Server createMany
   */
  export type ServerCreateManyArgs = {
    /**
     * The data used to create many Servers.
     * 
    **/
    data: Enumerable<ServerCreateManyInput>
    skipDuplicates?: boolean
  }


  /**
   * Server update
   */
  export type ServerUpdateArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * The data needed to update a Server.
     * 
    **/
    data: XOR<ServerUpdateInput, ServerUncheckedUpdateInput>
    /**
     * Choose, which Server to update.
     * 
    **/
    where: ServerWhereUniqueInput
  }


  /**
   * Server updateMany
   */
  export type ServerUpdateManyArgs = {
    /**
     * The data used to update Servers.
     * 
    **/
    data: XOR<ServerUpdateManyMutationInput, ServerUncheckedUpdateManyInput>
    /**
     * Filter which Servers to update
     * 
    **/
    where?: ServerWhereInput
  }


  /**
   * Server upsert
   */
  export type ServerUpsertArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * The filter to search for the Server to update in case it exists.
     * 
    **/
    where: ServerWhereUniqueInput
    /**
     * In case the Server found by the `where` argument doesn't exist, create a new Server with this data.
     * 
    **/
    create: XOR<ServerCreateInput, ServerUncheckedCreateInput>
    /**
     * In case the Server was found with the provided `where` argument, update it with this data.
     * 
    **/
    update: XOR<ServerUpdateInput, ServerUncheckedUpdateInput>
  }


  /**
   * Server delete
   */
  export type ServerDeleteArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
    /**
     * Filter which Server to delete.
     * 
    **/
    where: ServerWhereUniqueInput
  }


  /**
   * Server deleteMany
   */
  export type ServerDeleteManyArgs = {
    /**
     * Filter which Servers to delete
     * 
    **/
    where?: ServerWhereInput
  }


  /**
   * Server.participants
   */
  export type ServerParticipantsArgs = {
    /**
     * Select specific fields to fetch from the User
     * 
    **/
    select?: UserSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: UserInclude | null
    where?: UserWhereInput
    orderBy?: Enumerable<UserOrderByWithRelationInput>
    cursor?: UserWhereUniqueInput
    take?: number
    skip?: number
    distinct?: Enumerable<UserScalarFieldEnum>
  }


  /**
   * Server without action
   */
  export type ServerArgs = {
    /**
     * Select specific fields to fetch from the Server
     * 
    **/
    select?: ServerSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: ServerInclude | null
  }



  /**
   * Model Room
   */


  export type AggregateRoom = {
    _count: RoomCountAggregateOutputType | null
    _min: RoomMinAggregateOutputType | null
    _max: RoomMaxAggregateOutputType | null
  }

  export type RoomMinAggregateOutputType = {
    id: string | null
    name: string | null
  }

  export type RoomMaxAggregateOutputType = {
    id: string | null
    name: string | null
  }

  export type RoomCountAggregateOutputType = {
    id: number
    name: number
    _all: number
  }


  export type RoomMinAggregateInputType = {
    id?: true
    name?: true
  }

  export type RoomMaxAggregateInputType = {
    id?: true
    name?: true
  }

  export type RoomCountAggregateInputType = {
    id?: true
    name?: true
    _all?: true
  }

  export type RoomAggregateArgs = {
    /**
     * Filter which Room to aggregate.
     * 
    **/
    where?: RoomWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Rooms to fetch.
     * 
    **/
    orderBy?: Enumerable<RoomOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the start position
     * 
    **/
    cursor?: RoomWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Rooms 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` Rooms.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Count returned Rooms
    **/
    _count?: true | RoomCountAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the minimum value
    **/
    _min?: RoomMinAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the maximum value
    **/
    _max?: RoomMaxAggregateInputType
  }

  export type GetRoomAggregateType<T extends RoomAggregateArgs> = {
        [P in keyof T & keyof AggregateRoom]: P extends '_count' | 'count'
      ? T[P] extends true
        ? number
        : GetScalarType<T[P], AggregateRoom[P]>
      : GetScalarType<T[P], AggregateRoom[P]>
  }




  export type RoomGroupByArgs = {
    where?: RoomWhereInput
    orderBy?: Enumerable<RoomOrderByWithAggregationInput>
    by: Array<RoomScalarFieldEnum>
    having?: RoomScalarWhereWithAggregatesInput
    take?: number
    skip?: number
    _count?: RoomCountAggregateInputType | true
    _min?: RoomMinAggregateInputType
    _max?: RoomMaxAggregateInputType
  }


  export type RoomGroupByOutputType = {
    id: string
    name: string
    _count: RoomCountAggregateOutputType | null
    _min: RoomMinAggregateOutputType | null
    _max: RoomMaxAggregateOutputType | null
  }

  type GetRoomGroupByPayload<T extends RoomGroupByArgs> = PrismaPromise<
    Array<
      PickArray<RoomGroupByOutputType, T['by']> &
        {
          [P in ((keyof T) & (keyof RoomGroupByOutputType))]: P extends '_count'
            ? T[P] extends boolean
              ? number
              : GetScalarType<T[P], RoomGroupByOutputType[P]>
            : GetScalarType<T[P], RoomGroupByOutputType[P]>
        }
      >
    >


  export type RoomSelect = {
    id?: boolean
    name?: boolean
  }


  export type RoomGetPayload<S extends boolean | null | undefined | RoomArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? Room :
    S extends undefined ? never :
    S extends { include: any } & (RoomArgs | RoomFindManyArgs)
    ? Room 
    : S extends { select: any } & (RoomArgs | RoomFindManyArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
    P extends keyof Room ? Room[P] : never
  } 
      : Room


  type RoomCountArgs = Merge<
    Omit<RoomFindManyArgs, 'select' | 'include'> & {
      select?: RoomCountAggregateInputType | true
    }
  >

  export interface RoomDelegate<GlobalRejectSettings extends Prisma.RejectOnNotFound | Prisma.RejectPerOperation | false | undefined> {
    /**
     * Find zero or one Room that matches the filter.
     * @param {RoomFindUniqueArgs} args - Arguments to find a Room
     * @example
     * // Get one Room
     * const room = await prisma.room.findUnique({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUnique<T extends RoomFindUniqueArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args: SelectSubset<T, RoomFindUniqueArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findUnique', 'Room'> extends True ? Prisma__RoomClient<RoomGetPayload<T>> : Prisma__RoomClient<RoomGetPayload<T> | null, null>

    /**
     * Find one Room that matches the filter or throw an error  with `error.code='P2025'` 
     *     if no matches were found.
     * @param {RoomFindUniqueOrThrowArgs} args - Arguments to find a Room
     * @example
     * // Get one Room
     * const room = await prisma.room.findUniqueOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUniqueOrThrow<T extends RoomFindUniqueOrThrowArgs>(
      args?: SelectSubset<T, RoomFindUniqueOrThrowArgs>
    ): Prisma__RoomClient<RoomGetPayload<T>>

    /**
     * Find the first Room 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 {RoomFindFirstArgs} args - Arguments to find a Room
     * @example
     * // Get one Room
     * const room = await prisma.room.findFirst({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirst<T extends RoomFindFirstArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args?: SelectSubset<T, RoomFindFirstArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findFirst', 'Room'> extends True ? Prisma__RoomClient<RoomGetPayload<T>> : Prisma__RoomClient<RoomGetPayload<T> | null, null>

    /**
     * Find the first Room that matches the filter or
     * throw `NotFoundError` 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 {RoomFindFirstOrThrowArgs} args - Arguments to find a Room
     * @example
     * // Get one Room
     * const room = await prisma.room.findFirstOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirstOrThrow<T extends RoomFindFirstOrThrowArgs>(
      args?: SelectSubset<T, RoomFindFirstOrThrowArgs>
    ): Prisma__RoomClient<RoomGetPayload<T>>

    /**
     * Find zero or more Rooms 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 {RoomFindManyArgs=} args - Arguments to filter and select certain fields only.
     * @example
     * // Get all Rooms
     * const rooms = await prisma.room.findMany()
     * 
     * // Get first 10 Rooms
     * const rooms = await prisma.room.findMany({ take: 10 })
     * 
     * // Only select the `id`
     * const roomWithIdOnly = await prisma.room.findMany({ select: { id: true } })
     * 
    **/
    findMany<T extends RoomFindManyArgs>(
      args?: SelectSubset<T, RoomFindManyArgs>
    ): PrismaPromise<Array<RoomGetPayload<T>>>

    /**
     * Create a Room.
     * @param {RoomCreateArgs} args - Arguments to create a Room.
     * @example
     * // Create one Room
     * const Room = await prisma.room.create({
     *   data: {
     *     // ... data to create a Room
     *   }
     * })
     * 
    **/
    create<T extends RoomCreateArgs>(
      args: SelectSubset<T, RoomCreateArgs>
    ): Prisma__RoomClient<RoomGetPayload<T>>

    /**
     * Create many Rooms.
     *     @param {RoomCreateManyArgs} args - Arguments to create many Rooms.
     *     @example
     *     // Create many Rooms
     *     const room = await prisma.room.createMany({
     *       data: {
     *         // ... provide data here
     *       }
     *     })
     *     
    **/
    createMany<T extends RoomCreateManyArgs>(
      args?: SelectSubset<T, RoomCreateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Delete a Room.
     * @param {RoomDeleteArgs} args - Arguments to delete one Room.
     * @example
     * // Delete one Room
     * const Room = await prisma.room.delete({
     *   where: {
     *     // ... filter to delete one Room
     *   }
     * })
     * 
    **/
    delete<T extends RoomDeleteArgs>(
      args: SelectSubset<T, RoomDeleteArgs>
    ): Prisma__RoomClient<RoomGetPayload<T>>

    /**
     * Update one Room.
     * @param {RoomUpdateArgs} args - Arguments to update one Room.
     * @example
     * // Update one Room
     * const room = await prisma.room.update({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    update<T extends RoomUpdateArgs>(
      args: SelectSubset<T, RoomUpdateArgs>
    ): Prisma__RoomClient<RoomGetPayload<T>>

    /**
     * Delete zero or more Rooms.
     * @param {RoomDeleteManyArgs} args - Arguments to filter Rooms to delete.
     * @example
     * // Delete a few Rooms
     * const { count } = await prisma.room.deleteMany({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     * 
    **/
    deleteMany<T extends RoomDeleteManyArgs>(
      args?: SelectSubset<T, RoomDeleteManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Update zero or more Rooms.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {RoomUpdateManyArgs} args - Arguments to update one or more rows.
     * @example
     * // Update many Rooms
     * const room = await prisma.room.updateMany({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    updateMany<T extends RoomUpdateManyArgs>(
      args: SelectSubset<T, RoomUpdateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Create or update one Room.
     * @param {RoomUpsertArgs} args - Arguments to update or create a Room.
     * @example
     * // Update or create a Room
     * const room = await prisma.room.upsert({
     *   create: {
     *     // ... data to create a Room
     *   },
     *   update: {
     *     // ... in case it already exists, update
     *   },
     *   where: {
     *     // ... the filter for the Room we want to update
     *   }
     * })
    **/
    upsert<T extends RoomUpsertArgs>(
      args: SelectSubset<T, RoomUpsertArgs>
    ): Prisma__RoomClient<RoomGetPayload<T>>

    /**
     * Count the number of Rooms.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {RoomCountArgs} args - Arguments to filter Rooms to count.
     * @example
     * // Count the number of Rooms
     * const count = await prisma.room.count({
     *   where: {
     *     // ... the filter for the Rooms we want to count
     *   }
     * })
    **/
    count<T extends RoomCountArgs>(
      args?: Subset<T, RoomCountArgs>,
    ): PrismaPromise<
      T extends _Record<'select', any>
        ? T['select'] extends true
          ? number
          : GetScalarType<T['select'], RoomCountAggregateOutputType>
        : number
    >

    /**
     * Allows you to perform aggregations operations on a Room.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {RoomAggregateArgs} 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 RoomAggregateArgs>(args: Subset<T, RoomAggregateArgs>): PrismaPromise<GetRoomAggregateType<T>>

    /**
     * Group by Room.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {RoomGroupByArgs} 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 RoomGroupByArgs,
      HasSelectOrTake extends Or<
        Extends<'skip', Keys<T>>,
        Extends<'take', Keys<T>>
      >,
      OrderByArg extends True extends HasSelectOrTake
        ? { orderBy: RoomGroupByArgs['orderBy'] }
        : { orderBy?: RoomGroupByArgs['orderBy'] },
      OrderFields extends ExcludeUnderscoreKeys<Keys<MaybeTupleToUnion<T['orderBy']>>>,
      ByFields extends TupleToUnion<T['by']>,
      ByValid extends Has<ByFields, OrderFields>,
      HavingFields extends GetHavingFields<T['having']>,
      HavingValid extends Has<ByFields, HavingFields>,
      ByEmpty extends T['by'] extends never[] ? True : False,
      InputErrors extends ByEmpty extends True
      ? `Error: "by" must not be empty.`
      : HavingValid extends False
      ? {
          [P in HavingFields]: P extends ByFields
            ? never
            : P extends string
            ? `Error: Field "${P}" used in "having" needs to be provided in "by".`
            : [
                Error,
                'Field ',
                P,
                ` in "having" needs to be provided in "by"`,
              ]
        }[HavingFields]
      : 'take' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "take", you also need to provide "orderBy"'
      : 'skip' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "skip", you also need to provide "orderBy"'
      : ByValid extends True
      ? {}
      : {
          [P in OrderFields]: P extends ByFields
            ? never
            : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
        }[OrderFields]
    >(args: SubsetIntersection<T, RoomGroupByArgs, OrderByArg> & InputErrors): {} extends InputErrors ? GetRoomGroupByPayload<T> : PrismaPromise<InputErrors>

  }

  /**
   * The delegate class that acts as a "Promise-like" for Room.
   * 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 class Prisma__RoomClient<T, Null = never> implements PrismaPromise<T> {
    [prisma]: true;
    private readonly _dmmf;
    private readonly _fetcher;
    private readonly _queryType;
    private readonly _rootField;
    private readonly _clientMethod;
    private readonly _args;
    private readonly _dataPath;
    private readonly _errorFormat;
    private readonly _measurePerformance?;
    private _isList;
    private _callsite;
    private _requestPromise?;
    constructor(_dmmf: runtime.DMMFClass, _fetcher: PrismaClientFetcher, _queryType: 'query' | 'mutation', _rootField: string, _clientMethod: string, _args: any, _dataPath: string[], _errorFormat: ErrorFormat, _measurePerformance?: boolean | undefined, _isList?: boolean);
    readonly [Symbol.toStringTag]: 'PrismaClientPromise';


    private get _document();
    /**
     * 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): Promise<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): Promise<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): Promise<T>;
  }



  // Custom InputTypes

  /**
   * Room base type for findUnique actions
   */
  export type RoomFindUniqueArgsBase = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * Filter, which Room to fetch.
     * 
    **/
    where: RoomWhereUniqueInput
  }

