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import type {
Binary,
BSONRegExp,
BSONType,
Decimal128,
Document,
Double,
Int32,
Long,
ObjectId,
ObjectIdLike,
Timestamp
} from './bson';
import { type CommandStartedEvent } from './cmap/command_monitoring_events';
import {
type LoggableCommandFailedEvent,
type LoggableCommandSucceededEvent,
type LoggableServerHeartbeatFailedEvent,
type LoggableServerHeartbeatStartedEvent,
type LoggableServerHeartbeatSucceededEvent,
MongoLoggableComponent,
type MongoLogger
} from './mongo_logger';
import type { Sort } from './sort';
import { noop } from './utils';
/** @internal */
export type TODO_NODE_3286 = any;
/** Given an object shaped type, return the type of the _id field or default to ObjectId @public */
export type InferIdType<TSchema> = TSchema extends { _id: infer IdType }
? // user has defined a type for _id
Record<any, never> extends IdType
? never // explicitly forbid empty objects as the type of _id
: IdType
: TSchema extends { _id?: infer IdType }
? // optional _id defined - return ObjectId | IdType
unknown extends IdType
? ObjectId // infer the _id type as ObjectId if the type of _id is unknown
: IdType
: ObjectId; // user has not defined _id on schema
/** Add an _id field to an object shaped type @public */
export type WithId<TSchema> = EnhancedOmit<TSchema, '_id'> & { _id: InferIdType<TSchema> };
/**
* Add an optional _id field to an object shaped type
* @public
*/
export type OptionalId<TSchema> = EnhancedOmit<TSchema, '_id'> & { _id?: InferIdType<TSchema> };
/**
* Adds an optional _id field to an object shaped type, unless the _id field is required on that type.
* In the case _id is required, this method continues to require_id.
*
* @public
*
* @privateRemarks
* `ObjectId extends TSchema['_id']` is a confusing ordering at first glance. Rather than ask
* `TSchema['_id'] extends ObjectId` which translated to "Is the _id property ObjectId?"
* we instead ask "Does ObjectId look like (have the same shape) as the _id?"
*/
export type OptionalUnlessRequiredId<TSchema> = TSchema extends { _id: any }
? TSchema
: OptionalId<TSchema>;
/** TypeScript Omit (Exclude to be specific) does not work for objects with an "any" indexed type, and breaks discriminated unions @public */
export type EnhancedOmit<TRecordOrUnion, KeyUnion> = string extends keyof TRecordOrUnion
? TRecordOrUnion // TRecordOrUnion has indexed type e.g. { _id: string; [k: string]: any; } or it is "any"
: TRecordOrUnion extends any
? Pick<TRecordOrUnion, Exclude<keyof TRecordOrUnion, KeyUnion>> // discriminated unions
: never;
/** Remove the _id field from an object shaped type @public */
export type WithoutId<TSchema> = Omit<TSchema, '_id'>;
/** A MongoDB filter can be some portion of the schema or a set of operators @public */
export type Filter<TSchema> = {
[P in keyof WithId<TSchema>]?: Condition<WithId<TSchema>[P]>;
} & RootFilterOperators<WithId<TSchema>>;
/** @public */
export type Condition<T> = AlternativeType<T> | FilterOperators<AlternativeType<T>>;
/**
* It is possible to search using alternative types in mongodb e.g.
* string types can be searched using a regex in mongo
* array types can be searched using their element type
* @public
*/
export type AlternativeType<T> =
T extends ReadonlyArray<infer U> ? T | RegExpOrString<U> : RegExpOrString<T>;
/** @public */
export type RegExpOrString<T> = T extends string ? BSONRegExp | RegExp | T : T;
/** @public */
export interface RootFilterOperators<TSchema> extends Document {
$and?: Filter<TSchema>[];
$nor?: Filter<TSchema>[];
$or?: Filter<TSchema>[];
$text?: {
$search: string;
$language?: string;
$caseSensitive?: boolean;
$diacriticSensitive?: boolean;
};
$where?: string | ((this: TSchema) => boolean);
$comment?: string | Document;
}
/**
* @public
* A type that extends Document but forbids anything that "looks like" an object id.
