/* !!! This is code generated by Prisma. Do not edit directly. !!! */
/* eslint-disable */
// biome-ignore-all lint: generated file
// @ts-nocheck 
/*
 * WARNING: This is an internal file that is subject to change!
 *
 * 🛑 Under no circumstances should you import this file directly! 🛑
 *
 * All exports from this file are wrapped under a `Prisma` namespace object in the client.ts file.
 * While this enables partial backward compatibility, it is not part of the stable public API.
 *
 * If you are looking for your Models, Enums, and Input Types, please import them from the respective
 * model files in the `model` directory!
 */

import * as runtime from "@prisma/client/runtime/client"
import type * as Prisma from "../models"
import { type PrismaClient } from "./class"

export type * from '../models'

export type DMMF = typeof runtime.DMMF

export type PrismaPromise<T> = runtime.Types.Public.PrismaPromise<T>

/**
 * Prisma Errors
 */

export const PrismaClientKnownRequestError = runtime.PrismaClientKnownRequestError
export type PrismaClientKnownRequestError = runtime.PrismaClientKnownRequestError

export const PrismaClientUnknownRequestError = runtime.PrismaClientUnknownRequestError
export type PrismaClientUnknownRequestError = runtime.PrismaClientUnknownRequestError

export const PrismaClientRustPanicError = runtime.PrismaClientRustPanicError
export type PrismaClientRustPanicError = runtime.PrismaClientRustPanicError

export const PrismaClientInitializationError = runtime.PrismaClientInitializationError
export type PrismaClientInitializationError = runtime.PrismaClientInitializationError

export const PrismaClientValidationError = runtime.PrismaClientValidationError
export type PrismaClientValidationError = runtime.PrismaClientValidationError

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



/**
 * Decimal.js
 */
export const Decimal = runtime.Decimal
export type Decimal = runtime.Decimal

export type DecimalJsLike = runtime.DecimalJsLike

/**
* Extensions
*/
export type Extension = runtime.Types.Extensions.UserArgs
export const getExtensionContext = runtime.Extensions.getExtensionContext
export type Args<T, F extends runtime.Operation> = runtime.Types.Public.Args<T, F>
export type Payload<T, F extends runtime.Operation = never> = runtime.Types.Public.Payload<T, F>
export type Result<T, A, F extends runtime.Operation> = runtime.Types.Public.Result<T, A, F>
export type Exact<A, W> = runtime.Types.Public.Exact<A, W>

export type PrismaVersion = {
  client: string
  engine: string
}

/**
 * Prisma Client JS version: 7.10.0
 * Query Engine version: 0edf323efd1d98336f3f0a68684b56f689b900d3
 */
export const prismaVersion: PrismaVersion = {
  client: "7.10.0",
  engine: "0edf323efd1d98336f3f0a68684b56f689b900d3"
}

/**
 * Utility Types
 */

export type Bytes = runtime.Bytes
export type JsonObject = runtime.JsonObject
export type JsonArray = runtime.JsonArray
export type JsonValue = runtime.JsonValue
export type InputJsonObject = runtime.InputJsonObject
export type InputJsonArray = runtime.InputJsonArray
export type InputJsonValue = runtime.InputJsonValue


export const NullTypes = {
  DbNull: runtime.NullTypes.DbNull as (new (secret: never) => typeof runtime.DbNull),
  JsonNull: runtime.NullTypes.JsonNull as (new (secret: never) => typeof runtime.JsonNull),
  AnyNull: runtime.NullTypes.AnyNull as (new (secret: never) => typeof runtime.AnyNull),
}
/**
 * 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 = runtime.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 = runtime.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 = runtime.AnyNull


type SelectAndInclude = {
  select: any
  include: any
}

type SelectAndOmit = {
  select: any
  omit: any
}

/**
 * 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>;

/**
 * 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;
};

/**
 * Resolved type of the argument passed to the `PrismaClient` constructor.
 *
 * When called without a narrower options type (the common case), this resolves
 * to `PrismaClientOptions` directly, which produces a clear TypeScript error
 * message (`not assignable to parameter of type 'PrismaClientOptions'`) when
 * the argument is missing or incomplete. When the user supplies a narrower
 * options type (e.g. via a literal), it falls back to `Subset` to keep
 * filtering out unknown properties.
 */
export type PrismaClientConstructorArgs<Options extends PrismaClientOptions> =
  [PrismaClientOptions] extends [Options] ? PrismaClientOptions : Subset<Options, PrismaClientOptions>;