  /**
   * Room findUnique
   */
  export interface RoomFindUniqueArgs extends RoomFindUniqueArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findUniqueOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Room findUniqueOrThrow
   */
  export type RoomFindUniqueOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * Filter, which Room to fetch.
     * 
    **/
    where: RoomWhereUniqueInput
  }


  /**
   * Room base type for findFirst actions
   */
  export type RoomFindFirstArgsBase = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * Filter, which Room to fetch.
     * 
    **/
    where?: RoomWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Rooms to fetch.
     * 
    **/
    orderBy?: Enumerable<RoomOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Rooms.
     * 
    **/
    cursor?: RoomWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Rooms 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` Rooms.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Rooms.
     * 
    **/
    distinct?: Enumerable<RoomScalarFieldEnum>
  }

  /**
   * Room findFirst
   */
  export interface RoomFindFirstArgs extends RoomFindFirstArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findFirstOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Room findFirstOrThrow
   */
  export type RoomFindFirstOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * Filter, which Room to fetch.
     * 
    **/
    where?: RoomWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Rooms to fetch.
     * 
    **/
    orderBy?: Enumerable<RoomOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Rooms.
     * 
    **/
    cursor?: RoomWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Rooms 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` Rooms.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Rooms.
     * 
    **/
    distinct?: Enumerable<RoomScalarFieldEnum>
  }


  /**
   * Room findMany
   */
  export type RoomFindManyArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * Filter, which Rooms to fetch.
     * 
    **/
    where?: RoomWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Rooms to fetch.
     * 
    **/
    orderBy?: Enumerable<RoomOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for listing Rooms.
     * 
    **/
    cursor?: RoomWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Rooms 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` Rooms.
     * 
    **/
    skip?: number
    distinct?: Enumerable<RoomScalarFieldEnum>
  }


  /**
   * Room create
   */
  export type RoomCreateArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * The data needed to create a Room.
     * 
    **/
    data: XOR<RoomCreateInput, RoomUncheckedCreateInput>
  }


  /**
   * Room createMany
   */
  export type RoomCreateManyArgs = {
    /**
     * The data used to create many Rooms.
     * 
    **/
    data: Enumerable<RoomCreateManyInput>
    skipDuplicates?: boolean
  }


  /**
   * Room update
   */
  export type RoomUpdateArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * The data needed to update a Room.
     * 
    **/
    data: XOR<RoomUpdateInput, RoomUncheckedUpdateInput>
    /**
     * Choose, which Room to update.
     * 
    **/
    where: RoomWhereUniqueInput
  }


  /**
   * Room updateMany
   */
  export type RoomUpdateManyArgs = {
    /**
     * The data used to update Rooms.
     * 
    **/
    data: XOR<RoomUpdateManyMutationInput, RoomUncheckedUpdateManyInput>
    /**
     * Filter which Rooms to update
     * 
    **/
    where?: RoomWhereInput
  }


  /**
   * Room upsert
   */
  export type RoomUpsertArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * The filter to search for the Room to update in case it exists.
     * 
    **/
    where: RoomWhereUniqueInput
    /**
     * In case the Room found by the `where` argument doesn't exist, create a new Room with this data.
     * 
    **/
    create: XOR<RoomCreateInput, RoomUncheckedCreateInput>
    /**
     * In case the Room was found with the provided `where` argument, update it with this data.
     * 
    **/
    update: XOR<RoomUpdateInput, RoomUncheckedUpdateInput>
  }


  /**
   * Room delete
   */
  export type RoomDeleteArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
    /**
     * Filter which Room to delete.
     * 
    **/
    where: RoomWhereUniqueInput
  }


  /**
   * Room deleteMany
   */
  export type RoomDeleteManyArgs = {
    /**
     * Filter which Rooms to delete
     * 
    **/
    where?: RoomWhereInput
  }


  /**
   * Room without action
   */
  export type RoomArgs = {
    /**
     * Select specific fields to fetch from the Room
     * 
    **/
    select?: RoomSelect | null
  }



  /**
   * Model Message
   */


  export type AggregateMessage = {
    _count: MessageCountAggregateOutputType | null
    _min: MessageMinAggregateOutputType | null
    _max: MessageMaxAggregateOutputType | null
  }

  export type MessageMinAggregateOutputType = {
    id: string | null
    body: string | null
    userId: string | null
  }

  export type MessageMaxAggregateOutputType = {
    id: string | null
    body: string | null
    userId: string | null
  }

  export type MessageCountAggregateOutputType = {
    id: number
    body: number
    userId: number
    _all: number
  }


  export type MessageMinAggregateInputType = {
    id?: true
    body?: true
    userId?: true
  }

  export type MessageMaxAggregateInputType = {
    id?: true
    body?: true
    userId?: true
  }

  export type MessageCountAggregateInputType = {
    id?: true
    body?: true
    userId?: true
    _all?: true
  }

  export type MessageAggregateArgs = {
    /**
     * Filter which Message to aggregate.
     * 
    **/
    where?: MessageWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Messages to fetch.
     * 
    **/
    orderBy?: Enumerable<MessageOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the start position
     * 
    **/
    cursor?: MessageWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Messages 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` Messages.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Count returned Messages
    **/
    _count?: true | MessageCountAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the minimum value
    **/
    _min?: MessageMinAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the maximum value
    **/
    _max?: MessageMaxAggregateInputType
  }

  export type GetMessageAggregateType<T extends MessageAggregateArgs> = {
        [P in keyof T & keyof AggregateMessage]: P extends '_count' | 'count'
      ? T[P] extends true
        ? number
        : GetScalarType<T[P], AggregateMessage[P]>
      : GetScalarType<T[P], AggregateMessage[P]>
  }




  export type MessageGroupByArgs = {
    where?: MessageWhereInput
    orderBy?: Enumerable<MessageOrderByWithAggregationInput>
    by: Array<MessageScalarFieldEnum>
    having?: MessageScalarWhereWithAggregatesInput
    take?: number
    skip?: number
    _count?: MessageCountAggregateInputType | true
    _min?: MessageMinAggregateInputType
    _max?: MessageMaxAggregateInputType
  }


  export type MessageGroupByOutputType = {
    id: string
    body: string
    userId: string
    _count: MessageCountAggregateOutputType | null
    _min: MessageMinAggregateOutputType | null
    _max: MessageMaxAggregateOutputType | null
  }

  type GetMessageGroupByPayload<T extends MessageGroupByArgs> = PrismaPromise<
    Array<
      PickArray<MessageGroupByOutputType, T['by']> &
        {
          [P in ((keyof T) & (keyof MessageGroupByOutputType))]: P extends '_count'
            ? T[P] extends boolean
              ? number
              : GetScalarType<T[P], MessageGroupByOutputType[P]>
            : GetScalarType<T[P], MessageGroupByOutputType[P]>
        }
      >
    >


  export type MessageSelect = {
    id?: boolean
    body?: boolean
    creator?: boolean | UserArgs
    userId?: boolean
  }


  export type MessageInclude = {
    creator?: boolean | UserArgs
  } 

  export type MessageGetPayload<S extends boolean | null | undefined | MessageArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? Message :
    S extends undefined ? never :
    S extends { include: any } & (MessageArgs | MessageFindManyArgs)
    ? Message  & {
    [P in TruthyKeys<S['include']>]:
        P extends 'creator' ? UserGetPayload<S['include'][P]> :  never
  } 
    : S extends { select: any } & (MessageArgs | MessageFindManyArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
        P extends 'creator' ? UserGetPayload<S['select'][P]> :  P extends keyof Message ? Message[P] : never
  } 
      : Message


  type MessageCountArgs = Merge<
    Omit<MessageFindManyArgs, 'select' | 'include'> & {
      select?: MessageCountAggregateInputType | true
    }
  >

  export interface MessageDelegate<GlobalRejectSettings extends Prisma.RejectOnNotFound | Prisma.RejectPerOperation | false | undefined> {
    /**
     * Find zero or one Message that matches the filter.
     * @param {MessageFindUniqueArgs} args - Arguments to find a Message
     * @example
     * // Get one Message
     * const message = await prisma.message.findUnique({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUnique<T extends MessageFindUniqueArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args: SelectSubset<T, MessageFindUniqueArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findUnique', 'Message'> extends True ? Prisma__MessageClient<MessageGetPayload<T>> : Prisma__MessageClient<MessageGetPayload<T> | null, null>

    /**
     * Find one Message that matches the filter or throw an error  with `error.code='P2025'` 
     *     if no matches were found.
     * @param {MessageFindUniqueOrThrowArgs} args - Arguments to find a Message
     * @example
     * // Get one Message
     * const message = await prisma.message.findUniqueOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUniqueOrThrow<T extends MessageFindUniqueOrThrowArgs>(
      args?: SelectSubset<T, MessageFindUniqueOrThrowArgs>
    ): Prisma__MessageClient<MessageGetPayload<T>>

    /**
     * Find the first Message 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 {MessageFindFirstArgs} args - Arguments to find a Message
     * @example
     * // Get one Message
     * const message = await prisma.message.findFirst({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirst<T extends MessageFindFirstArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args?: SelectSubset<T, MessageFindFirstArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findFirst', 'Message'> extends True ? Prisma__MessageClient<MessageGetPayload<T>> : Prisma__MessageClient<MessageGetPayload<T> | null, null>

    /**
     * Find the first Message that matches the filter or
     * throw `NotFoundError` 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 {MessageFindFirstOrThrowArgs} args - Arguments to find a Message
     * @example
     * // Get one Message
     * const message = await prisma.message.findFirstOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirstOrThrow<T extends MessageFindFirstOrThrowArgs>(
      args?: SelectSubset<T, MessageFindFirstOrThrowArgs>
    ): Prisma__MessageClient<MessageGetPayload<T>>

    /**
     * Find zero or more Messages 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 {MessageFindManyArgs=} args - Arguments to filter and select certain fields only.
     * @example
     * // Get all Messages
     * const messages = await prisma.message.findMany()
     * 
     * // Get first 10 Messages
     * const messages = await prisma.message.findMany({ take: 10 })
     * 
     * // Only select the `id`
     * const messageWithIdOnly = await prisma.message.findMany({ select: { id: true } })
     * 
    **/
    findMany<T extends MessageFindManyArgs>(
      args?: SelectSubset<T, MessageFindManyArgs>
    ): PrismaPromise<Array<MessageGetPayload<T>>>

    /**
     * Create a Message.
     * @param {MessageCreateArgs} args - Arguments to create a Message.
     * @example
     * // Create one Message
     * const Message = await prisma.message.create({
     *   data: {
     *     // ... data to create a Message
     *   }
     * })
     * 
    **/
    create<T extends MessageCreateArgs>(
      args: SelectSubset<T, MessageCreateArgs>
    ): Prisma__MessageClient<MessageGetPayload<T>>

    /**
     * Create many Messages.
     *     @param {MessageCreateManyArgs} args - Arguments to create many Messages.
     *     @example
     *     // Create many Messages
     *     const message = await prisma.message.createMany({
     *       data: {
     *         // ... provide data here
     *       }
     *     })
     *     
    **/
    createMany<T extends MessageCreateManyArgs>(
      args?: SelectSubset<T, MessageCreateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Delete a Message.
     * @param {MessageDeleteArgs} args - Arguments to delete one Message.
     * @example
     * // Delete one Message
     * const Message = await prisma.message.delete({
     *   where: {
     *     // ... filter to delete one Message
     *   }
     * })
     * 
    **/
    delete<T extends MessageDeleteArgs>(
      args: SelectSubset<T, MessageDeleteArgs>
    ): Prisma__MessageClient<MessageGetPayload<T>>

    /**
     * Update one Message.
     * @param {MessageUpdateArgs} args - Arguments to update one Message.
     * @example
     * // Update one Message
     * const message = await prisma.message.update({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    update<T extends MessageUpdateArgs>(
      args: SelectSubset<T, MessageUpdateArgs>
    ): Prisma__MessageClient<MessageGetPayload<T>>

    /**
     * Delete zero or more Messages.
     * @param {MessageDeleteManyArgs} args - Arguments to filter Messages to delete.
     * @example
     * // Delete a few Messages
     * const { count } = await prisma.message.deleteMany({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     * 
    **/
    deleteMany<T extends MessageDeleteManyArgs>(
      args?: SelectSubset<T, MessageDeleteManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Update zero or more Messages.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {MessageUpdateManyArgs} args - Arguments to update one or more rows.
     * @example
     * // Update many Messages
     * const message = await prisma.message.updateMany({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    updateMany<T extends MessageUpdateManyArgs>(
      args: SelectSubset<T, MessageUpdateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Create or update one Message.
     * @param {MessageUpsertArgs} args - Arguments to update or create a Message.
     * @example
     * // Update or create a Message
     * const message = await prisma.message.upsert({
     *   create: {
     *     // ... data to create a Message
     *   },
     *   update: {
     *     // ... in case it already exists, update
     *   },
     *   where: {
     *     // ... the filter for the Message we want to update
     *   }
     * })
    **/
    upsert<T extends MessageUpsertArgs>(
      args: SelectSubset<T, MessageUpsertArgs>
    ): Prisma__MessageClient<MessageGetPayload<T>>

    /**
     * Count the number of Messages.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {MessageCountArgs} args - Arguments to filter Messages to count.
     * @example
     * // Count the number of Messages
     * const count = await prisma.message.count({
     *   where: {
     *     // ... the filter for the Messages we want to count
     *   }
     * })
    **/
    count<T extends MessageCountArgs>(
      args?: Subset<T, MessageCountArgs>,
    ): PrismaPromise<
      T extends _Record<'select', any>
        ? T['select'] extends true
          ? number
          : GetScalarType<T['select'], MessageCountAggregateOutputType>
        : number
    >

    /**
     * Allows you to perform aggregations operations on a Message.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {MessageAggregateArgs} 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 MessageAggregateArgs>(args: Subset<T, MessageAggregateArgs>): PrismaPromise<GetMessageAggregateType<T>>

    /**
     * Group by Message.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {MessageGroupByArgs} 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 MessageGroupByArgs,
      HasSelectOrTake extends Or<
        Extends<'skip', Keys<T>>,
        Extends<'take', Keys<T>>
      >,
      OrderByArg extends True extends HasSelectOrTake
        ? { orderBy: MessageGroupByArgs['orderBy'] }
        : { orderBy?: MessageGroupByArgs['orderBy'] },
      OrderFields extends ExcludeUnderscoreKeys<Keys<MaybeTupleToUnion<T['orderBy']>>>,
      ByFields extends TupleToUnion<T['by']>,
      ByValid extends Has<ByFields, OrderFields>,
      HavingFields extends GetHavingFields<T['having']>,
      HavingValid extends Has<ByFields, HavingFields>,
      ByEmpty extends T['by'] extends never[] ? True : False,
      InputErrors extends ByEmpty extends True
      ? `Error: "by" must not be empty.`
      : HavingValid extends False
      ? {
          [P in HavingFields]: P extends ByFields
            ? never
            : P extends string
            ? `Error: Field "${P}" used in "having" needs to be provided in "by".`
            : [
                Error,
                'Field ',
                P,
                ` in "having" needs to be provided in "by"`,
              ]
        }[HavingFields]
      : 'take' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "take", you also need to provide "orderBy"'
      : 'skip' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "skip", you also need to provide "orderBy"'
      : ByValid extends True
      ? {}
      : {
          [P in OrderFields]: P extends ByFields
            ? never
            : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
        }[OrderFields]
    >(args: SubsetIntersection<T, MessageGroupByArgs, OrderByArg> & InputErrors): {} extends InputErrors ? GetMessageGroupByPayload<T> : PrismaPromise<InputErrors>