*/
export type NonObjectIdLikeDocument = {
[key in keyof ObjectIdLike]?: never;
} & Document;
/** @public */
export interface FilterOperators<TValue> extends NonObjectIdLikeDocument {
// Comparison
$eq?: TValue;
$gt?: TValue;
$gte?: TValue;
$in?: ReadonlyArray<TValue>;
$lt?: TValue;
$lte?: TValue;
$ne?: TValue;
$nin?: ReadonlyArray<TValue>;
// Logical
$not?: TValue extends string ? FilterOperators<TValue> | RegExp : FilterOperators<TValue>;
// Element
/**
* When `true`, `$exists` matches the documents that contain the field,
* including documents where the field value is null.
*/
$exists?: boolean;
$type?: BSONType | BSONTypeAlias;
// Evaluation
$expr?: Record<string, any>;
$jsonSchema?: Record<string, any>;
$mod?: TValue extends number ? [number, number] : never;
$regex?: TValue extends string ? RegExp | BSONRegExp | string : never;
$options?: TValue extends string ? string : never;
// Geospatial
$geoIntersects?: { $geometry: Document };
$geoWithin?: Document;
$near?: Document;
$nearSphere?: Document;
$maxDistance?: number;
// Array
$all?: ReadonlyArray<any>;
$elemMatch?: Document;
$size?: TValue extends ReadonlyArray<any> ? number : never;
// Bitwise
$bitsAllClear?: BitwiseFilter;
$bitsAllSet?: BitwiseFilter;
$bitsAnyClear?: BitwiseFilter;
$bitsAnySet?: BitwiseFilter;
$rand?: Record<string, never>;
}
/** @public */
export type BitwiseFilter =
| number /** numeric bit mask */
| Binary /** BinData bit mask */
| ReadonlyArray<number>; /** `[ <position1>, <position2>, ... ]` */
/** @public */
export type BSONTypeAlias = keyof typeof BSONType;
/** @public */
export type IsAny<Type, ResultIfAny, ResultIfNotAny> = true extends false & Type
? ResultIfAny
: ResultIfNotAny;
/** @public */
export type Flatten<Type> = Type extends ReadonlyArray<infer Item> ? Item : Type;
/** @public */
export type ArrayElement<Type> = Type extends ReadonlyArray<infer Item> ? Item : never;
/** @public */
export type SchemaMember<T, V> = { [P in keyof T]?: V } | { [key: string]: V };
/** @public */
export type IntegerType = number | Int32 | Long | bigint;
/** @public */
export type NumericType = IntegerType | Decimal128 | Double;
/** @public */
export type FilterOperations<T> =
T extends Record<string, any>
? { [key in keyof T]?: FilterOperators<T[key]> }
: FilterOperators<T>;
/** @public */
export type KeysOfAType<TSchema, Type> = {
[key in keyof TSchema]: NonNullable<TSchema[key]> extends Type ? key : never;
}[keyof TSchema];
/** @public */
export type KeysOfOtherType<TSchema, Type> = {
[key in keyof TSchema]: NonNullable<TSchema[key]> extends Type ? never : key;
}[keyof TSchema];
/** @public */
export type AcceptedFields<TSchema, FieldType, AssignableType> = {
readonly [key in KeysOfAType<TSchema, FieldType>]?: AssignableType;
};
/** It avoids using fields with not acceptable types @public */
export type NotAcceptedFields<TSchema, FieldType> = {
readonly [key in KeysOfOtherType<TSchema, FieldType>]?: never;
};
/** @public */
export type OnlyFieldsOfType<TSchema, FieldType = any, AssignableType = FieldType> = IsAny<
TSchema[keyof TSchema],
AssignableType extends FieldType ? Record<string, FieldType> : Record<string, AssignableType>,
AcceptedFields<TSchema, FieldType, AssignableType> &
NotAcceptedFields<TSchema, FieldType> &
Record<string, AssignableType>
>;
/** @public */