/**
 * 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`.'
    : T extends SelectAndOmit
      ? 'Please either choose `select` or `omit`.'
      : {})

/**
 * 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
 */
export type XOR<T, U> =
  T extends object ?
  U extends object ?
    ((Without<T, U> & U) | (Without<U, T> & T)) & object
  : 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]

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

export type Union = any

export 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 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
export 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 ? P : 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>>>;

export type Boolean = True | False

export type True = 1

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

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

export 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>
export type MaybeTupleToUnion<T> = T extends any[] ? TupleToUnion<T> : T

/**
 * Like `Pick`, but additionally can also accept an array of keys
 */
export type PickEnumerable<T, K extends Enumerable<keyof T> | keyof T> = Prisma__Pick<T, MaybeTupleToUnion<K>>

/**
 * Exclude all keys with underscores
 */
export 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>


export const ModelName = {
  User: 'User',
  Session: 'Session',
  LoginAttempt: 'LoginAttempt',
  Project: 'Project',
  HealthCheck: 'HealthCheck',
  MonitoringSettings: 'MonitoringSettings',
  SchedulerRun: 'SchedulerRun',
  Domain: 'Domain',
  DomainRun: 'DomainRun'
} as const

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



export interface TypeMapCb<GlobalOmitOptions = {}> extends runtime.Types.Utils.Fn<{extArgs: runtime.Types.Extensions.InternalArgs }, runtime.Types.Utils.Record<string, any>> {
  returns: TypeMap<this['params']['extArgs'], GlobalOmitOptions>
}