  }

  /**
   * The delegate class that acts as a "Promise-like" for Message.
   * 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 class Prisma__MessageClient<T, Null = never> implements PrismaPromise<T> {
    [prisma]: true;
    private readonly _dmmf;
    private readonly _fetcher;
    private readonly _queryType;
    private readonly _rootField;
    private readonly _clientMethod;
    private readonly _args;
    private readonly _dataPath;
    private readonly _errorFormat;
    private readonly _measurePerformance?;
    private _isList;
    private _callsite;
    private _requestPromise?;
    constructor(_dmmf: runtime.DMMFClass, _fetcher: PrismaClientFetcher, _queryType: 'query' | 'mutation', _rootField: string, _clientMethod: string, _args: any, _dataPath: string[], _errorFormat: ErrorFormat, _measurePerformance?: boolean | undefined, _isList?: boolean);
    readonly [Symbol.toStringTag]: 'PrismaClientPromise';

    creator<T extends UserArgs= {}>(args?: Subset<T, UserArgs>): Prisma__UserClient<UserGetPayload<T> | Null>;

    private get _document();
    /**
     * 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): Promise<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): Promise<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): Promise<T>;
  }



  // Custom InputTypes

  /**
   * Message base type for findUnique actions
   */
  export type MessageFindUniqueArgsBase = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * Filter, which Message to fetch.
     * 
    **/
    where: MessageWhereUniqueInput
  }

  /**
   * Message findUnique
   */
  export interface MessageFindUniqueArgs extends MessageFindUniqueArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findUniqueOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Message findUniqueOrThrow
   */
  export type MessageFindUniqueOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * Filter, which Message to fetch.
     * 
    **/
    where: MessageWhereUniqueInput
  }


  /**
   * Message base type for findFirst actions
   */
  export type MessageFindFirstArgsBase = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * Filter, which Message to fetch.
     * 
    **/
    where?: MessageWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Messages to fetch.
     * 
    **/
    orderBy?: Enumerable<MessageOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Messages.
     * 
    **/
    cursor?: MessageWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Messages 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` Messages.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Messages.
     * 
    **/
    distinct?: Enumerable<MessageScalarFieldEnum>
  }

  /**
   * Message findFirst
   */
  export interface MessageFindFirstArgs extends MessageFindFirstArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findFirstOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Message findFirstOrThrow
   */
  export type MessageFindFirstOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * Filter, which Message to fetch.
     * 
    **/
    where?: MessageWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Messages to fetch.
     * 
    **/
    orderBy?: Enumerable<MessageOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Messages.
     * 
    **/
    cursor?: MessageWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Messages 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` Messages.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Messages.
     * 
    **/
    distinct?: Enumerable<MessageScalarFieldEnum>
  }


  /**
   * Message findMany
   */
  export type MessageFindManyArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * Filter, which Messages to fetch.
     * 
    **/
    where?: MessageWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Messages to fetch.
     * 
    **/
    orderBy?: Enumerable<MessageOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for listing Messages.
     * 
    **/
    cursor?: MessageWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Messages 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` Messages.
     * 
    **/
    skip?: number
    distinct?: Enumerable<MessageScalarFieldEnum>
  }


  /**
   * Message create
   */
  export type MessageCreateArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * The data needed to create a Message.
     * 
    **/
    data: XOR<MessageCreateInput, MessageUncheckedCreateInput>
  }


  /**
   * Message createMany
   */
  export type MessageCreateManyArgs = {
    /**
     * The data used to create many Messages.
     * 
    **/
    data: Enumerable<MessageCreateManyInput>
    skipDuplicates?: boolean
  }


  /**
   * Message update
   */
  export type MessageUpdateArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * The data needed to update a Message.
     * 
    **/
    data: XOR<MessageUpdateInput, MessageUncheckedUpdateInput>
    /**
     * Choose, which Message to update.
     * 
    **/
    where: MessageWhereUniqueInput
  }


  /**
   * Message updateMany
   */
  export type MessageUpdateManyArgs = {
    /**
     * The data used to update Messages.
     * 
    **/
    data: XOR<MessageUpdateManyMutationInput, MessageUncheckedUpdateManyInput>
    /**
     * Filter which Messages to update
     * 
    **/
    where?: MessageWhereInput
  }


  /**
   * Message upsert
   */
  export type MessageUpsertArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * The filter to search for the Message to update in case it exists.
     * 
    **/
    where: MessageWhereUniqueInput
    /**
     * In case the Message found by the `where` argument doesn't exist, create a new Message with this data.
     * 
    **/
    create: XOR<MessageCreateInput, MessageUncheckedCreateInput>
    /**
     * In case the Message was found with the provided `where` argument, update it with this data.
     * 
    **/
    update: XOR<MessageUpdateInput, MessageUncheckedUpdateInput>
  }


  /**
   * Message delete
   */
  export type MessageDeleteArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
    /**
     * Filter which Message to delete.
     * 
    **/
    where: MessageWhereUniqueInput
  }


  /**
   * Message deleteMany
   */
  export type MessageDeleteManyArgs = {
    /**
     * Filter which Messages to delete
     * 
    **/
    where?: MessageWhereInput
  }


  /**
   * Message without action
   */
  export type MessageArgs = {
    /**
     * Select specific fields to fetch from the Message
     * 
    **/
    select?: MessageSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: MessageInclude | null
  }



  /**
   * Model Session
   */


  export type AggregateSession = {
    _count: SessionCountAggregateOutputType | null
    _min: SessionMinAggregateOutputType | null
    _max: SessionMaxAggregateOutputType | null
  }

  export type SessionMinAggregateOutputType = {
    id: string | null
    token: string | null
    userId: string | null
  }

  export type SessionMaxAggregateOutputType = {
    id: string | null
    token: string | null
    userId: string | null
  }

  export type SessionCountAggregateOutputType = {
    id: number
    token: number
    userId: number
    _all: number
  }


  export type SessionMinAggregateInputType = {
    id?: true
    token?: true
    userId?: true
  }

  export type SessionMaxAggregateInputType = {
    id?: true
    token?: true
    userId?: true
  }

  export type SessionCountAggregateInputType = {
    id?: true
    token?: true
    userId?: true
    _all?: true
  }

  export type SessionAggregateArgs = {
    /**
     * Filter which Session to aggregate.
     * 
    **/
    where?: SessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Sessions to fetch.
     * 
    **/
    orderBy?: Enumerable<SessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the start position
     * 
    **/
    cursor?: SessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Sessions 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` Sessions.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Count returned Sessions
    **/
    _count?: true | SessionCountAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the minimum value
    **/
    _min?: SessionMinAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the maximum value
    **/
    _max?: SessionMaxAggregateInputType
  }

  export type GetSessionAggregateType<T extends SessionAggregateArgs> = {
        [P in keyof T & keyof AggregateSession]: P extends '_count' | 'count'
      ? T[P] extends true
        ? number
        : GetScalarType<T[P], AggregateSession[P]>
      : GetScalarType<T[P], AggregateSession[P]>
  }




  export type SessionGroupByArgs = {
    where?: SessionWhereInput
    orderBy?: Enumerable<SessionOrderByWithAggregationInput>
    by: Array<SessionScalarFieldEnum>
    having?: SessionScalarWhereWithAggregatesInput
    take?: number
    skip?: number
    _count?: SessionCountAggregateInputType | true
    _min?: SessionMinAggregateInputType
    _max?: SessionMaxAggregateInputType
  }


  export type SessionGroupByOutputType = {
    id: string
    token: string
    userId: string
    _count: SessionCountAggregateOutputType | null
    _min: SessionMinAggregateOutputType | null
    _max: SessionMaxAggregateOutputType | null
  }

  type GetSessionGroupByPayload<T extends SessionGroupByArgs> = PrismaPromise<
    Array<
      PickArray<SessionGroupByOutputType, T['by']> &
        {
          [P in ((keyof T) & (keyof SessionGroupByOutputType))]: P extends '_count'
            ? T[P] extends boolean
              ? number
              : GetScalarType<T[P], SessionGroupByOutputType[P]>
            : GetScalarType<T[P], SessionGroupByOutputType[P]>
        }
      >
    >


  export type SessionSelect = {
    id?: boolean
    token?: boolean
    userId?: boolean
    user?: boolean | UserArgs
  }


  export type SessionInclude = {
    user?: boolean | UserArgs
  } 

  export type SessionGetPayload<S extends boolean | null | undefined | SessionArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? Session :
    S extends undefined ? never :
    S extends { include: any } & (SessionArgs | SessionFindManyArgs)
    ? Session  & {
    [P in TruthyKeys<S['include']>]:
        P extends 'user' ? UserGetPayload<S['include'][P]> :  never
  } 
    : S extends { select: any } & (SessionArgs | SessionFindManyArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
        P extends 'user' ? UserGetPayload<S['select'][P]> :  P extends keyof Session ? Session[P] : never
  } 
      : Session


  type SessionCountArgs = Merge<
    Omit<SessionFindManyArgs, 'select' | 'include'> & {
      select?: SessionCountAggregateInputType | true
    }
  >

  export interface SessionDelegate<GlobalRejectSettings extends Prisma.RejectOnNotFound | Prisma.RejectPerOperation | false | undefined> {
    /**
     * Find zero or one Session that matches the filter.
     * @param {SessionFindUniqueArgs} args - Arguments to find a Session
     * @example
     * // Get one Session
     * const session = await prisma.session.findUnique({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUnique<T extends SessionFindUniqueArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args: SelectSubset<T, SessionFindUniqueArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findUnique', 'Session'> extends True ? Prisma__SessionClient<SessionGetPayload<T>> : Prisma__SessionClient<SessionGetPayload<T> | null, null>

    /**
     * Find one Session that matches the filter or throw an error  with `error.code='P2025'` 
     *     if no matches were found.
     * @param {SessionFindUniqueOrThrowArgs} args - Arguments to find a Session
     * @example
     * // Get one Session
     * const session = await prisma.session.findUniqueOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUniqueOrThrow<T extends SessionFindUniqueOrThrowArgs>(
      args?: SelectSubset<T, SessionFindUniqueOrThrowArgs>
    ): Prisma__SessionClient<SessionGetPayload<T>>

    /**
     * Find the first Session 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 {SessionFindFirstArgs} args - Arguments to find a Session
     * @example
     * // Get one Session
     * const session = await prisma.session.findFirst({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirst<T extends SessionFindFirstArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args?: SelectSubset<T, SessionFindFirstArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findFirst', 'Session'> extends True ? Prisma__SessionClient<SessionGetPayload<T>> : Prisma__SessionClient<SessionGetPayload<T> | null, null>

    /**
     * Find the first Session that matches the filter or
     * throw `NotFoundError` 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 {SessionFindFirstOrThrowArgs} args - Arguments to find a Session
     * @example
     * // Get one Session
     * const session = await prisma.session.findFirstOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirstOrThrow<T extends SessionFindFirstOrThrowArgs>(
      args?: SelectSubset<T, SessionFindFirstOrThrowArgs>
    ): Prisma__SessionClient<SessionGetPayload<T>>

    /**
     * Find zero or more Sessions 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 {SessionFindManyArgs=} args - Arguments to filter and select certain fields only.
     * @example
     * // Get all Sessions
     * const sessions = await prisma.session.findMany()
     * 
     * // Get first 10 Sessions
     * const sessions = await prisma.session.findMany({ take: 10 })
     * 
     * // Only select the `id`
     * const sessionWithIdOnly = await prisma.session.findMany({ select: { id: true } })
     * 
    **/
    findMany<T extends SessionFindManyArgs>(
      args?: SelectSubset<T, SessionFindManyArgs>
    ): PrismaPromise<Array<SessionGetPayload<T>>>

    /**
     * Create a Session.
     * @param {SessionCreateArgs} args - Arguments to create a Session.
     * @example
     * // Create one Session
     * const Session = await prisma.session.create({
     *   data: {
     *     // ... data to create a Session
     *   }
     * })
     * 
    **/
    create<T extends SessionCreateArgs>(
      args: SelectSubset<T, SessionCreateArgs>
    ): Prisma__SessionClient<SessionGetPayload<T>>

    /**
     * Create many Sessions.
     *     @param {SessionCreateManyArgs} args - Arguments to create many Sessions.
     *     @example
     *     // Create many Sessions
     *     const session = await prisma.session.createMany({
     *       data: {
     *         // ... provide data here
     *       }
     *     })
     *     
    **/
    createMany<T extends SessionCreateManyArgs>(
      args?: SelectSubset<T, SessionCreateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Delete a Session.
     * @param {SessionDeleteArgs} args - Arguments to delete one Session.
     * @example
     * // Delete one Session
     * const Session = await prisma.session.delete({
     *   where: {
     *     // ... filter to delete one Session
     *   }
     * })
     * 
    **/
    delete<T extends SessionDeleteArgs>(
      args: SelectSubset<T, SessionDeleteArgs>
    ): Prisma__SessionClient<SessionGetPayload<T>>

    /**
     * Update one Session.
     * @param {SessionUpdateArgs} args - Arguments to update one Session.
     * @example
     * // Update one Session
     * const session = await prisma.session.update({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    update<T extends SessionUpdateArgs>(
      args: SelectSubset<T, SessionUpdateArgs>
    ): Prisma__SessionClient<SessionGetPayload<T>>

    /**
     * Delete zero or more Sessions.
     * @param {SessionDeleteManyArgs} args - Arguments to filter Sessions to delete.
     * @example
     * // Delete a few Sessions
     * const { count } = await prisma.session.deleteMany({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     * 
    **/
    deleteMany<T extends SessionDeleteManyArgs>(
      args?: SelectSubset<T, SessionDeleteManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Update zero or more Sessions.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {SessionUpdateManyArgs} args - Arguments to update one or more rows.
     * @example
     * // Update many Sessions
     * const session = await prisma.session.updateMany({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    updateMany<T extends SessionUpdateManyArgs>(
      args: SelectSubset<T, SessionUpdateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Create or update one Session.
     * @param {SessionUpsertArgs} args - Arguments to update or create a Session.
     * @example
     * // Update or create a Session
     * const session = await prisma.session.upsert({
     *   create: {
     *     // ... data to create a Session
     *   },
     *   update: {
     *     // ... in case it already exists, update
     *   },
     *   where: {
     *     // ... the filter for the Session we want to update
     *   }
     * })
    **/
    upsert<T extends SessionUpsertArgs>(
      args: SelectSubset<T, SessionUpsertArgs>
    ): Prisma__SessionClient<SessionGetPayload<T>>