export type MatchKeysAndValues<TSchema> = Readonly<Partial<TSchema>> & Record<string, any>;
/** @public */
export type AddToSetOperators<Type> = {
$each?: Array<Flatten<Type>>;
};
/** @public */
export type ArrayOperator<Type> = {
$each?: Array<Flatten<Type>>;
$slice?: number;
$position?: number;
$sort?: Sort;
};
/** @public */
export type SetFields<TSchema> = ({
readonly [key in KeysOfAType<TSchema, ReadonlyArray<any> | undefined>]?:
| OptionalId<Flatten<TSchema[key]>>
| AddToSetOperators<Array<OptionalId<Flatten<TSchema[key]>>>>;
} & IsAny<
TSchema[keyof TSchema],
object,
NotAcceptedFields<TSchema, ReadonlyArray<any> | undefined>
>) & {
readonly [key: string]: AddToSetOperators<any> | any;
};
/** @public */
export type PushOperator<TSchema> = ({
readonly [key in KeysOfAType<TSchema, ReadonlyArray<any>>]?:
| Flatten<TSchema[key]>
| ArrayOperator<Array<Flatten<TSchema[key]>>>;
} & NotAcceptedFields<TSchema, ReadonlyArray<any>>) & {
readonly [key: string]: ArrayOperator<any> | any;
};
/** @public */
export type PullOperator<TSchema> = ({
readonly [key in KeysOfAType<TSchema, ReadonlyArray<any>>]?:
| Partial<Flatten<TSchema[key]>>
| FilterOperations<Flatten<TSchema[key]>>;
} & NotAcceptedFields<TSchema, ReadonlyArray<any>>) & {
readonly [key: string]: FilterOperators<any> | any;
};
/** @public */
export type PullAllOperator<TSchema> = ({
readonly [key in KeysOfAType<TSchema, ReadonlyArray<any>>]?: TSchema[key];
} & NotAcceptedFields<TSchema, ReadonlyArray<any>>) & {
readonly [key: string]: ReadonlyArray<any>;
};
/** @public */
export type UpdateFilter<TSchema> = {
$currentDate?: OnlyFieldsOfType<
TSchema,
Date | Timestamp,
true | { $type: 'date' | 'timestamp' }
>;
$inc?: OnlyFieldsOfType<TSchema, NumericType | undefined>;
$min?: MatchKeysAndValues<TSchema>;
$max?: MatchKeysAndValues<TSchema>;
$mul?: OnlyFieldsOfType<TSchema, NumericType | undefined>;
$rename?: Record<string, string>;
$set?: MatchKeysAndValues<TSchema>;
$setOnInsert?: MatchKeysAndValues<TSchema>;
$unset?: OnlyFieldsOfType<TSchema, any, '' | true | 1>;
$addToSet?: SetFields<TSchema>;
$pop?: OnlyFieldsOfType<TSchema, ReadonlyArray<any>, 1 | -1>;
$pull?: PullOperator<TSchema>;
$push?: PushOperator<TSchema>;
$pullAll?: PullAllOperator<TSchema>;
$bit?: OnlyFieldsOfType<
TSchema,
NumericType | undefined,
{ and: IntegerType } | { or: IntegerType } | { xor: IntegerType }
>;
} & Document;
/** @public */
export type Nullable<AnyType> = AnyType | null | undefined;
/** @public */
export type OneOrMore<T> = T | ReadonlyArray<T>;
/** @public */
export type GenericListener = (...args: any[]) => void;
/**
* Event description type
* @public
*/
export type EventsDescription = Record<string, GenericListener>;
/** @public */
export type CommonEvents = 'newListener' | 'removeListener';
/**
* Typescript type safe event emitter
* @public
*/
export declare interface TypedEventEmitter<Events extends EventsDescription> extends EventEmitter {
addListener<EventKey extends keyof Events>(event: EventKey, listener: Events[EventKey]): this;
addListener(
event: CommonEvents,
listener: (eventName: string | symbol, listener: GenericListener) => void
): this;
addListener(event: string | symbol, listener: GenericListener): this;
on<EventKey extends keyof Events>(event: EventKey, listener: Events[EventKey]): this;
on(
event: CommonEvents,
listener: (eventName: string | symbol, listener: GenericListener) => void