export type TypeMap<ExtArgs extends runtime.Types.Extensions.InternalArgs = runtime.Types.Extensions.DefaultArgs, GlobalOmitOptions = {}> = {
  globalOmitOptions: {
    omit: GlobalOmitOptions
  }
  meta: {
    modelProps: "user" | "session" | "loginAttempt" | "project" | "healthCheck" | "monitoringSettings" | "schedulerRun" | "domain" | "domainRun"
    txIsolationLevel: TransactionIsolationLevel
  }
  model: {
    User: {
      payload: Prisma.$UserPayload<ExtArgs>
      fields: Prisma.UserFieldRefs
      operations: {
        findUnique: {
          args: Prisma.UserFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.UserFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>
        }
        findFirst: {
          args: Prisma.UserFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.UserFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>
        }
        findMany: {
          args: Prisma.UserFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>[]
        }
        create: {
          args: Prisma.UserCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>
        }
        createMany: {
          args: Prisma.UserCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.UserCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>[]
        }
        delete: {
          args: Prisma.UserDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>
        }
        update: {
          args: Prisma.UserUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>
        }
        deleteMany: {
          args: Prisma.UserDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.UserUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.UserUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>[]
        }
        upsert: {
          args: Prisma.UserUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$UserPayload>
        }
        aggregate: {
          args: Prisma.UserAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateUser>
        }
        groupBy: {
          args: Prisma.UserGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.UserGroupByOutputType>[]
        }
        count: {
          args: Prisma.UserCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.UserCountAggregateOutputType> | number
        }
      }
    }
    Session: {
      payload: Prisma.$SessionPayload<ExtArgs>
      fields: Prisma.SessionFieldRefs
      operations: {
        findUnique: {
          args: Prisma.SessionFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.SessionFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>
        }
        findFirst: {
          args: Prisma.SessionFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.SessionFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>
        }
        findMany: {
          args: Prisma.SessionFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>[]
        }
        create: {
          args: Prisma.SessionCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>
        }
        createMany: {
          args: Prisma.SessionCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.SessionCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>[]
        }
        delete: {
          args: Prisma.SessionDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>
        }
        update: {
          args: Prisma.SessionUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>
        }
        deleteMany: {
          args: Prisma.SessionDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.SessionUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.SessionUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>[]
        }
        upsert: {
          args: Prisma.SessionUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SessionPayload>
        }
        aggregate: {
          args: Prisma.SessionAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateSession>
        }
        groupBy: {
          args: Prisma.SessionGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.SessionGroupByOutputType>[]
        }
        count: {
          args: Prisma.SessionCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.SessionCountAggregateOutputType> | number
        }
      }
    }
    LoginAttempt: {
      payload: Prisma.$LoginAttemptPayload<ExtArgs>
      fields: Prisma.LoginAttemptFieldRefs
      operations: {
        findUnique: {
          args: Prisma.LoginAttemptFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.LoginAttemptFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>
        }
        findFirst: {
          args: Prisma.LoginAttemptFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.LoginAttemptFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>
        }
        findMany: {
          args: Prisma.LoginAttemptFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>[]
        }
        create: {
          args: Prisma.LoginAttemptCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>
        }
        createMany: {
          args: Prisma.LoginAttemptCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.LoginAttemptCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>[]
        }
        delete: {
          args: Prisma.LoginAttemptDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>
        }
        update: {
          args: Prisma.LoginAttemptUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>
        }
        deleteMany: {
          args: Prisma.LoginAttemptDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.LoginAttemptUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.LoginAttemptUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>[]
        }
        upsert: {
          args: Prisma.LoginAttemptUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$LoginAttemptPayload>
        }
        aggregate: {
          args: Prisma.LoginAttemptAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateLoginAttempt>
        }
        groupBy: {
          args: Prisma.LoginAttemptGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.LoginAttemptGroupByOutputType>[]
        }
        count: {
          args: Prisma.LoginAttemptCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.LoginAttemptCountAggregateOutputType> | number
        }
      }
    }
    Project: {
      payload: Prisma.$ProjectPayload<ExtArgs>
      fields: Prisma.ProjectFieldRefs
      operations: {
        findUnique: {
          args: Prisma.ProjectFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.ProjectFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>
        }
        findFirst: {
          args: Prisma.ProjectFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.ProjectFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>
        }
        findMany: {
          args: Prisma.ProjectFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>[]
        }
        create: {
          args: Prisma.ProjectCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>
        }
        createMany: {
          args: Prisma.ProjectCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.ProjectCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>[]
        }
        delete: {
          args: Prisma.ProjectDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>
        }
        update: {
          args: Prisma.ProjectUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>
        }
        deleteMany: {
          args: Prisma.ProjectDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.ProjectUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.ProjectUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>[]
        }
        upsert: {
          args: Prisma.ProjectUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$ProjectPayload>
        }
        aggregate: {
          args: Prisma.ProjectAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateProject>
        }
        groupBy: {
          args: Prisma.ProjectGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.ProjectGroupByOutputType>[]
        }
        count: {
          args: Prisma.ProjectCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.ProjectCountAggregateOutputType> | number
        }
      }
    }
    HealthCheck: {
      payload: Prisma.$HealthCheckPayload<ExtArgs>
      fields: Prisma.HealthCheckFieldRefs
      operations: {
        findUnique: {
          args: Prisma.HealthCheckFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.HealthCheckFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>
        }
        findFirst: {
          args: Prisma.HealthCheckFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.HealthCheckFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>
        }
        findMany: {
          args: Prisma.HealthCheckFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>[]
        }
        create: {
          args: Prisma.HealthCheckCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>
        }
        createMany: {
          args: Prisma.HealthCheckCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.HealthCheckCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>[]
        }
        delete: {
          args: Prisma.HealthCheckDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>
        }
        update: {
          args: Prisma.HealthCheckUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>
        }
        deleteMany: {
          args: Prisma.HealthCheckDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.HealthCheckUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.HealthCheckUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>[]
        }
        upsert: {