    /**
     * Count the number of Sessions.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {SessionCountArgs} args - Arguments to filter Sessions to count.
     * @example
     * // Count the number of Sessions
     * const count = await prisma.session.count({
     *   where: {
     *     // ... the filter for the Sessions we want to count
     *   }
     * })
    **/
    count<T extends SessionCountArgs>(
      args?: Subset<T, SessionCountArgs>,
    ): PrismaPromise<
      T extends _Record<'select', any>
        ? T['select'] extends true
          ? number
          : GetScalarType<T['select'], SessionCountAggregateOutputType>
        : number
    >

    /**
     * Allows you to perform aggregations operations on a Session.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {SessionAggregateArgs} 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 SessionAggregateArgs>(args: Subset<T, SessionAggregateArgs>): PrismaPromise<GetSessionAggregateType<T>>

    /**
     * Group by Session.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {SessionGroupByArgs} 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 SessionGroupByArgs,
      HasSelectOrTake extends Or<
        Extends<'skip', Keys<T>>,
        Extends<'take', Keys<T>>
      >,
      OrderByArg extends True extends HasSelectOrTake
        ? { orderBy: SessionGroupByArgs['orderBy'] }
        : { orderBy?: SessionGroupByArgs['orderBy'] },
      OrderFields extends ExcludeUnderscoreKeys<Keys<MaybeTupleToUnion<T['orderBy']>>>,
      ByFields extends TupleToUnion<T['by']>,
      ByValid extends Has<ByFields, OrderFields>,
      HavingFields extends GetHavingFields<T['having']>,
      HavingValid extends Has<ByFields, HavingFields>,
      ByEmpty extends T['by'] extends never[] ? True : False,
      InputErrors extends ByEmpty extends True
      ? `Error: "by" must not be empty.`
      : HavingValid extends False
      ? {
          [P in HavingFields]: P extends ByFields
            ? never
            : P extends string
            ? `Error: Field "${P}" used in "having" needs to be provided in "by".`
            : [
                Error,
                'Field ',
                P,
                ` in "having" needs to be provided in "by"`,
              ]
        }[HavingFields]
      : 'take' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "take", you also need to provide "orderBy"'
      : 'skip' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "skip", you also need to provide "orderBy"'
      : ByValid extends True
      ? {}
      : {
          [P in OrderFields]: P extends ByFields
            ? never
            : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
        }[OrderFields]
    >(args: SubsetIntersection<T, SessionGroupByArgs, OrderByArg> & InputErrors): {} extends InputErrors ? GetSessionGroupByPayload<T> : PrismaPromise<InputErrors>

  }

  /**
   * The delegate class that acts as a "Promise-like" for Session.
   * 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 class Prisma__SessionClient<T, Null = never> implements PrismaPromise<T> {
    [prisma]: true;
    private readonly _dmmf;
    private readonly _fetcher;
    private readonly _queryType;
    private readonly _rootField;
    private readonly _clientMethod;
    private readonly _args;
    private readonly _dataPath;
    private readonly _errorFormat;
    private readonly _measurePerformance?;
    private _isList;
    private _callsite;
    private _requestPromise?;
    constructor(_dmmf: runtime.DMMFClass, _fetcher: PrismaClientFetcher, _queryType: 'query' | 'mutation', _rootField: string, _clientMethod: string, _args: any, _dataPath: string[], _errorFormat: ErrorFormat, _measurePerformance?: boolean | undefined, _isList?: boolean);
    readonly [Symbol.toStringTag]: 'PrismaClientPromise';

    user<T extends UserArgs= {}>(args?: Subset<T, UserArgs>): Prisma__UserClient<UserGetPayload<T> | Null>;

    private get _document();
    /**
     * 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): Promise<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): Promise<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): Promise<T>;
  }



  // Custom InputTypes

  /**
   * Session base type for findUnique actions
   */
  export type SessionFindUniqueArgsBase = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * Filter, which Session to fetch.
     * 
    **/
    where: SessionWhereUniqueInput
  }

  /**
   * Session findUnique
   */
  export interface SessionFindUniqueArgs extends SessionFindUniqueArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findUniqueOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Session findUniqueOrThrow
   */
  export type SessionFindUniqueOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * Filter, which Session to fetch.
     * 
    **/
    where: SessionWhereUniqueInput
  }


  /**
   * Session base type for findFirst actions
   */
  export type SessionFindFirstArgsBase = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * Filter, which Session to fetch.
     * 
    **/
    where?: SessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Sessions to fetch.
     * 
    **/
    orderBy?: Enumerable<SessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Sessions.
     * 
    **/
    cursor?: SessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Sessions 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` Sessions.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Sessions.
     * 
    **/
    distinct?: Enumerable<SessionScalarFieldEnum>
  }

  /**
   * Session findFirst
   */
  export interface SessionFindFirstArgs extends SessionFindFirstArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findFirstOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * Session findFirstOrThrow
   */
  export type SessionFindFirstOrThrowArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * Filter, which Session to fetch.
     * 
    **/
    where?: SessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Sessions to fetch.
     * 
    **/
    orderBy?: Enumerable<SessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for Sessions.
     * 
    **/
    cursor?: SessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Sessions 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` Sessions.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of Sessions.
     * 
    **/
    distinct?: Enumerable<SessionScalarFieldEnum>
  }


  /**
   * Session findMany
   */
  export type SessionFindManyArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * Filter, which Sessions to fetch.
     * 
    **/
    where?: SessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of Sessions to fetch.
     * 
    **/
    orderBy?: Enumerable<SessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for listing Sessions.
     * 
    **/
    cursor?: SessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` Sessions 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` Sessions.
     * 
    **/
    skip?: number
    distinct?: Enumerable<SessionScalarFieldEnum>
  }


  /**
   * Session create
   */
  export type SessionCreateArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * The data needed to create a Session.
     * 
    **/
    data: XOR<SessionCreateInput, SessionUncheckedCreateInput>
  }


  /**
   * Session createMany
   */
  export type SessionCreateManyArgs = {
    /**
     * The data used to create many Sessions.
     * 
    **/
    data: Enumerable<SessionCreateManyInput>
    skipDuplicates?: boolean
  }


  /**
   * Session update
   */
  export type SessionUpdateArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * The data needed to update a Session.
     * 
    **/
    data: XOR<SessionUpdateInput, SessionUncheckedUpdateInput>
    /**
     * Choose, which Session to update.
     * 
    **/
    where: SessionWhereUniqueInput
  }


  /**
   * Session updateMany
   */
  export type SessionUpdateManyArgs = {
    /**
     * The data used to update Sessions.
     * 
    **/
    data: XOR<SessionUpdateManyMutationInput, SessionUncheckedUpdateManyInput>
    /**
     * Filter which Sessions to update
     * 
    **/
    where?: SessionWhereInput
  }


  /**
   * Session upsert
   */
  export type SessionUpsertArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * The filter to search for the Session to update in case it exists.
     * 
    **/
    where: SessionWhereUniqueInput
    /**
     * In case the Session found by the `where` argument doesn't exist, create a new Session with this data.
     * 
    **/
    create: XOR<SessionCreateInput, SessionUncheckedCreateInput>
    /**
     * In case the Session was found with the provided `where` argument, update it with this data.
     * 
    **/
    update: XOR<SessionUpdateInput, SessionUncheckedUpdateInput>
  }


  /**
   * Session delete
   */
  export type SessionDeleteArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
    /**
     * Filter which Session to delete.
     * 
    **/
    where: SessionWhereUniqueInput
  }


  /**
   * Session deleteMany
   */
  export type SessionDeleteManyArgs = {
    /**
     * Filter which Sessions to delete
     * 
    **/
    where?: SessionWhereInput
  }


  /**
   * Session without action
   */
  export type SessionArgs = {
    /**
     * Select specific fields to fetch from the Session
     * 
    **/
    select?: SessionSelect | null
    /**
     * Choose, which related nodes to fetch as well.
     * 
    **/
    include?: SessionInclude | null
  }



  /**
   * Model ExpiredSession
   */


  export type AggregateExpiredSession = {
    _count: ExpiredSessionCountAggregateOutputType | null
    _min: ExpiredSessionMinAggregateOutputType | null
    _max: ExpiredSessionMaxAggregateOutputType | null
  }

  export type ExpiredSessionMinAggregateOutputType = {
    id: string | null
    token: string | null
  }

  export type ExpiredSessionMaxAggregateOutputType = {
    id: string | null
    token: string | null
  }

  export type ExpiredSessionCountAggregateOutputType = {
    id: number
    token: number
    _all: number
  }


  export type ExpiredSessionMinAggregateInputType = {
    id?: true
    token?: true
  }

  export type ExpiredSessionMaxAggregateInputType = {
    id?: true
    token?: true
  }

  export type ExpiredSessionCountAggregateInputType = {
    id?: true
    token?: true
    _all?: true
  }

  export type ExpiredSessionAggregateArgs = {
    /**
     * Filter which ExpiredSession to aggregate.
     * 
    **/
    where?: ExpiredSessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of ExpiredSessions to fetch.
     * 
    **/
    orderBy?: Enumerable<ExpiredSessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the start position
     * 
    **/
    cursor?: ExpiredSessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` ExpiredSessions 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` ExpiredSessions.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Count returned ExpiredSessions
    **/
    _count?: true | ExpiredSessionCountAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the minimum value
    **/
    _min?: ExpiredSessionMinAggregateInputType
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/aggregations Aggregation Docs}
     * 
     * Select which fields to find the maximum value
    **/
    _max?: ExpiredSessionMaxAggregateInputType
  }

  export type GetExpiredSessionAggregateType<T extends ExpiredSessionAggregateArgs> = {
        [P in keyof T & keyof AggregateExpiredSession]: P extends '_count' | 'count'
      ? T[P] extends true
        ? number
        : GetScalarType<T[P], AggregateExpiredSession[P]>
      : GetScalarType<T[P], AggregateExpiredSession[P]>
  }




  export type ExpiredSessionGroupByArgs = {
    where?: ExpiredSessionWhereInput
    orderBy?: Enumerable<ExpiredSessionOrderByWithAggregationInput>
    by: Array<ExpiredSessionScalarFieldEnum>
    having?: ExpiredSessionScalarWhereWithAggregatesInput
    take?: number
    skip?: number
    _count?: ExpiredSessionCountAggregateInputType | true
    _min?: ExpiredSessionMinAggregateInputType
    _max?: ExpiredSessionMaxAggregateInputType
  }


  export type ExpiredSessionGroupByOutputType = {
    id: string
    token: string
    _count: ExpiredSessionCountAggregateOutputType | null
    _min: ExpiredSessionMinAggregateOutputType | null
    _max: ExpiredSessionMaxAggregateOutputType | null
  }

  type GetExpiredSessionGroupByPayload<T extends ExpiredSessionGroupByArgs> = PrismaPromise<
    Array<
      PickArray<ExpiredSessionGroupByOutputType, T['by']> &
        {
          [P in ((keyof T) & (keyof ExpiredSessionGroupByOutputType))]: P extends '_count'
            ? T[P] extends boolean
              ? number
              : GetScalarType<T[P], ExpiredSessionGroupByOutputType[P]>
            : GetScalarType<T[P], ExpiredSessionGroupByOutputType[P]>
        }
      >
    >


  export type ExpiredSessionSelect = {
    id?: boolean
    token?: boolean
  }


  export type ExpiredSessionGetPayload<S extends boolean | null | undefined | ExpiredSessionArgs> =
    S extends { select: any, include: any } ? 'Please either choose `select` or `include`' :
    S extends true ? ExpiredSession :
    S extends undefined ? never :
    S extends { include: any } & (ExpiredSessionArgs | ExpiredSessionFindManyArgs)
    ? ExpiredSession 
    : S extends { select: any } & (ExpiredSessionArgs | ExpiredSessionFindManyArgs)
      ? {
    [P in TruthyKeys<S['select']>]:
    P extends keyof ExpiredSession ? ExpiredSession[P] : never
  } 
      : ExpiredSession


  type ExpiredSessionCountArgs = Merge<
    Omit<ExpiredSessionFindManyArgs, 'select' | 'include'> & {
      select?: ExpiredSessionCountAggregateInputType | true
    }
  >

  export interface ExpiredSessionDelegate<GlobalRejectSettings extends Prisma.RejectOnNotFound | Prisma.RejectPerOperation | false | undefined> {
    /**
     * Find zero or one ExpiredSession that matches the filter.
     * @param {ExpiredSessionFindUniqueArgs} args - Arguments to find a ExpiredSession
     * @example
     * // Get one ExpiredSession
     * const expiredSession = await prisma.expiredSession.findUnique({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUnique<T extends ExpiredSessionFindUniqueArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args: SelectSubset<T, ExpiredSessionFindUniqueArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findUnique', 'ExpiredSession'> extends True ? Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>> : Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T> | null, null>

    /**
     * Find one ExpiredSession that matches the filter or throw an error  with `error.code='P2025'` 
     *     if no matches were found.
     * @param {ExpiredSessionFindUniqueOrThrowArgs} args - Arguments to find a ExpiredSession
     * @example
     * // Get one ExpiredSession
     * const expiredSession = await prisma.expiredSession.findUniqueOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findUniqueOrThrow<T extends ExpiredSessionFindUniqueOrThrowArgs>(
      args?: SelectSubset<T, ExpiredSessionFindUniqueOrThrowArgs>
    ): Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>>

    /**
     * Find the first ExpiredSession 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 {ExpiredSessionFindFirstArgs} args - Arguments to find a ExpiredSession
     * @example
     * // Get one ExpiredSession
     * const expiredSession = await prisma.expiredSession.findFirst({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirst<T extends ExpiredSessionFindFirstArgs,  LocalRejectSettings = T["rejectOnNotFound"] extends RejectOnNotFound ? T['rejectOnNotFound'] : undefined>(
      args?: SelectSubset<T, ExpiredSessionFindFirstArgs>
    ): HasReject<GlobalRejectSettings, LocalRejectSettings, 'findFirst', 'ExpiredSession'> extends True ? Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>> : Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T> | null, null>

    /**
     * Find the first ExpiredSession that matches the filter or
     * throw `NotFoundError` 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 {ExpiredSessionFindFirstOrThrowArgs} args - Arguments to find a ExpiredSession
     * @example
     * // Get one ExpiredSession
     * const expiredSession = await prisma.expiredSession.findFirstOrThrow({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
    **/
    findFirstOrThrow<T extends ExpiredSessionFindFirstOrThrowArgs>(
      args?: SelectSubset<T, ExpiredSessionFindFirstOrThrowArgs>
    ): Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>>