): this;
on(event: string | symbol, listener: GenericListener): this;
once<EventKey extends keyof Events>(event: EventKey, listener: Events[EventKey]): this;
once(
event: CommonEvents,
listener: (eventName: string | symbol, listener: GenericListener) => void
): this;
once(event: string | symbol, listener: GenericListener): this;
removeListener<EventKey extends keyof Events>(event: EventKey, listener: Events[EventKey]): this;
removeListener(
event: CommonEvents,
listener: (eventName: string | symbol, listener: GenericListener) => void
): this;
removeListener(event: string | symbol, listener: GenericListener): this;
off<EventKey extends keyof Events>(event: EventKey, listener: Events[EventKey]): this;
off(
event: CommonEvents,
listener: (eventName: string | symbol, listener: GenericListener) => void
): this;
off(event: string | symbol, listener: GenericListener): this;
removeAllListeners<EventKey extends keyof Events>(
event?: EventKey | CommonEvents | symbol | string
): this;
listeners<EventKey extends keyof Events>(
event: EventKey | CommonEvents | symbol | string
): Events[EventKey][];
rawListeners<EventKey extends keyof Events>(
event: EventKey | CommonEvents | symbol | string
): Events[EventKey][];
emit<EventKey extends keyof Events>(
event: EventKey | symbol,
...args: Parameters<Events[EventKey]>
): boolean;
listenerCount<EventKey extends keyof Events>(
type: EventKey | CommonEvents | symbol | string
): number;
prependListener<EventKey extends keyof Events>(event: EventKey, listener: Events[EventKey]): this;
prependListener(
event: CommonEvents,
listener: (eventName: string | symbol, listener: GenericListener) => void
): this;
prependListener(event: string | symbol, listener: GenericListener): this;
prependOnceListener<EventKey extends keyof Events>(
event: EventKey,
listener: Events[EventKey]
): this;
prependOnceListener(
event: CommonEvents,
listener: (eventName: string | symbol, listener: GenericListener) => void
): this;
prependOnceListener(event: string | symbol, listener: GenericListener): this;
eventNames(): string[];
getMaxListeners(): number;
setMaxListeners(n: number): this;
}
/**
* Typescript type safe event emitter
* @public
*/
// eslint-disable-next-line @typescript-eslint/no-unsafe-declaration-merging
export class TypedEventEmitter<Events extends EventsDescription> extends EventEmitter {
/** @internal */
protected mongoLogger?: MongoLogger;
/** @internal */
protected component?: MongoLoggableComponent;
/** @internal */
emitAndLog<EventKey extends keyof Events>(
event: EventKey | symbol,
...args: Parameters<Events[EventKey]>
): void {
this.emit(event, ...args);
Eif (this.component) this.mongoLogger?.debug(this.component, args[0]);
}
/** @internal */
emitAndLogHeartbeat<EventKey extends keyof Events>(
event: EventKey | symbol,
topologyId: number,
serverConnectionId?: number | '<monitor>',
...args: Parameters<Events[EventKey]>
): void {
this.emit(event, ...args);
Eif (this.component) {
const loggableHeartbeatEvent:
| LoggableServerHeartbeatFailedEvent
| LoggableServerHeartbeatSucceededEvent
| LoggableServerHeartbeatStartedEvent = {
topologyId: topologyId,
serverConnectionId: serverConnectionId ?? null,
...args[0]
};
this.mongoLogger?.debug(this.component, loggableHeartbeatEvent);
}
}
/** @internal */
emitAndLogCommand<EventKey extends keyof Events>(