          args: Prisma.HealthCheckUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$HealthCheckPayload>
        }
        aggregate: {
          args: Prisma.HealthCheckAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateHealthCheck>
        }
        groupBy: {
          args: Prisma.HealthCheckGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.HealthCheckGroupByOutputType>[]
        }
        count: {
          args: Prisma.HealthCheckCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.HealthCheckCountAggregateOutputType> | number
        }
      }
    }
    MonitoringSettings: {
      payload: Prisma.$MonitoringSettingsPayload<ExtArgs>
      fields: Prisma.MonitoringSettingsFieldRefs
      operations: {
        findUnique: {
          args: Prisma.MonitoringSettingsFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.MonitoringSettingsFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>
        }
        findFirst: {
          args: Prisma.MonitoringSettingsFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.MonitoringSettingsFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>
        }
        findMany: {
          args: Prisma.MonitoringSettingsFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>[]
        }
        create: {
          args: Prisma.MonitoringSettingsCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>
        }
        createMany: {
          args: Prisma.MonitoringSettingsCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.MonitoringSettingsCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>[]
        }
        delete: {
          args: Prisma.MonitoringSettingsDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>
        }
        update: {
          args: Prisma.MonitoringSettingsUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>
        }
        deleteMany: {
          args: Prisma.MonitoringSettingsDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.MonitoringSettingsUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.MonitoringSettingsUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>[]
        }
        upsert: {
          args: Prisma.MonitoringSettingsUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$MonitoringSettingsPayload>
        }
        aggregate: {
          args: Prisma.MonitoringSettingsAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateMonitoringSettings>
        }
        groupBy: {
          args: Prisma.MonitoringSettingsGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.MonitoringSettingsGroupByOutputType>[]
        }
        count: {
          args: Prisma.MonitoringSettingsCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.MonitoringSettingsCountAggregateOutputType> | number
        }
      }
    }
    SchedulerRun: {
      payload: Prisma.$SchedulerRunPayload<ExtArgs>
      fields: Prisma.SchedulerRunFieldRefs
      operations: {
        findUnique: {
          args: Prisma.SchedulerRunFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.SchedulerRunFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>
        }
        findFirst: {
          args: Prisma.SchedulerRunFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.SchedulerRunFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>
        }
        findMany: {
          args: Prisma.SchedulerRunFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>[]
        }
        create: {
          args: Prisma.SchedulerRunCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>
        }
        createMany: {
          args: Prisma.SchedulerRunCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.SchedulerRunCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>[]
        }
        delete: {
          args: Prisma.SchedulerRunDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>
        }
        update: {
          args: Prisma.SchedulerRunUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>
        }
        deleteMany: {
          args: Prisma.SchedulerRunDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.SchedulerRunUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.SchedulerRunUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>[]
        }
        upsert: {
          args: Prisma.SchedulerRunUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$SchedulerRunPayload>
        }
        aggregate: {
          args: Prisma.SchedulerRunAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateSchedulerRun>
        }
        groupBy: {
          args: Prisma.SchedulerRunGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.SchedulerRunGroupByOutputType>[]
        }
        count: {
          args: Prisma.SchedulerRunCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.SchedulerRunCountAggregateOutputType> | number
        }
      }
    }
    Domain: {
      payload: Prisma.$DomainPayload<ExtArgs>
      fields: Prisma.DomainFieldRefs
      operations: {
        findUnique: {
          args: Prisma.DomainFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.DomainFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>
        }
        findFirst: {
          args: Prisma.DomainFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.DomainFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>
        }
        findMany: {
          args: Prisma.DomainFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>[]
        }
        create: {
          args: Prisma.DomainCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>
        }
        createMany: {
          args: Prisma.DomainCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.DomainCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>[]
        }
        delete: {
          args: Prisma.DomainDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>
        }
        update: {
          args: Prisma.DomainUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>
        }
        deleteMany: {
          args: Prisma.DomainDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.DomainUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.DomainUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>[]
        }
        upsert: {
          args: Prisma.DomainUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainPayload>
        }
        aggregate: {
          args: Prisma.DomainAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateDomain>
        }
        groupBy: {
          args: Prisma.DomainGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.DomainGroupByOutputType>[]
        }
        count: {
          args: Prisma.DomainCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.DomainCountAggregateOutputType> | number
        }
      }
    }
    DomainRun: {
      payload: Prisma.$DomainRunPayload<ExtArgs>
      fields: Prisma.DomainRunFieldRefs
      operations: {
        findUnique: {
          args: Prisma.DomainRunFindUniqueArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload> | null
        }
        findUniqueOrThrow: {
          args: Prisma.DomainRunFindUniqueOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>
        }
        findFirst: {
          args: Prisma.DomainRunFindFirstArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload> | null
        }
        findFirstOrThrow: {
          args: Prisma.DomainRunFindFirstOrThrowArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>
        }
        findMany: {
          args: Prisma.DomainRunFindManyArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>[]
        }
        create: {
          args: Prisma.DomainRunCreateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>
        }
        createMany: {
          args: Prisma.DomainRunCreateManyArgs<ExtArgs>
          result: BatchPayload
        }
        createManyAndReturn: {
          args: Prisma.DomainRunCreateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>[]
        }
        delete: {
          args: Prisma.DomainRunDeleteArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>
        }
        update: {
          args: Prisma.DomainRunUpdateArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>
        }
        deleteMany: {
          args: Prisma.DomainRunDeleteManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateMany: {
          args: Prisma.DomainRunUpdateManyArgs<ExtArgs>
          result: BatchPayload
        }
        updateManyAndReturn: {
          args: Prisma.DomainRunUpdateManyAndReturnArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>[]
        }
        upsert: {
          args: Prisma.DomainRunUpsertArgs<ExtArgs>
          result: runtime.Types.Utils.PayloadToResult<Prisma.$DomainRunPayload>
        }
        aggregate: {
          args: Prisma.DomainRunAggregateArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.AggregateDomainRun>
        }
        groupBy: {
          args: Prisma.DomainRunGroupByArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.DomainRunGroupByOutputType>[]
        }
        count: {
          args: Prisma.DomainRunCountArgs<ExtArgs>
          result: runtime.Types.Utils.Optional<Prisma.DomainRunCountAggregateOutputType> | number
        }
      }
    }
  }
} & {
  other: {
    payload: any
    operations: {
      $executeRaw: {
        args: [query: TemplateStringsArray | Sql, ...values: any[]],
        result: any
      }
      $executeRawUnsafe: {
        args: [query: string, ...values: any[]],
        result: any
      }
      $queryRaw: {
        args: [query: TemplateStringsArray | Sql, ...values: any[]],
        result: any
      }
      $queryRawUnsafe: {
        args: [query: string, ...values: any[]],
        result: any
      }
    }
  }
}