    /**
     * Find zero or more ExpiredSessions 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 {ExpiredSessionFindManyArgs=} args - Arguments to filter and select certain fields only.
     * @example
     * // Get all ExpiredSessions
     * const expiredSessions = await prisma.expiredSession.findMany()
     * 
     * // Get first 10 ExpiredSessions
     * const expiredSessions = await prisma.expiredSession.findMany({ take: 10 })
     * 
     * // Only select the `id`
     * const expiredSessionWithIdOnly = await prisma.expiredSession.findMany({ select: { id: true } })
     * 
    **/
    findMany<T extends ExpiredSessionFindManyArgs>(
      args?: SelectSubset<T, ExpiredSessionFindManyArgs>
    ): PrismaPromise<Array<ExpiredSessionGetPayload<T>>>

    /**
     * Create a ExpiredSession.
     * @param {ExpiredSessionCreateArgs} args - Arguments to create a ExpiredSession.
     * @example
     * // Create one ExpiredSession
     * const ExpiredSession = await prisma.expiredSession.create({
     *   data: {
     *     // ... data to create a ExpiredSession
     *   }
     * })
     * 
    **/
    create<T extends ExpiredSessionCreateArgs>(
      args: SelectSubset<T, ExpiredSessionCreateArgs>
    ): Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>>

    /**
     * Create many ExpiredSessions.
     *     @param {ExpiredSessionCreateManyArgs} args - Arguments to create many ExpiredSessions.
     *     @example
     *     // Create many ExpiredSessions
     *     const expiredSession = await prisma.expiredSession.createMany({
     *       data: {
     *         // ... provide data here
     *       }
     *     })
     *     
    **/
    createMany<T extends ExpiredSessionCreateManyArgs>(
      args?: SelectSubset<T, ExpiredSessionCreateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Delete a ExpiredSession.
     * @param {ExpiredSessionDeleteArgs} args - Arguments to delete one ExpiredSession.
     * @example
     * // Delete one ExpiredSession
     * const ExpiredSession = await prisma.expiredSession.delete({
     *   where: {
     *     // ... filter to delete one ExpiredSession
     *   }
     * })
     * 
    **/
    delete<T extends ExpiredSessionDeleteArgs>(
      args: SelectSubset<T, ExpiredSessionDeleteArgs>
    ): Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>>

    /**
     * Update one ExpiredSession.
     * @param {ExpiredSessionUpdateArgs} args - Arguments to update one ExpiredSession.
     * @example
     * // Update one ExpiredSession
     * const expiredSession = await prisma.expiredSession.update({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    update<T extends ExpiredSessionUpdateArgs>(
      args: SelectSubset<T, ExpiredSessionUpdateArgs>
    ): Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>>

    /**
     * Delete zero or more ExpiredSessions.
     * @param {ExpiredSessionDeleteManyArgs} args - Arguments to filter ExpiredSessions to delete.
     * @example
     * // Delete a few ExpiredSessions
     * const { count } = await prisma.expiredSession.deleteMany({
     *   where: {
     *     // ... provide filter here
     *   }
     * })
     * 
    **/
    deleteMany<T extends ExpiredSessionDeleteManyArgs>(
      args?: SelectSubset<T, ExpiredSessionDeleteManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Update zero or more ExpiredSessions.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ExpiredSessionUpdateManyArgs} args - Arguments to update one or more rows.
     * @example
     * // Update many ExpiredSessions
     * const expiredSession = await prisma.expiredSession.updateMany({
     *   where: {
     *     // ... provide filter here
     *   },
     *   data: {
     *     // ... provide data here
     *   }
     * })
     * 
    **/
    updateMany<T extends ExpiredSessionUpdateManyArgs>(
      args: SelectSubset<T, ExpiredSessionUpdateManyArgs>
    ): PrismaPromise<BatchPayload>

    /**
     * Create or update one ExpiredSession.
     * @param {ExpiredSessionUpsertArgs} args - Arguments to update or create a ExpiredSession.
     * @example
     * // Update or create a ExpiredSession
     * const expiredSession = await prisma.expiredSession.upsert({
     *   create: {
     *     // ... data to create a ExpiredSession
     *   },
     *   update: {
     *     // ... in case it already exists, update
     *   },
     *   where: {
     *     // ... the filter for the ExpiredSession we want to update
     *   }
     * })
    **/
    upsert<T extends ExpiredSessionUpsertArgs>(
      args: SelectSubset<T, ExpiredSessionUpsertArgs>
    ): Prisma__ExpiredSessionClient<ExpiredSessionGetPayload<T>>

    /**
     * Count the number of ExpiredSessions.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ExpiredSessionCountArgs} args - Arguments to filter ExpiredSessions to count.
     * @example
     * // Count the number of ExpiredSessions
     * const count = await prisma.expiredSession.count({
     *   where: {
     *     // ... the filter for the ExpiredSessions we want to count
     *   }
     * })
    **/
    count<T extends ExpiredSessionCountArgs>(
      args?: Subset<T, ExpiredSessionCountArgs>,
    ): PrismaPromise<
      T extends _Record<'select', any>
        ? T['select'] extends true
          ? number
          : GetScalarType<T['select'], ExpiredSessionCountAggregateOutputType>
        : number
    >

    /**
     * Allows you to perform aggregations operations on a ExpiredSession.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ExpiredSessionAggregateArgs} 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 ExpiredSessionAggregateArgs>(args: Subset<T, ExpiredSessionAggregateArgs>): PrismaPromise<GetExpiredSessionAggregateType<T>>

    /**
     * Group by ExpiredSession.
     * Note, that providing `undefined` is treated as the value not being there.
     * Read more here: https://pris.ly/d/null-undefined
     * @param {ExpiredSessionGroupByArgs} 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 ExpiredSessionGroupByArgs,
      HasSelectOrTake extends Or<
        Extends<'skip', Keys<T>>,
        Extends<'take', Keys<T>>
      >,
      OrderByArg extends True extends HasSelectOrTake
        ? { orderBy: ExpiredSessionGroupByArgs['orderBy'] }
        : { orderBy?: ExpiredSessionGroupByArgs['orderBy'] },
      OrderFields extends ExcludeUnderscoreKeys<Keys<MaybeTupleToUnion<T['orderBy']>>>,
      ByFields extends TupleToUnion<T['by']>,
      ByValid extends Has<ByFields, OrderFields>,
      HavingFields extends GetHavingFields<T['having']>,
      HavingValid extends Has<ByFields, HavingFields>,
      ByEmpty extends T['by'] extends never[] ? True : False,
      InputErrors extends ByEmpty extends True
      ? `Error: "by" must not be empty.`
      : HavingValid extends False
      ? {
          [P in HavingFields]: P extends ByFields
            ? never
            : P extends string
            ? `Error: Field "${P}" used in "having" needs to be provided in "by".`
            : [
                Error,
                'Field ',
                P,
                ` in "having" needs to be provided in "by"`,
              ]
        }[HavingFields]
      : 'take' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "take", you also need to provide "orderBy"'
      : 'skip' extends Keys<T>
      ? 'orderBy' extends Keys<T>
        ? ByValid extends True
          ? {}
          : {
              [P in OrderFields]: P extends ByFields
                ? never
                : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
            }[OrderFields]
        : 'Error: If you provide "skip", you also need to provide "orderBy"'
      : ByValid extends True
      ? {}
      : {
          [P in OrderFields]: P extends ByFields
            ? never
            : `Error: Field "${P}" in "orderBy" needs to be provided in "by"`
        }[OrderFields]
    >(args: SubsetIntersection<T, ExpiredSessionGroupByArgs, OrderByArg> & InputErrors): {} extends InputErrors ? GetExpiredSessionGroupByPayload<T> : PrismaPromise<InputErrors>

  }

  /**
   * The delegate class that acts as a "Promise-like" for ExpiredSession.
   * 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 class Prisma__ExpiredSessionClient<T, Null = never> implements PrismaPromise<T> {
    [prisma]: true;
    private readonly _dmmf;
    private readonly _fetcher;
    private readonly _queryType;
    private readonly _rootField;
    private readonly _clientMethod;
    private readonly _args;
    private readonly _dataPath;
    private readonly _errorFormat;
    private readonly _measurePerformance?;
    private _isList;
    private _callsite;
    private _requestPromise?;
    constructor(_dmmf: runtime.DMMFClass, _fetcher: PrismaClientFetcher, _queryType: 'query' | 'mutation', _rootField: string, _clientMethod: string, _args: any, _dataPath: string[], _errorFormat: ErrorFormat, _measurePerformance?: boolean | undefined, _isList?: boolean);
    readonly [Symbol.toStringTag]: 'PrismaClientPromise';


    private get _document();
    /**
     * 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): Promise<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): Promise<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): Promise<T>;
  }



  // Custom InputTypes

  /**
   * ExpiredSession base type for findUnique actions
   */
  export type ExpiredSessionFindUniqueArgsBase = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * Filter, which ExpiredSession to fetch.
     * 
    **/
    where: ExpiredSessionWhereUniqueInput
  }

  /**
   * ExpiredSession findUnique
   */
  export interface ExpiredSessionFindUniqueArgs extends ExpiredSessionFindUniqueArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findUniqueOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * ExpiredSession findUniqueOrThrow
   */
  export type ExpiredSessionFindUniqueOrThrowArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * Filter, which ExpiredSession to fetch.
     * 
    **/
    where: ExpiredSessionWhereUniqueInput
  }


  /**
   * ExpiredSession base type for findFirst actions
   */
  export type ExpiredSessionFindFirstArgsBase = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * Filter, which ExpiredSession to fetch.
     * 
    **/
    where?: ExpiredSessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of ExpiredSessions to fetch.
     * 
    **/
    orderBy?: Enumerable<ExpiredSessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for ExpiredSessions.
     * 
    **/
    cursor?: ExpiredSessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` ExpiredSessions 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` ExpiredSessions.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of ExpiredSessions.
     * 
    **/
    distinct?: Enumerable<ExpiredSessionScalarFieldEnum>
  }

  /**
   * ExpiredSession findFirst
   */
  export interface ExpiredSessionFindFirstArgs extends ExpiredSessionFindFirstArgsBase {
   /**
    * Throw an Error if query returns no results
    * @deprecated since 4.0.0: use `findFirstOrThrow` method instead
    */
    rejectOnNotFound?: RejectOnNotFound
  }
      

  /**
   * ExpiredSession findFirstOrThrow
   */
  export type ExpiredSessionFindFirstOrThrowArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * Filter, which ExpiredSession to fetch.
     * 
    **/
    where?: ExpiredSessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of ExpiredSessions to fetch.
     * 
    **/
    orderBy?: Enumerable<ExpiredSessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for searching for ExpiredSessions.
     * 
    **/
    cursor?: ExpiredSessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` ExpiredSessions 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` ExpiredSessions.
     * 
    **/
    skip?: number
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/distinct Distinct Docs}
     * 
     * Filter by unique combinations of ExpiredSessions.
     * 
    **/
    distinct?: Enumerable<ExpiredSessionScalarFieldEnum>
  }


  /**
   * ExpiredSession findMany
   */
  export type ExpiredSessionFindManyArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * Filter, which ExpiredSessions to fetch.
     * 
    **/
    where?: ExpiredSessionWhereInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/sorting Sorting Docs}
     * 
     * Determine the order of ExpiredSessions to fetch.
     * 
    **/
    orderBy?: Enumerable<ExpiredSessionOrderByWithRelationInput>
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination#cursor-based-pagination Cursor Docs}
     * 
     * Sets the position for listing ExpiredSessions.
     * 
    **/
    cursor?: ExpiredSessionWhereUniqueInput
    /**
     * {@link https://www.prisma.io/docs/concepts/components/prisma-client/pagination Pagination Docs}
     * 
     * Take `±n` ExpiredSessions 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` ExpiredSessions.
     * 
    **/
    skip?: number
    distinct?: Enumerable<ExpiredSessionScalarFieldEnum>
  }


  /**
   * ExpiredSession create
   */
  export type ExpiredSessionCreateArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * The data needed to create a ExpiredSession.
     * 
    **/
    data: XOR<ExpiredSessionCreateInput, ExpiredSessionUncheckedCreateInput>
  }


  /**
   * ExpiredSession createMany
   */
  export type ExpiredSessionCreateManyArgs = {
    /**
     * The data used to create many ExpiredSessions.
     * 
    **/
    data: Enumerable<ExpiredSessionCreateManyInput>
    skipDuplicates?: boolean
  }


  /**
   * ExpiredSession update
   */
  export type ExpiredSessionUpdateArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * The data needed to update a ExpiredSession.
     * 
    **/
    data: XOR<ExpiredSessionUpdateInput, ExpiredSessionUncheckedUpdateInput>
    /**
     * Choose, which ExpiredSession to update.
     * 
    **/
    where: ExpiredSessionWhereUniqueInput
  }


  /**
   * ExpiredSession updateMany
   */
  export type ExpiredSessionUpdateManyArgs = {
    /**
     * The data used to update ExpiredSessions.
     * 
    **/
    data: XOR<ExpiredSessionUpdateManyMutationInput, ExpiredSessionUncheckedUpdateManyInput>
    /**
     * Filter which ExpiredSessions to update
     * 
    **/
    where?: ExpiredSessionWhereInput
  }


  /**
   * ExpiredSession upsert
   */
  export type ExpiredSessionUpsertArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * The filter to search for the ExpiredSession to update in case it exists.
     * 
    **/
    where: ExpiredSessionWhereUniqueInput
    /**
     * In case the ExpiredSession found by the `where` argument doesn't exist, create a new ExpiredSession with this data.
     * 
    **/
    create: XOR<ExpiredSessionCreateInput, ExpiredSessionUncheckedCreateInput>
    /**
     * In case the ExpiredSession was found with the provided `where` argument, update it with this data.
     * 
    **/
    update: XOR<ExpiredSessionUpdateInput, ExpiredSessionUncheckedUpdateInput>
  }


  /**
   * ExpiredSession delete
   */
  export type ExpiredSessionDeleteArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
    /**
     * Filter which ExpiredSession to delete.
     * 
    **/
    where: ExpiredSessionWhereUniqueInput
  }


  /**
   * ExpiredSession deleteMany
   */
  export type ExpiredSessionDeleteManyArgs = {
    /**
     * Filter which ExpiredSessions to delete
     * 
    **/
    where?: ExpiredSessionWhereInput
  }


  /**
   * ExpiredSession without action
   */
  export type ExpiredSessionArgs = {
    /**
     * Select specific fields to fetch from the ExpiredSession
     * 
    **/
    select?: ExpiredSessionSelect | null
  }