monitorCommands: boolean,
event: EventKey | symbol,
databaseName: string,
connectionEstablished: boolean,
...args: Parameters<Events[EventKey]>
): void {
if (monitorCommands) {
this.emit(event, ...args);
}
if (connectionEstablished) {
const loggableCommandEvent:
| CommandStartedEvent
| LoggableCommandFailedEvent
| LoggableCommandSucceededEvent = {
databaseName: databaseName,
...args[0]
};
this.mongoLogger?.debug(MongoLoggableComponent.COMMAND, loggableCommandEvent);
}
}
}
/** @public */
export class CancellationToken extends TypedEventEmitter<{ cancel(): void }> {
constructor(...args: any[]) {
super(...args);
this.on('error', noop);
}
}
/** @public */
export type Abortable = {
/**
* @experimental
* When provided, the corresponding `AbortController` can be used to abort an asynchronous action.
*
* The `signal.reason` value is used as the error thrown.
*
* @remarks
* **NOTE:** If an abort signal aborts an operation while the driver is writing to the underlying
* socket or reading the response from the server, the socket will be closed.
* If signals are aborted at a high rate during socket read/writes this can lead to a high rate of connection reestablishment.
*
* We plan to mitigate this in a future release, please follow NODE-6062 (`timeoutMS` expiration suffers the same limitation).
*
* AbortSignals are likely a best fit for human interactive interruption (ex. ctrl-C) where the frequency
* of cancellation is reasonably low. If a signal is programmatically aborted for 100s of operations you can empty
* the driver's connection pool.
*
* @example
* ```js
* const controller = new AbortController();
* const { signal } = controller;
* process.on('SIGINT', () => controller.abort(new Error('^C pressed')));
*
* try {
* const res = await fetch('...', { signal });
* await collection.findOne(await res.json(), { signal });
* catch (error) {
* if (error === signal.reason) {
* // signal abort error handling
* }
* }
* ```
*/
signal?: AbortSignal | undefined;
};
/**
* Helper types for dot-notation filter attributes
*/
/** @public */
export type Join<T extends unknown[], D extends string> = T extends []
? ''
: T extends [string | number]
? `${T[0]}`
: T extends [string | number, ...infer R]
? `${T[0]}${D}${Join<R, D>}`
: string;
/** @public */
export type PropertyType<Type, Property extends string> = string extends Property
? unknown
: Property extends keyof Type
? Type[Property]
: Property extends `${number}`
? Type extends ReadonlyArray<infer ArrayType>
? ArrayType
: unknown
: Property extends `${infer Key}.${infer Rest}`
? Key extends `${number}`
? Type extends ReadonlyArray<infer ArrayType>
? PropertyType<ArrayType, Rest>
: unknown
: Key extends keyof Type
? Type[Key] extends Map<string, infer MapType>
? MapType
: PropertyType<Type[Key], Rest>
: unknown
: unknown;
/**
* @public
* returns tuple of strings (keys to be joined on '.') that represent every path into a schema
* https://www.mongodb.com/docs/manual/tutorial/query-embedded-documents/
*
* @remarks
* Through testing we determined that a depth of 8 is safe for the typescript compiler
* and provides reasonable compilation times. This number is otherwise not special and
* should be changed if issues are found with this level of checking. Beyond this
* depth any helpers that make use of NestedPaths should devolve to not asserting any
* type safety on the input.