/**
 * Enums
 */

export const TransactionIsolationLevel = runtime.makeStrictEnum({
  ReadUncommitted: 'ReadUncommitted',
  ReadCommitted: 'ReadCommitted',
  RepeatableRead: 'RepeatableRead',
  Serializable: 'Serializable'
} as const)

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


export const UserScalarFieldEnum = {
  id: 'id',
  username: 'username',
  passwordHash: 'passwordHash',
  role: 'role',
  createdAt: 'createdAt',
  updatedAt: 'updatedAt'
} as const

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


export const SessionScalarFieldEnum = {
  id: 'id',
  tokenHash: 'tokenHash',
  userId: 'userId',
  expiresAt: 'expiresAt',
  createdAt: 'createdAt'
} as const

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


export const LoginAttemptScalarFieldEnum = {
  id: 'id',
  username: 'username',
  ip: 'ip',
  success: 'success',
  createdAt: 'createdAt'
} as const

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


export const ProjectScalarFieldEnum = {
  id: 'id',
  projectCode: 'projectCode',
  projectName: 'projectName',
  productionUrl: 'productionUrl',
  monitoringEnabled: 'monitoringEnabled',
  expectedHttpStatus: 'expectedHttpStatus',
  timeoutSeconds: 'timeoutSeconds',
  description: 'description',
  createdAt: 'createdAt',
  updatedAt: 'updatedAt',
  deletedAt: 'deletedAt',
  currentStatus: 'currentStatus',
  lastCheckedAt: 'lastCheckedAt',
  lastSuccessfulCheckAt: 'lastSuccessfulCheckAt',
  lastFailedCheckAt: 'lastFailedCheckAt',
  failureStartedAt: 'failureStartedAt',
  lastRecoveredAt: 'lastRecoveredAt',
  currentHttpStatus: 'currentHttpStatus',
  currentResponseTimeMs: 'currentResponseTimeMs',
  currentErrorMessage: 'currentErrorMessage'
} as const