  /**
   * Enums
   */

  // Based on
  // https://github.com/microsoft/TypeScript/issues/3192#issuecomment-261720275

  export const ExpiredSessionScalarFieldEnum: {
    id: 'id',
    token: 'token'
  };

  export type ExpiredSessionScalarFieldEnum = (typeof ExpiredSessionScalarFieldEnum)[keyof typeof ExpiredSessionScalarFieldEnum]


  export const MessageScalarFieldEnum: {
    id: 'id',
    body: 'body',
    userId: 'userId'
  };

  export type MessageScalarFieldEnum = (typeof MessageScalarFieldEnum)[keyof typeof MessageScalarFieldEnum]


  export const QueryMode: {
    default: 'default',
    insensitive: 'insensitive'
  };

  export type QueryMode = (typeof QueryMode)[keyof typeof QueryMode]


  export const RoomScalarFieldEnum: {
    id: 'id',
    name: 'name'
  };

  export type RoomScalarFieldEnum = (typeof RoomScalarFieldEnum)[keyof typeof RoomScalarFieldEnum]


  export const ServerScalarFieldEnum: {
    id: 'id',
    name: 'name'
  };

  export type ServerScalarFieldEnum = (typeof ServerScalarFieldEnum)[keyof typeof ServerScalarFieldEnum]


  export const SessionScalarFieldEnum: {
    id: 'id',
    token: 'token',
    userId: 'userId'
  };

  export type SessionScalarFieldEnum = (typeof SessionScalarFieldEnum)[keyof typeof SessionScalarFieldEnum]


  export const SortOrder: {
    asc: 'asc',
    desc: 'desc'
  };

  export type SortOrder = (typeof SortOrder)[keyof typeof SortOrder]


  export const TransactionIsolationLevel: {
    ReadUncommitted: 'ReadUncommitted',
    ReadCommitted: 'ReadCommitted',
    RepeatableRead: 'RepeatableRead',
    Serializable: 'Serializable'
  };

  export type TransactionIsolationLevel = (typeof TransactionIsolationLevel)[keyof typeof TransactionIsolationLevel]


  export const UserScalarFieldEnum: {
    id: 'id',
    email: 'email',
    username: 'username',
    passwordhash: 'passwordhash',
    serverId: 'serverId'
  };

  export type UserScalarFieldEnum = (typeof UserScalarFieldEnum)[keyof typeof UserScalarFieldEnum]


  /**
   * Deep Input Types
   */


  export type UserWhereInput = {
    AND?: Enumerable<UserWhereInput>
    OR?: Enumerable<UserWhereInput>
    NOT?: Enumerable<UserWhereInput>
    id?: StringFilter | string
    email?: StringFilter | string
    username?: StringFilter | string
    passwordhash?: StringFilter | string
    Server?: ServerListRelationFilter
    serverId?: StringNullableFilter | string | null
    Messages?: MessageListRelationFilter
    Session?: SessionListRelationFilter
  }

  export type UserOrderByWithRelationInput = {
    id?: SortOrder
    email?: SortOrder
    username?: SortOrder
    passwordhash?: SortOrder
    Server?: ServerOrderByRelationAggregateInput
    serverId?: SortOrder
    Messages?: MessageOrderByRelationAggregateInput
    Session?: SessionOrderByRelationAggregateInput
  }

  export type UserWhereUniqueInput = {
    id?: string
    email?: string
    username?: string
  }

  export type UserOrderByWithAggregationInput = {
    id?: SortOrder
    email?: SortOrder
    username?: SortOrder
    passwordhash?: SortOrder
    serverId?: SortOrder
    _count?: UserCountOrderByAggregateInput
    _max?: UserMaxOrderByAggregateInput
    _min?: UserMinOrderByAggregateInput
  }

  export type UserScalarWhereWithAggregatesInput = {
    AND?: Enumerable<UserScalarWhereWithAggregatesInput>
    OR?: Enumerable<UserScalarWhereWithAggregatesInput>
    NOT?: Enumerable<UserScalarWhereWithAggregatesInput>
    id?: StringWithAggregatesFilter | string
    email?: StringWithAggregatesFilter | string
    username?: StringWithAggregatesFilter | string
    passwordhash?: StringWithAggregatesFilter | string
    serverId?: StringNullableWithAggregatesFilter | string | null
  }

  export type ServerWhereInput = {
    AND?: Enumerable<ServerWhereInput>
    OR?: Enumerable<ServerWhereInput>
    NOT?: Enumerable<ServerWhereInput>
    id?: StringFilter | string
    name?: StringFilter | string
    participants?: UserListRelationFilter
  }

  export type ServerOrderByWithRelationInput = {
    id?: SortOrder
    name?: SortOrder
    participants?: UserOrderByRelationAggregateInput
  }

  export type ServerWhereUniqueInput = {
    id?: string
  }

  export type ServerOrderByWithAggregationInput = {
    id?: SortOrder
    name?: SortOrder
    _count?: ServerCountOrderByAggregateInput
    _max?: ServerMaxOrderByAggregateInput
    _min?: ServerMinOrderByAggregateInput
  }

  export type ServerScalarWhereWithAggregatesInput = {
    AND?: Enumerable<ServerScalarWhereWithAggregatesInput>
    OR?: Enumerable<ServerScalarWhereWithAggregatesInput>
    NOT?: Enumerable<ServerScalarWhereWithAggregatesInput>
    id?: StringWithAggregatesFilter | string
    name?: StringWithAggregatesFilter | string
  }

  export type RoomWhereInput = {
    AND?: Enumerable<RoomWhereInput>
    OR?: Enumerable<RoomWhereInput>
    NOT?: Enumerable<RoomWhereInput>
    id?: StringFilter | string
    name?: StringFilter | string
  }

  export type RoomOrderByWithRelationInput = {
    id?: SortOrder
    name?: SortOrder
  }

  export type RoomWhereUniqueInput = {
    id?: string
  }

  export type RoomOrderByWithAggregationInput = {
    id?: SortOrder
    name?: SortOrder
    _count?: RoomCountOrderByAggregateInput
    _max?: RoomMaxOrderByAggregateInput
    _min?: RoomMinOrderByAggregateInput
  }

  export type RoomScalarWhereWithAggregatesInput = {
    AND?: Enumerable<RoomScalarWhereWithAggregatesInput>
    OR?: Enumerable<RoomScalarWhereWithAggregatesInput>
    NOT?: Enumerable<RoomScalarWhereWithAggregatesInput>
    id?: StringWithAggregatesFilter | string
    name?: StringWithAggregatesFilter | string
  }

  export type MessageWhereInput = {
    AND?: Enumerable<MessageWhereInput>
    OR?: Enumerable<MessageWhereInput>
    NOT?: Enumerable<MessageWhereInput>
    id?: StringFilter | string
    body?: StringFilter | string
    creator?: XOR<UserRelationFilter, UserWhereInput>
    userId?: StringFilter | string
  }

  export type MessageOrderByWithRelationInput = {
    id?: SortOrder
    body?: SortOrder
    creator?: UserOrderByWithRelationInput
    userId?: SortOrder
  }

  export type MessageWhereUniqueInput = {
    id?: string
  }

  export type MessageOrderByWithAggregationInput = {
    id?: SortOrder
    body?: SortOrder
    userId?: SortOrder
    _count?: MessageCountOrderByAggregateInput
    _max?: MessageMaxOrderByAggregateInput
    _min?: MessageMinOrderByAggregateInput
  }

  export type MessageScalarWhereWithAggregatesInput = {
    AND?: Enumerable<MessageScalarWhereWithAggregatesInput>
    OR?: Enumerable<MessageScalarWhereWithAggregatesInput>
    NOT?: Enumerable<MessageScalarWhereWithAggregatesInput>
    id?: StringWithAggregatesFilter | string
    body?: StringWithAggregatesFilter | string
    userId?: StringWithAggregatesFilter | string
  }

  export type SessionWhereInput = {
    AND?: Enumerable<SessionWhereInput>
    OR?: Enumerable<SessionWhereInput>
    NOT?: Enumerable<SessionWhereInput>
    id?: StringFilter | string
    token?: StringFilter | string
    userId?: StringFilter | string
    user?: XOR<UserRelationFilter, UserWhereInput>
  }

  export type SessionOrderByWithRelationInput = {
    id?: SortOrder
    token?: SortOrder
    userId?: SortOrder
    user?: UserOrderByWithRelationInput
  }

  export type SessionWhereUniqueInput = {
    id?: string
  }

  export type SessionOrderByWithAggregationInput = {
    id?: SortOrder
    token?: SortOrder
    userId?: SortOrder
    _count?: SessionCountOrderByAggregateInput
    _max?: SessionMaxOrderByAggregateInput
    _min?: SessionMinOrderByAggregateInput
  }

  export type SessionScalarWhereWithAggregatesInput = {
    AND?: Enumerable<SessionScalarWhereWithAggregatesInput>
    OR?: Enumerable<SessionScalarWhereWithAggregatesInput>
    NOT?: Enumerable<SessionScalarWhereWithAggregatesInput>
    id?: StringWithAggregatesFilter | string
    token?: StringWithAggregatesFilter | string
    userId?: StringWithAggregatesFilter | string
  }

  export type ExpiredSessionWhereInput = {
    AND?: Enumerable<ExpiredSessionWhereInput>
    OR?: Enumerable<ExpiredSessionWhereInput>
    NOT?: Enumerable<ExpiredSessionWhereInput>
    id?: StringFilter | string
    token?: StringFilter | string
  }

  export type ExpiredSessionOrderByWithRelationInput = {
    id?: SortOrder
    token?: SortOrder
  }

  export type ExpiredSessionWhereUniqueInput = {
    id?: string
  }

  export type ExpiredSessionOrderByWithAggregationInput = {
    id?: SortOrder
    token?: SortOrder
    _count?: ExpiredSessionCountOrderByAggregateInput
    _max?: ExpiredSessionMaxOrderByAggregateInput
    _min?: ExpiredSessionMinOrderByAggregateInput
  }

  export type ExpiredSessionScalarWhereWithAggregatesInput = {
    AND?: Enumerable<ExpiredSessionScalarWhereWithAggregatesInput>
    OR?: Enumerable<ExpiredSessionScalarWhereWithAggregatesInput>
    NOT?: Enumerable<ExpiredSessionScalarWhereWithAggregatesInput>
    id?: StringWithAggregatesFilter | string
    token?: StringWithAggregatesFilter | string
  }

  export type UserCreateInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    Server?: ServerCreateNestedManyWithoutParticipantsInput
    serverId?: string | null
    Messages?: MessageCreateNestedManyWithoutCreatorInput
    Session?: SessionCreateNestedManyWithoutUserInput
  }

  export type UserUncheckedCreateInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    Server?: ServerUncheckedCreateNestedManyWithoutParticipantsInput
    serverId?: string | null
    Messages?: MessageUncheckedCreateNestedManyWithoutCreatorInput
    Session?: SessionUncheckedCreateNestedManyWithoutUserInput
  }

  export type UserUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    Server?: ServerUpdateManyWithoutParticipantsNestedInput
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Messages?: MessageUpdateManyWithoutCreatorNestedInput
    Session?: SessionUpdateManyWithoutUserNestedInput
  }

  export type UserUncheckedUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    Server?: ServerUncheckedUpdateManyWithoutParticipantsNestedInput
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Messages?: MessageUncheckedUpdateManyWithoutCreatorNestedInput
    Session?: SessionUncheckedUpdateManyWithoutUserNestedInput
  }

  export type UserCreateManyInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    serverId?: string | null
  }

  export type UserUpdateManyMutationInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
  }

  export type UserUncheckedUpdateManyInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
  }

  export type ServerCreateInput = {
    id?: string
    name: string
    participants?: UserCreateNestedManyWithoutServerInput
  }

  export type ServerUncheckedCreateInput = {
    id?: string
    name: string
    participants?: UserUncheckedCreateNestedManyWithoutServerInput
  }

  export type ServerUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
    participants?: UserUpdateManyWithoutServerNestedInput
  }

  export type ServerUncheckedUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
    participants?: UserUncheckedUpdateManyWithoutServerNestedInput
  }

  export type ServerCreateManyInput = {
    id?: string
    name: string
  }

  export type ServerUpdateManyMutationInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type ServerUncheckedUpdateManyInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type RoomCreateInput = {
    id?: string
    name: string
  }

  export type RoomUncheckedCreateInput = {
    id?: string
    name: string
  }

  export type RoomUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type RoomUncheckedUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type RoomCreateManyInput = {
    id?: string
    name: string
  }

  export type RoomUpdateManyMutationInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type RoomUncheckedUpdateManyInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type MessageCreateInput = {
    id?: string
    body: string
    creator: UserCreateNestedOneWithoutMessagesInput
  }

  export type MessageUncheckedCreateInput = {
    id?: string
    body: string
    userId: string
  }

  export type MessageUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    body?: StringFieldUpdateOperationsInput | string
    creator?: UserUpdateOneRequiredWithoutMessagesNestedInput
  }

  export type MessageUncheckedUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    body?: StringFieldUpdateOperationsInput | string
    userId?: StringFieldUpdateOperationsInput | string
  }

  export type MessageCreateManyInput = {
    id?: string
    body: string
    userId: string
  }

  export type MessageUpdateManyMutationInput = {
    id?: StringFieldUpdateOperationsInput | string
    body?: StringFieldUpdateOperationsInput | string
  }

  export type MessageUncheckedUpdateManyInput = {
    id?: StringFieldUpdateOperationsInput | string
    body?: StringFieldUpdateOperationsInput | string
    userId?: StringFieldUpdateOperationsInput | string
  }

  export type SessionCreateInput = {
    id?: string
    token: string
    user: UserCreateNestedOneWithoutSessionInput
  }

  export type SessionUncheckedCreateInput = {
    id?: string
    token: string
    userId: string
  }

  export type SessionUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
    user?: UserUpdateOneRequiredWithoutSessionNestedInput
  }

  export type SessionUncheckedUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
    userId?: StringFieldUpdateOperationsInput | string
  }

  export type SessionCreateManyInput = {
    id?: string
    token: string
    userId: string
  }

  export type SessionUpdateManyMutationInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type SessionUncheckedUpdateManyInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
    userId?: StringFieldUpdateOperationsInput | string
  }

  export type ExpiredSessionCreateInput = {
    id?: string
    token: string
  }

  export type ExpiredSessionUncheckedCreateInput = {
    id?: string
    token: string
  }

  export type ExpiredSessionUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type ExpiredSessionUncheckedUpdateInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type ExpiredSessionCreateManyInput = {
    id?: string
    token: string
  }

  export type ExpiredSessionUpdateManyMutationInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type ExpiredSessionUncheckedUpdateManyInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type StringFilter = {
    equals?: string
    in?: Enumerable<string>
    notIn?: Enumerable<string>
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    mode?: QueryMode
    not?: NestedStringFilter | string
  }

  export type ServerListRelationFilter = {
    every?: ServerWhereInput
    some?: ServerWhereInput
    none?: ServerWhereInput
  }

  export type StringNullableFilter = {
    equals?: string | null
    in?: Enumerable<string> | null
    notIn?: Enumerable<string> | null
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    mode?: QueryMode
    not?: NestedStringNullableFilter | string | null
  }

  export type MessageListRelationFilter = {
    every?: MessageWhereInput
    some?: MessageWhereInput
    none?: MessageWhereInput
  }