*/
export type NestedPaths<Type, Depth extends number[]> = Depth['length'] extends 8
? []
: Type extends
| string
| number
| bigint
| boolean
| Date
| RegExp
| Buffer
| Uint8Array
| ((...args: any[]) => any)
| { _bsontype: string }
? []
: Type extends ReadonlyArray<infer ArrayType>
? [] | [number, ...NestedPaths<ArrayType, [...Depth, 1]>]
: Type extends Map<string, any>
? [string]
: Type extends object
? {
[Key in Extract<keyof Type, string>]: Type[Key] extends Type // type of value extends the parent
? [Key]
: // for a recursive union type, the child will never extend the parent type.
// but the parent will still extend the child
Type extends Type[Key]
? [Key]
: Type[Key] extends ReadonlyArray<infer ArrayType> // handling recursive types with arrays
? Type extends ArrayType // is the type of the parent the same as the type of the array?
? [Key] // yes, it's a recursive array type
: // for unions, the child type extends the parent
ArrayType extends Type
? [Key] // we have a recursive array union
: // child is an array, but it's not a recursive array
[Key, ...NestedPaths<Type[Key], [...Depth, 1]>]
: // child is not structured the same as the parent
[Key, ...NestedPaths<Type[Key], [...Depth, 1]>] | [Key];
}[Extract<keyof Type, string>]
: [];
/**
* @public
* returns keys (strings) for every path into a schema with a value of type
* https://www.mongodb.com/docs/manual/tutorial/query-embedded-documents/
*/
export type NestedPathsOfType<TSchema, Type> = KeysOfAType<
{
[Property in Join<NestedPaths<TSchema, []>, '.'>]: PropertyType<TSchema, Property>;
},
Type
>;
/**
* @public
* @experimental
*/
export type StrictFilter<TSchema> =
| Partial<TSchema>
| ({
[Property in Join<NestedPaths<WithId<TSchema>, []>, '.'>]?: Condition<
PropertyType<WithId<TSchema>, Property>
>;
} & RootFilterOperators<WithId<TSchema>>);
/**
* @public
* @experimental
*/
export type StrictUpdateFilter<TSchema> = {
$currentDate?: OnlyFieldsOfType<
TSchema,
Date | Timestamp,
true | { $type: 'date' | 'timestamp' }
>;
$inc?: OnlyFieldsOfType<TSchema, NumericType | undefined>;
$min?: StrictMatchKeysAndValues<TSchema>;
$max?: StrictMatchKeysAndValues<TSchema>;
$mul?: OnlyFieldsOfType<TSchema, NumericType | undefined>;
$rename?: Record<string, string>;
$set?: StrictMatchKeysAndValues<TSchema>;
$setOnInsert?: StrictMatchKeysAndValues<TSchema>;
$unset?: OnlyFieldsOfType<TSchema, any, '' | true | 1>;
$addToSet?: SetFields<TSchema>;
$pop?: OnlyFieldsOfType<TSchema, ReadonlyArray<any>, 1 | -1>;
$pull?: PullOperator<TSchema>;
$push?: PushOperator<TSchema>;
$pullAll?: PullAllOperator<TSchema>;
$bit?: OnlyFieldsOfType<
TSchema,
NumericType | undefined,
{ and: IntegerType } | { or: IntegerType } | { xor: IntegerType }
>;
} & Document;
/**
* @public
* @experimental
*/
export type StrictMatchKeysAndValues<TSchema> = Readonly<
{
[Property in Join<NestedPaths<TSchema, []>, '.'>]?: PropertyType<TSchema, Property>;
} & {
[Property in `${NestedPathsOfType<TSchema, any[]>}.$${`[${string}]` | ''}`]?: ArrayElement<
PropertyType<TSchema, Property extends `${infer Key}.$${string}` ? Key : never>
>;
} & {
[Property in `${NestedPathsOfType<TSchema, Record<string, any>[]>}.$${
| `[${string}]`
| ''}.${string}`]?: any; // Could be further narrowed
} & Document
>;
|