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


export const HealthCheckScalarFieldEnum = {
  id: 'id',
  projectId: 'projectId',
  checkedAt: 'checkedAt',
  status: 'status',
  httpStatusCode: 'httpStatusCode',
  responseTimeMs: 'responseTimeMs',
  errorType: 'errorType',
  errorMessage: 'errorMessage',
  trigger: 'trigger',
  attempts: 'attempts',
  runId: 'runId'
} as const

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


export const MonitoringSettingsScalarFieldEnum = {
  id: 'id',
  frequency: 'frequency',
  checkTime: 'checkTime',
  timezone: 'timezone',
  slowThresholdSeconds: 'slowThresholdSeconds',
  updatedAt: 'updatedAt'
} as const

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


export const SchedulerRunScalarFieldEnum = {
  id: 'id',
  trigger: 'trigger',
  slotKey: 'slotKey',
  status: 'status',
  startedBy: 'startedBy',
  startedAt: 'startedAt',
  heartbeatAt: 'heartbeatAt',
  finishedAt: 'finishedAt',
  appsFound: 'appsFound',
  appsChecked: 'appsChecked',
  working: 'working',
  slow: 'slow',
  notWorking: 'notWorking',
  disabled: 'disabled',
  errored: 'errored',
  errorMessage: 'errorMessage'
} as const

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


export const DomainScalarFieldEnum = {
  id: 'id',
  name: 'name',
  addedManually: 'addedManually',
  hiddenAt: 'hiddenAt',
  registrar: 'registrar',
  registeredAt: 'registeredAt',
  expiresAt: 'expiresAt',
  lastChangedAt: 'lastChangedAt',
  registryUpdatedAt: 'registryUpdatedAt',
  registryStatuses: 'registryStatuses',
  manualExpiresAt: 'manualExpiresAt',
  rdapServer: 'rdapServer',
  lastLookupResult: 'lastLookupResult',
  lastLookupError: 'lastLookupError',
  lastCheckedAt: 'lastCheckedAt',
  createdAt: 'createdAt',
  updatedAt: 'updatedAt'
} as const

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


export const DomainRunScalarFieldEnum = {
  id: 'id',
  trigger: 'trigger',
  slotKey: 'slotKey',
  status: 'status',
  startedBy: 'startedBy',
  startedAt: 'startedAt',
  heartbeatAt: 'heartbeatAt',
  finishedAt: 'finishedAt',
  domainsFound: 'domainsFound',
  domainsChecked: 'domainsChecked',
  failed: 'failed',
  errorMessage: 'errorMessage'
} as const

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


export const SortOrder = {
  asc: 'asc',
  desc: 'desc'
} as const

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


export const QueryMode = {
  default: 'default',
  insensitive: 'insensitive'
} as const

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


export const NullsOrder = {
  first: 'first',
  last: 'last'
} as const

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



/**
 * Field references
 */


/**
 * Reference to a field of type 'String'
 */
export type StringFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'String'>
    


/**
 * Reference to a field of type 'String[]'
 */
export type ListStringFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'String[]'>
    


/**
 * Reference to a field of type 'UserRole'
 */
export type EnumUserRoleFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'UserRole'>
    


/**
 * Reference to a field of type 'UserRole[]'
 */
export type ListEnumUserRoleFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'UserRole[]'>
    


/**
 * Reference to a field of type 'DateTime'
 */
export type DateTimeFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'DateTime'>
    


/**
 * Reference to a field of type 'DateTime[]'
 */
export type ListDateTimeFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'DateTime[]'>
    


/**
 * Reference to a field of type 'Boolean'
 */
export type BooleanFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'Boolean'>
    


/**
 * Reference to a field of type 'Int'
 */
export type IntFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'Int'>
    


/**
 * Reference to a field of type 'Int[]'
 */
export type ListIntFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'Int[]'>
    


/**
 * Reference to a field of type 'HealthStatus'
 */
export type EnumHealthStatusFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'HealthStatus'>
    


/**
 * Reference to a field of type 'HealthStatus[]'
 */
export type ListEnumHealthStatusFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'HealthStatus[]'>
    


/**
 * Reference to a field of type 'HealthErrorType'
 */
export type EnumHealthErrorTypeFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'HealthErrorType'>
    