  export type SessionListRelationFilter = {
    every?: SessionWhereInput
    some?: SessionWhereInput
    none?: SessionWhereInput
  }

  export type ServerOrderByRelationAggregateInput = {
    _count?: SortOrder
  }

  export type MessageOrderByRelationAggregateInput = {
    _count?: SortOrder
  }

  export type SessionOrderByRelationAggregateInput = {
    _count?: SortOrder
  }

  export type UserCountOrderByAggregateInput = {
    id?: SortOrder
    email?: SortOrder
    username?: SortOrder
    passwordhash?: SortOrder
    serverId?: SortOrder
  }

  export type UserMaxOrderByAggregateInput = {
    id?: SortOrder
    email?: SortOrder
    username?: SortOrder
    passwordhash?: SortOrder
    serverId?: SortOrder
  }

  export type UserMinOrderByAggregateInput = {
    id?: SortOrder
    email?: SortOrder
    username?: SortOrder
    passwordhash?: SortOrder
    serverId?: SortOrder
  }

  export type StringWithAggregatesFilter = {
    equals?: string
    in?: Enumerable<string>
    notIn?: Enumerable<string>
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    mode?: QueryMode
    not?: NestedStringWithAggregatesFilter | string
    _count?: NestedIntFilter
    _min?: NestedStringFilter
    _max?: NestedStringFilter
  }

  export type StringNullableWithAggregatesFilter = {
    equals?: string | null
    in?: Enumerable<string> | null
    notIn?: Enumerable<string> | null
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    mode?: QueryMode
    not?: NestedStringNullableWithAggregatesFilter | string | null
    _count?: NestedIntNullableFilter
    _min?: NestedStringNullableFilter
    _max?: NestedStringNullableFilter
  }

  export type UserListRelationFilter = {
    every?: UserWhereInput
    some?: UserWhereInput
    none?: UserWhereInput
  }

  export type UserOrderByRelationAggregateInput = {
    _count?: SortOrder
  }

  export type ServerCountOrderByAggregateInput = {
    id?: SortOrder
    name?: SortOrder
  }

  export type ServerMaxOrderByAggregateInput = {
    id?: SortOrder
    name?: SortOrder
  }

  export type ServerMinOrderByAggregateInput = {
    id?: SortOrder
    name?: SortOrder
  }

  export type RoomCountOrderByAggregateInput = {
    id?: SortOrder
    name?: SortOrder
  }

  export type RoomMaxOrderByAggregateInput = {
    id?: SortOrder
    name?: SortOrder
  }

  export type RoomMinOrderByAggregateInput = {
    id?: SortOrder
    name?: SortOrder
  }

  export type UserRelationFilter = {
    is?: UserWhereInput
    isNot?: UserWhereInput
  }

  export type MessageCountOrderByAggregateInput = {
    id?: SortOrder
    body?: SortOrder
    userId?: SortOrder
  }

  export type MessageMaxOrderByAggregateInput = {
    id?: SortOrder
    body?: SortOrder
    userId?: SortOrder
  }

  export type MessageMinOrderByAggregateInput = {
    id?: SortOrder
    body?: SortOrder
    userId?: SortOrder
  }

  export type SessionCountOrderByAggregateInput = {
    id?: SortOrder
    token?: SortOrder
    userId?: SortOrder
  }

  export type SessionMaxOrderByAggregateInput = {
    id?: SortOrder
    token?: SortOrder
    userId?: SortOrder
  }

  export type SessionMinOrderByAggregateInput = {
    id?: SortOrder
    token?: SortOrder
    userId?: SortOrder
  }

  export type ExpiredSessionCountOrderByAggregateInput = {
    id?: SortOrder
    token?: SortOrder
  }

  export type ExpiredSessionMaxOrderByAggregateInput = {
    id?: SortOrder
    token?: SortOrder
  }

  export type ExpiredSessionMinOrderByAggregateInput = {
    id?: SortOrder
    token?: SortOrder
  }

  export type ServerCreateNestedManyWithoutParticipantsInput = {
    create?: XOR<Enumerable<ServerCreateWithoutParticipantsInput>, Enumerable<ServerUncheckedCreateWithoutParticipantsInput>>
    connectOrCreate?: Enumerable<ServerCreateOrConnectWithoutParticipantsInput>
    connect?: Enumerable<ServerWhereUniqueInput>
  }

  export type MessageCreateNestedManyWithoutCreatorInput = {
    create?: XOR<Enumerable<MessageCreateWithoutCreatorInput>, Enumerable<MessageUncheckedCreateWithoutCreatorInput>>
    connectOrCreate?: Enumerable<MessageCreateOrConnectWithoutCreatorInput>
    createMany?: MessageCreateManyCreatorInputEnvelope
    connect?: Enumerable<MessageWhereUniqueInput>
  }

  export type SessionCreateNestedManyWithoutUserInput = {
    create?: XOR<Enumerable<SessionCreateWithoutUserInput>, Enumerable<SessionUncheckedCreateWithoutUserInput>>
    connectOrCreate?: Enumerable<SessionCreateOrConnectWithoutUserInput>
    createMany?: SessionCreateManyUserInputEnvelope
    connect?: Enumerable<SessionWhereUniqueInput>
  }

  export type ServerUncheckedCreateNestedManyWithoutParticipantsInput = {
    create?: XOR<Enumerable<ServerCreateWithoutParticipantsInput>, Enumerable<ServerUncheckedCreateWithoutParticipantsInput>>
    connectOrCreate?: Enumerable<ServerCreateOrConnectWithoutParticipantsInput>
    connect?: Enumerable<ServerWhereUniqueInput>
  }

  export type MessageUncheckedCreateNestedManyWithoutCreatorInput = {
    create?: XOR<Enumerable<MessageCreateWithoutCreatorInput>, Enumerable<MessageUncheckedCreateWithoutCreatorInput>>
    connectOrCreate?: Enumerable<MessageCreateOrConnectWithoutCreatorInput>
    createMany?: MessageCreateManyCreatorInputEnvelope
    connect?: Enumerable<MessageWhereUniqueInput>
  }

  export type SessionUncheckedCreateNestedManyWithoutUserInput = {
    create?: XOR<Enumerable<SessionCreateWithoutUserInput>, Enumerable<SessionUncheckedCreateWithoutUserInput>>
    connectOrCreate?: Enumerable<SessionCreateOrConnectWithoutUserInput>
    createMany?: SessionCreateManyUserInputEnvelope
    connect?: Enumerable<SessionWhereUniqueInput>
  }

  export type StringFieldUpdateOperationsInput = {
    set?: string
  }

  export type ServerUpdateManyWithoutParticipantsNestedInput = {
    create?: XOR<Enumerable<ServerCreateWithoutParticipantsInput>, Enumerable<ServerUncheckedCreateWithoutParticipantsInput>>
    connectOrCreate?: Enumerable<ServerCreateOrConnectWithoutParticipantsInput>
    upsert?: Enumerable<ServerUpsertWithWhereUniqueWithoutParticipantsInput>
    set?: Enumerable<ServerWhereUniqueInput>
    disconnect?: Enumerable<ServerWhereUniqueInput>
    delete?: Enumerable<ServerWhereUniqueInput>
    connect?: Enumerable<ServerWhereUniqueInput>
    update?: Enumerable<ServerUpdateWithWhereUniqueWithoutParticipantsInput>
    updateMany?: Enumerable<ServerUpdateManyWithWhereWithoutParticipantsInput>
    deleteMany?: Enumerable<ServerScalarWhereInput>
  }

  export type NullableStringFieldUpdateOperationsInput = {
    set?: string | null
  }

  export type MessageUpdateManyWithoutCreatorNestedInput = {
    create?: XOR<Enumerable<MessageCreateWithoutCreatorInput>, Enumerable<MessageUncheckedCreateWithoutCreatorInput>>
    connectOrCreate?: Enumerable<MessageCreateOrConnectWithoutCreatorInput>
    upsert?: Enumerable<MessageUpsertWithWhereUniqueWithoutCreatorInput>
    createMany?: MessageCreateManyCreatorInputEnvelope
    set?: Enumerable<MessageWhereUniqueInput>
    disconnect?: Enumerable<MessageWhereUniqueInput>
    delete?: Enumerable<MessageWhereUniqueInput>
    connect?: Enumerable<MessageWhereUniqueInput>
    update?: Enumerable<MessageUpdateWithWhereUniqueWithoutCreatorInput>
    updateMany?: Enumerable<MessageUpdateManyWithWhereWithoutCreatorInput>
    deleteMany?: Enumerable<MessageScalarWhereInput>
  }

  export type SessionUpdateManyWithoutUserNestedInput = {
    create?: XOR<Enumerable<SessionCreateWithoutUserInput>, Enumerable<SessionUncheckedCreateWithoutUserInput>>
    connectOrCreate?: Enumerable<SessionCreateOrConnectWithoutUserInput>
    upsert?: Enumerable<SessionUpsertWithWhereUniqueWithoutUserInput>
    createMany?: SessionCreateManyUserInputEnvelope
    set?: Enumerable<SessionWhereUniqueInput>
    disconnect?: Enumerable<SessionWhereUniqueInput>
    delete?: Enumerable<SessionWhereUniqueInput>
    connect?: Enumerable<SessionWhereUniqueInput>
    update?: Enumerable<SessionUpdateWithWhereUniqueWithoutUserInput>
    updateMany?: Enumerable<SessionUpdateManyWithWhereWithoutUserInput>
    deleteMany?: Enumerable<SessionScalarWhereInput>
  }

  export type ServerUncheckedUpdateManyWithoutParticipantsNestedInput = {
    create?: XOR<Enumerable<ServerCreateWithoutParticipantsInput>, Enumerable<ServerUncheckedCreateWithoutParticipantsInput>>
    connectOrCreate?: Enumerable<ServerCreateOrConnectWithoutParticipantsInput>
    upsert?: Enumerable<ServerUpsertWithWhereUniqueWithoutParticipantsInput>
    set?: Enumerable<ServerWhereUniqueInput>
    disconnect?: Enumerable<ServerWhereUniqueInput>
    delete?: Enumerable<ServerWhereUniqueInput>
    connect?: Enumerable<ServerWhereUniqueInput>
    update?: Enumerable<ServerUpdateWithWhereUniqueWithoutParticipantsInput>
    updateMany?: Enumerable<ServerUpdateManyWithWhereWithoutParticipantsInput>
    deleteMany?: Enumerable<ServerScalarWhereInput>
  }

  export type MessageUncheckedUpdateManyWithoutCreatorNestedInput = {
    create?: XOR<Enumerable<MessageCreateWithoutCreatorInput>, Enumerable<MessageUncheckedCreateWithoutCreatorInput>>
    connectOrCreate?: Enumerable<MessageCreateOrConnectWithoutCreatorInput>
    upsert?: Enumerable<MessageUpsertWithWhereUniqueWithoutCreatorInput>
    createMany?: MessageCreateManyCreatorInputEnvelope
    set?: Enumerable<MessageWhereUniqueInput>
    disconnect?: Enumerable<MessageWhereUniqueInput>
    delete?: Enumerable<MessageWhereUniqueInput>
    connect?: Enumerable<MessageWhereUniqueInput>
    update?: Enumerable<MessageUpdateWithWhereUniqueWithoutCreatorInput>
    updateMany?: Enumerable<MessageUpdateManyWithWhereWithoutCreatorInput>
    deleteMany?: Enumerable<MessageScalarWhereInput>
  }

  export type SessionUncheckedUpdateManyWithoutUserNestedInput = {
    create?: XOR<Enumerable<SessionCreateWithoutUserInput>, Enumerable<SessionUncheckedCreateWithoutUserInput>>
    connectOrCreate?: Enumerable<SessionCreateOrConnectWithoutUserInput>
    upsert?: Enumerable<SessionUpsertWithWhereUniqueWithoutUserInput>
    createMany?: SessionCreateManyUserInputEnvelope
    set?: Enumerable<SessionWhereUniqueInput>
    disconnect?: Enumerable<SessionWhereUniqueInput>
    delete?: Enumerable<SessionWhereUniqueInput>
    connect?: Enumerable<SessionWhereUniqueInput>
    update?: Enumerable<SessionUpdateWithWhereUniqueWithoutUserInput>
    updateMany?: Enumerable<SessionUpdateManyWithWhereWithoutUserInput>
    deleteMany?: Enumerable<SessionScalarWhereInput>
  }

  export type UserCreateNestedManyWithoutServerInput = {
    create?: XOR<Enumerable<UserCreateWithoutServerInput>, Enumerable<UserUncheckedCreateWithoutServerInput>>
    connectOrCreate?: Enumerable<UserCreateOrConnectWithoutServerInput>
    connect?: Enumerable<UserWhereUniqueInput>
  }

  export type UserUncheckedCreateNestedManyWithoutServerInput = {
    create?: XOR<Enumerable<UserCreateWithoutServerInput>, Enumerable<UserUncheckedCreateWithoutServerInput>>
    connectOrCreate?: Enumerable<UserCreateOrConnectWithoutServerInput>
    connect?: Enumerable<UserWhereUniqueInput>
  }

  export type UserUpdateManyWithoutServerNestedInput = {
    create?: XOR<Enumerable<UserCreateWithoutServerInput>, Enumerable<UserUncheckedCreateWithoutServerInput>>
    connectOrCreate?: Enumerable<UserCreateOrConnectWithoutServerInput>
    upsert?: Enumerable<UserUpsertWithWhereUniqueWithoutServerInput>
    set?: Enumerable<UserWhereUniqueInput>
    disconnect?: Enumerable<UserWhereUniqueInput>
    delete?: Enumerable<UserWhereUniqueInput>
    connect?: Enumerable<UserWhereUniqueInput>
    update?: Enumerable<UserUpdateWithWhereUniqueWithoutServerInput>
    updateMany?: Enumerable<UserUpdateManyWithWhereWithoutServerInput>
    deleteMany?: Enumerable<UserScalarWhereInput>
  }

  export type UserUncheckedUpdateManyWithoutServerNestedInput = {
    create?: XOR<Enumerable<UserCreateWithoutServerInput>, Enumerable<UserUncheckedCreateWithoutServerInput>>
    connectOrCreate?: Enumerable<UserCreateOrConnectWithoutServerInput>
    upsert?: Enumerable<UserUpsertWithWhereUniqueWithoutServerInput>
    set?: Enumerable<UserWhereUniqueInput>
    disconnect?: Enumerable<UserWhereUniqueInput>
    delete?: Enumerable<UserWhereUniqueInput>
    connect?: Enumerable<UserWhereUniqueInput>
    update?: Enumerable<UserUpdateWithWhereUniqueWithoutServerInput>
    updateMany?: Enumerable<UserUpdateManyWithWhereWithoutServerInput>
    deleteMany?: Enumerable<UserScalarWhereInput>
  }

  export type UserCreateNestedOneWithoutMessagesInput = {
    create?: XOR<UserCreateWithoutMessagesInput, UserUncheckedCreateWithoutMessagesInput>
    connectOrCreate?: UserCreateOrConnectWithoutMessagesInput
    connect?: UserWhereUniqueInput
  }

  export type UserUpdateOneRequiredWithoutMessagesNestedInput = {
    create?: XOR<UserCreateWithoutMessagesInput, UserUncheckedCreateWithoutMessagesInput>
    connectOrCreate?: UserCreateOrConnectWithoutMessagesInput
    upsert?: UserUpsertWithoutMessagesInput
    connect?: UserWhereUniqueInput
    update?: XOR<UserUpdateWithoutMessagesInput, UserUncheckedUpdateWithoutMessagesInput>
  }

  export type UserCreateNestedOneWithoutSessionInput = {
    create?: XOR<UserCreateWithoutSessionInput, UserUncheckedCreateWithoutSessionInput>
    connectOrCreate?: UserCreateOrConnectWithoutSessionInput
    connect?: UserWhereUniqueInput
  }

  export type UserUpdateOneRequiredWithoutSessionNestedInput = {
    create?: XOR<UserCreateWithoutSessionInput, UserUncheckedCreateWithoutSessionInput>
    connectOrCreate?: UserCreateOrConnectWithoutSessionInput
    upsert?: UserUpsertWithoutSessionInput
    connect?: UserWhereUniqueInput
    update?: XOR<UserUpdateWithoutSessionInput, UserUncheckedUpdateWithoutSessionInput>
  }

  export type NestedStringFilter = {
    equals?: string
    in?: Enumerable<string>
    notIn?: Enumerable<string>
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    not?: NestedStringFilter | string
  }

  export type NestedStringNullableFilter = {
    equals?: string | null
    in?: Enumerable<string> | null
    notIn?: Enumerable<string> | null
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    not?: NestedStringNullableFilter | string | null
  }

  export type NestedStringWithAggregatesFilter = {
    equals?: string
    in?: Enumerable<string>
    notIn?: Enumerable<string>
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    not?: NestedStringWithAggregatesFilter | string
    _count?: NestedIntFilter
    _min?: NestedStringFilter
    _max?: NestedStringFilter
  }

  export type NestedIntFilter = {
    equals?: number
    in?: Enumerable<number>
    notIn?: Enumerable<number>
    lt?: number
    lte?: number
    gt?: number
    gte?: number
    not?: NestedIntFilter | number
  }

  export type NestedStringNullableWithAggregatesFilter = {
    equals?: string | null
    in?: Enumerable<string> | null
    notIn?: Enumerable<string> | null
    lt?: string
    lte?: string
    gt?: string
    gte?: string
    contains?: string
    startsWith?: string
    endsWith?: string
    not?: NestedStringNullableWithAggregatesFilter | string | null
    _count?: NestedIntNullableFilter
    _min?: NestedStringNullableFilter
    _max?: NestedStringNullableFilter
  }

  export type NestedIntNullableFilter = {
    equals?: number | null
    in?: Enumerable<number> | null
    notIn?: Enumerable<number> | null
    lt?: number
    lte?: number
    gt?: number
    gte?: number
    not?: NestedIntNullableFilter | number | null
  }

  export type ServerCreateWithoutParticipantsInput = {
    id?: string
    name: string
  }

  export type ServerUncheckedCreateWithoutParticipantsInput = {
    id?: string
    name: string
  }

  export type ServerCreateOrConnectWithoutParticipantsInput = {
    where: ServerWhereUniqueInput
    create: XOR<ServerCreateWithoutParticipantsInput, ServerUncheckedCreateWithoutParticipantsInput>
  }

  export type MessageCreateWithoutCreatorInput = {
    id?: string
    body: string
  }

  export type MessageUncheckedCreateWithoutCreatorInput = {
    id?: string
    body: string
  }

  export type MessageCreateOrConnectWithoutCreatorInput = {
    where: MessageWhereUniqueInput
    create: XOR<MessageCreateWithoutCreatorInput, MessageUncheckedCreateWithoutCreatorInput>
  }

  export type MessageCreateManyCreatorInputEnvelope = {
    data: Enumerable<MessageCreateManyCreatorInput>
    skipDuplicates?: boolean
  }

  export type SessionCreateWithoutUserInput = {
    id?: string
    token: string
  }

  export type SessionUncheckedCreateWithoutUserInput = {
    id?: string
    token: string
  }

  export type SessionCreateOrConnectWithoutUserInput = {
    where: SessionWhereUniqueInput
    create: XOR<SessionCreateWithoutUserInput, SessionUncheckedCreateWithoutUserInput>
  }

  export type SessionCreateManyUserInputEnvelope = {
    data: Enumerable<SessionCreateManyUserInput>
    skipDuplicates?: boolean
  }

  export type ServerUpsertWithWhereUniqueWithoutParticipantsInput = {
    where: ServerWhereUniqueInput
    update: XOR<ServerUpdateWithoutParticipantsInput, ServerUncheckedUpdateWithoutParticipantsInput>
    create: XOR<ServerCreateWithoutParticipantsInput, ServerUncheckedCreateWithoutParticipantsInput>
  }

  export type ServerUpdateWithWhereUniqueWithoutParticipantsInput = {
    where: ServerWhereUniqueInput
    data: XOR<ServerUpdateWithoutParticipantsInput, ServerUncheckedUpdateWithoutParticipantsInput>
  }

  export type ServerUpdateManyWithWhereWithoutParticipantsInput = {
    where: ServerScalarWhereInput
    data: XOR<ServerUpdateManyMutationInput, ServerUncheckedUpdateManyWithoutServerInput>
  }

  export type ServerScalarWhereInput = {
    AND?: Enumerable<ServerScalarWhereInput>
    OR?: Enumerable<ServerScalarWhereInput>
    NOT?: Enumerable<ServerScalarWhereInput>
    id?: StringFilter | string
    name?: StringFilter | string
  }

  export type MessageUpsertWithWhereUniqueWithoutCreatorInput = {
    where: MessageWhereUniqueInput
    update: XOR<MessageUpdateWithoutCreatorInput, MessageUncheckedUpdateWithoutCreatorInput>
    create: XOR<MessageCreateWithoutCreatorInput, MessageUncheckedCreateWithoutCreatorInput>
  }

  export type MessageUpdateWithWhereUniqueWithoutCreatorInput = {
    where: MessageWhereUniqueInput
    data: XOR<MessageUpdateWithoutCreatorInput, MessageUncheckedUpdateWithoutCreatorInput>
  }

  export type MessageUpdateManyWithWhereWithoutCreatorInput = {
    where: MessageScalarWhereInput
    data: XOR<MessageUpdateManyMutationInput, MessageUncheckedUpdateManyWithoutMessagesInput>
  }

  export type MessageScalarWhereInput = {
    AND?: Enumerable<MessageScalarWhereInput>
    OR?: Enumerable<MessageScalarWhereInput>
    NOT?: Enumerable<MessageScalarWhereInput>
    id?: StringFilter | string
    body?: StringFilter | string
    userId?: StringFilter | string
  }

  export type SessionUpsertWithWhereUniqueWithoutUserInput = {
    where: SessionWhereUniqueInput
    update: XOR<SessionUpdateWithoutUserInput, SessionUncheckedUpdateWithoutUserInput>
    create: XOR<SessionCreateWithoutUserInput, SessionUncheckedCreateWithoutUserInput>
  }

  export type SessionUpdateWithWhereUniqueWithoutUserInput = {
    where: SessionWhereUniqueInput
    data: XOR<SessionUpdateWithoutUserInput, SessionUncheckedUpdateWithoutUserInput>
  }

  export type SessionUpdateManyWithWhereWithoutUserInput = {
    where: SessionScalarWhereInput
    data: XOR<SessionUpdateManyMutationInput, SessionUncheckedUpdateManyWithoutSessionInput>
  }

  export type SessionScalarWhereInput = {
    AND?: Enumerable<SessionScalarWhereInput>
    OR?: Enumerable<SessionScalarWhereInput>
    NOT?: Enumerable<SessionScalarWhereInput>
    id?: StringFilter | string
    token?: StringFilter | string
    userId?: StringFilter | string
  }

  export type UserCreateWithoutServerInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    serverId?: string | null
    Messages?: MessageCreateNestedManyWithoutCreatorInput
    Session?: SessionCreateNestedManyWithoutUserInput
  }

  export type UserUncheckedCreateWithoutServerInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    serverId?: string | null
    Messages?: MessageUncheckedCreateNestedManyWithoutCreatorInput
    Session?: SessionUncheckedCreateNestedManyWithoutUserInput
  }

  export type UserCreateOrConnectWithoutServerInput = {
    where: UserWhereUniqueInput
    create: XOR<UserCreateWithoutServerInput, UserUncheckedCreateWithoutServerInput>
  }

  export type UserUpsertWithWhereUniqueWithoutServerInput = {
    where: UserWhereUniqueInput
    update: XOR<UserUpdateWithoutServerInput, UserUncheckedUpdateWithoutServerInput>
    create: XOR<UserCreateWithoutServerInput, UserUncheckedCreateWithoutServerInput>
  }

  export type UserUpdateWithWhereUniqueWithoutServerInput = {
    where: UserWhereUniqueInput
    data: XOR<UserUpdateWithoutServerInput, UserUncheckedUpdateWithoutServerInput>
  }

  export type UserUpdateManyWithWhereWithoutServerInput = {
    where: UserScalarWhereInput
    data: XOR<UserUpdateManyMutationInput, UserUncheckedUpdateManyWithoutParticipantsInput>
  }

  export type UserScalarWhereInput = {
    AND?: Enumerable<UserScalarWhereInput>
    OR?: Enumerable<UserScalarWhereInput>
    NOT?: Enumerable<UserScalarWhereInput>
    id?: StringFilter | string
    email?: StringFilter | string
    username?: StringFilter | string
    passwordhash?: StringFilter | string
    serverId?: StringNullableFilter | string | null
  }

  export type UserCreateWithoutMessagesInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    Server?: ServerCreateNestedManyWithoutParticipantsInput
    serverId?: string | null
    Session?: SessionCreateNestedManyWithoutUserInput
  }

  export type UserUncheckedCreateWithoutMessagesInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    Server?: ServerUncheckedCreateNestedManyWithoutParticipantsInput
    serverId?: string | null
    Session?: SessionUncheckedCreateNestedManyWithoutUserInput
  }

  export type UserCreateOrConnectWithoutMessagesInput = {
    where: UserWhereUniqueInput
    create: XOR<UserCreateWithoutMessagesInput, UserUncheckedCreateWithoutMessagesInput>
  }

  export type UserUpsertWithoutMessagesInput = {
    update: XOR<UserUpdateWithoutMessagesInput, UserUncheckedUpdateWithoutMessagesInput>
    create: XOR<UserCreateWithoutMessagesInput, UserUncheckedCreateWithoutMessagesInput>
  }

  export type UserUpdateWithoutMessagesInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    Server?: ServerUpdateManyWithoutParticipantsNestedInput
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Session?: SessionUpdateManyWithoutUserNestedInput
  }

  export type UserUncheckedUpdateWithoutMessagesInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    Server?: ServerUncheckedUpdateManyWithoutParticipantsNestedInput
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Session?: SessionUncheckedUpdateManyWithoutUserNestedInput
  }

  export type UserCreateWithoutSessionInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    Server?: ServerCreateNestedManyWithoutParticipantsInput
    serverId?: string | null
    Messages?: MessageCreateNestedManyWithoutCreatorInput
  }

  export type UserUncheckedCreateWithoutSessionInput = {
    id?: string
    email: string
    username: string
    passwordhash: string
    Server?: ServerUncheckedCreateNestedManyWithoutParticipantsInput
    serverId?: string | null
    Messages?: MessageUncheckedCreateNestedManyWithoutCreatorInput
  }

  export type UserCreateOrConnectWithoutSessionInput = {
    where: UserWhereUniqueInput
    create: XOR<UserCreateWithoutSessionInput, UserUncheckedCreateWithoutSessionInput>
  }

  export type UserUpsertWithoutSessionInput = {
    update: XOR<UserUpdateWithoutSessionInput, UserUncheckedUpdateWithoutSessionInput>
    create: XOR<UserCreateWithoutSessionInput, UserUncheckedCreateWithoutSessionInput>
  }

  export type UserUpdateWithoutSessionInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    Server?: ServerUpdateManyWithoutParticipantsNestedInput
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Messages?: MessageUpdateManyWithoutCreatorNestedInput
  }

  export type UserUncheckedUpdateWithoutSessionInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    Server?: ServerUncheckedUpdateManyWithoutParticipantsNestedInput
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Messages?: MessageUncheckedUpdateManyWithoutCreatorNestedInput
  }

  export type MessageCreateManyCreatorInput = {
    id?: string
    body: string
  }

  export type SessionCreateManyUserInput = {
    id?: string
    token: string
  }

  export type ServerUpdateWithoutParticipantsInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type ServerUncheckedUpdateWithoutParticipantsInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type ServerUncheckedUpdateManyWithoutServerInput = {
    id?: StringFieldUpdateOperationsInput | string
    name?: StringFieldUpdateOperationsInput | string
  }

  export type MessageUpdateWithoutCreatorInput = {
    id?: StringFieldUpdateOperationsInput | string
    body?: StringFieldUpdateOperationsInput | string
  }

  export type MessageUncheckedUpdateWithoutCreatorInput = {
    id?: StringFieldUpdateOperationsInput | string
    body?: StringFieldUpdateOperationsInput | string
  }

  export type MessageUncheckedUpdateManyWithoutMessagesInput = {
    id?: StringFieldUpdateOperationsInput | string
    body?: StringFieldUpdateOperationsInput | string
  }

  export type SessionUpdateWithoutUserInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type SessionUncheckedUpdateWithoutUserInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type SessionUncheckedUpdateManyWithoutSessionInput = {
    id?: StringFieldUpdateOperationsInput | string
    token?: StringFieldUpdateOperationsInput | string
  }

  export type UserUpdateWithoutServerInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Messages?: MessageUpdateManyWithoutCreatorNestedInput
    Session?: SessionUpdateManyWithoutUserNestedInput
  }

  export type UserUncheckedUpdateWithoutServerInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
    Messages?: MessageUncheckedUpdateManyWithoutCreatorNestedInput
    Session?: SessionUncheckedUpdateManyWithoutUserNestedInput
  }

  export type UserUncheckedUpdateManyWithoutParticipantsInput = {
    id?: StringFieldUpdateOperationsInput | string
    email?: StringFieldUpdateOperationsInput | string
    username?: StringFieldUpdateOperationsInput | string
    passwordhash?: StringFieldUpdateOperationsInput | string
    serverId?: NullableStringFieldUpdateOperationsInput | string | null
  }



  /**
   * Batch Payload for updateMany & deleteMany & createMany
   */

  export type BatchPayload = {
    count: number
  }

  /**
   * DMMF
   */
  export const dmmf: runtime.BaseDMMF
}