/**
 * Reference to a field of type 'HealthErrorType[]'
 */
export type ListEnumHealthErrorTypeFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'HealthErrorType[]'>
    


/**
 * Reference to a field of type 'CheckTrigger'
 */
export type EnumCheckTriggerFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'CheckTrigger'>
    


/**
 * Reference to a field of type 'CheckTrigger[]'
 */
export type ListEnumCheckTriggerFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'CheckTrigger[]'>
    


/**
 * Reference to a field of type 'CheckFrequency'
 */
export type EnumCheckFrequencyFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'CheckFrequency'>
    


/**
 * Reference to a field of type 'CheckFrequency[]'
 */
export type ListEnumCheckFrequencyFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'CheckFrequency[]'>
    


/**
 * Reference to a field of type 'RunStatus'
 */
export type EnumRunStatusFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'RunStatus'>
    


/**
 * Reference to a field of type 'RunStatus[]'
 */
export type ListEnumRunStatusFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'RunStatus[]'>
    


/**
 * Reference to a field of type 'DomainLookupResult'
 */
export type EnumDomainLookupResultFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'DomainLookupResult'>
    


/**
 * Reference to a field of type 'DomainLookupResult[]'
 */
export type ListEnumDomainLookupResultFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'DomainLookupResult[]'>
    


/**
 * Reference to a field of type 'Float'
 */
export type FloatFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'Float'>
    


/**
 * Reference to a field of type 'Float[]'
 */
export type ListFloatFieldRefInput<$PrismaModel> = FieldRefInputType<$PrismaModel, 'Float[]'>
    

/**
 * Batch Payload for updateMany & deleteMany & createMany
 */
export type BatchPayload = {
  count: number
}

export const defineExtension = runtime.Extensions.defineExtension as unknown as runtime.Types.Extensions.ExtendsHook<"define", TypeMapCb, runtime.Types.Extensions.DefaultArgs>
export type DefaultPrismaClient = PrismaClient
export type ErrorFormat = 'pretty' | 'colorless' | 'minimal'
/**
 * Options common to all variants of `PrismaClientOptions`, regardless of whether you connect to your database through a driver adapter or through Prisma Accelerate.
 */
export interface PrismaClientBaseOptions {
  /**
   * @default "colorless"
   */
  errorFormat?: ErrorFormat
  /**
   * @example
   * ```
   * // Shorthand for `emit: 'stdout'`
   * log: ['query', 'info', 'warn', 'error']
   * 
   * // Emit as events only
   * log: [
   *   { emit: 'event', level: 'query' },
   *   { emit: 'event', level: 'info' },
   *   { emit: 'event', level: 'warn' }
   *   { emit: 'event', level: 'error' }
   * ]
   * 
   * / Emit as events and log to stdout
   * og: [
   *  { emit: 'stdout', level: 'query' },
   *  { emit: 'stdout', level: 'info' },
   *  { emit: 'stdout', level: 'warn' }
   *  { emit: 'stdout', level: 'error' }
   * 
   * ```
   * Read more in our [docs](https://pris.ly/d/logging).
   */
  log?: (LogLevel | LogDefinition)[]
  /**
   * The default values for transactionOptions
   * maxWait ?= 2000
   * timeout ?= 5000
   */
  transactionOptions?: {
    maxWait?: number
    timeout?: number
    isolationLevel?: TransactionIsolationLevel
  }
  /**
   * Global configuration for omitting model fields by default.
   * 
   * @example
   * ```
   * const prisma = new PrismaClient({
   *   omit: {
   *     user: {
   *       password: true
   *     }
   *   }
   * })
   * ```
   */
  omit?: GlobalOmitConfig
  /**
   * SQL commenter plugins that add metadata to SQL queries as comments.
   * Comments follow the sqlcommenter format: https://google.github.io/sqlcommenter/
   * 
   * @example
   * ```
   * const prisma = new PrismaClient({
   *   adapter,
   *   comments: [
   *     traceContext(),
   *     queryInsights(),
   *   ],
   * })
   * ```
   */
  comments?: runtime.SqlCommenterPlugin[]
  /**
   * Optional maximum size for the query plan cache. If not provided, a default size will be used.
   * A value of `0` can be used to disable the cache entirely. A higher cache size can improve
   * performance for applications that execute a large number of unique queries, while a smaller
   * cache size can reduce memory usage.
   * 
   * @example
   * ```
   * const prisma = new PrismaClient({
   *   adapter,
   *   queryPlanCacheMaxSize: 100,
   * })
   * ```
   */
  queryPlanCacheMaxSize?: number
}

/**
 * `PrismaClient` options for connecting to your database through Prisma Accelerate instead of a driver adapter.
 * 
 * Learn more: https://pris.ly/d/accelerate
 */
export interface PrismaClientOptionsWithAccelerateUrl extends PrismaClientBaseOptions {
  /**
   * The Prisma Accelerate connection URL. Use this option to connect to your database through Prisma Accelerate instead of using a driver adapter to connect directly.
   * 
   * Learn more: https://pris.ly/d/accelerate
   */
  accelerateUrl: string
  adapter?: never
}

/**
 * `PrismaClient` options for connecting to your database through a driver adapter. This is the common case in Prisma 7.
 * 
 * Learn more: https://pris.ly/d/driver-adapters
 */
export interface PrismaClientOptionsWithAdapter extends PrismaClientBaseOptions {
  /**
   * A driver adapter that PrismaClient uses to connect to your database, such as the ones provided by `@prisma/adapter-pg`, `@prisma/adapter-libsql`, `@prisma/adapter-planetscale`, etc.
   * 
   * A driver adapter is **required** unless you connect to your database through Prisma Accelerate (in which case use `accelerateUrl` instead).
   * 
   * Learn more: https://pris.ly/d/driver-adapters
   * 
   * @example
   * ```ts
   * import { PrismaPg } from '@prisma/adapter-pg'
   * import { PrismaClient } from './generated/prisma/client'
   * 
   * const adapter = new PrismaPg({ connectionString: process.env.DATABASE_URL })
   * const prisma = new PrismaClient({ adapter })
   * ```
   */
  adapter: runtime.SqlDriverAdapterFactory
  accelerateUrl?: never
}

/**
 * Options passed to the `PrismaClient` constructor.
 * 
 * A driver adapter (or, alternatively, a Prisma Accelerate URL) is **required**. See {@link PrismaClientOptionsWithAdapter} and {@link PrismaClientOptionsWithAccelerateUrl} for the two variants. All other properties live in {@link PrismaClientBaseOptions} and are optional.
 * 
 * Learn more about driver adapters: https://pris.ly/d/driver-adapters
 */
export type PrismaClientOptions = PrismaClientOptionsWithAccelerateUrl | PrismaClientOptionsWithAdapter
export type GlobalOmitConfig = {
  user?: Prisma.UserOmit
  session?: Prisma.SessionOmit
  loginAttempt?: Prisma.LoginAttemptOmit
  project?: Prisma.ProjectOmit
  healthCheck?: Prisma.HealthCheckOmit
  monitoringSettings?: Prisma.MonitoringSettingsOmit
  schedulerRun?: Prisma.SchedulerRunOmit
  domain?: Prisma.DomainOmit
  domainRun?: Prisma.DomainRunOmit
}

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

export type CheckIsLogLevel<T> = T extends LogLevel ? T : never;

export type GetLogType<T> = CheckIsLogLevel<
  T extends LogDefinition ? T['level'] : T
>;

export type GetEvents<T extends any[]> = T extends Array<LogLevel | LogDefinition>
  ? GetLogType<T[number]>
  : 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'
  | 'findUniqueOrThrow'
  | 'findMany'
  | 'findFirst'
  | 'findFirstOrThrow'
  | 'create'
  | 'createMany'
  | 'createManyAndReturn'
  | 'update'
  | 'updateMany'
  | 'updateManyAndReturn'
  | 'upsert'
  | 'delete'
  | 'deleteMany'
  | 'executeRaw'
  | 'queryRaw'
  | 'aggregate'
  | 'count'
  | 'runCommandRaw'
  | 'findRaw'
  | 'groupBy'

/**
 * `PrismaClient` proxy available in interactive transactions.
 */
export type TransactionClient = Omit<DefaultPrismaClient, runtime.ITXClientDenyList>