Enumerationswift-mongodb 0.29.3MongoBuiltins->Mongo
SetWindowFields
Mongo.PipelineEncoder.swift:828@frozen enum SetWindowFields@frozen enum SetWindowFieldss5MongoAAO0A8BuiltinsE15PipelineEncoderV15SetWindowFieldsO What are these?5BN76import MongoA single-type module that declares the Mongo namespace.
import MongoBuiltins@frozen struct PipelineEncoderenum Mongocase setWindowFieldsinit(_ output: consuming BSON.Output) static var frame: BSON.DocumentFrame { get }subscript(stage count: Count) -> Mongo.AnyKeyPath? { get set } subscript(stage unset: Unset) -> Mongo.AnyKeyPath? { get set } subscript(stage unwind: Unwind) -> Mongo.AnyKeyPath? { get set } subscript(stage out: Out) -> Mongo.Collection? { get set } subscript(stage unionWith: UnionWith) -> Mongo.Collection? { get set } subscript(stage out: Out) -> Mongo.Namespaced<Mongo.Collection>? { get set } subscript(stage indexStats: IndexStats) -> Mongo.EmptyDocument? { get set } subscript(stage planCacheStats: PlanCacheStats) -> Mongo.EmptyDocument? { get set } subscript(stage shardedDataDistribution: ShardedDataDistribution) -> Mongo.EmptyDocument? { get set } subscript(stage group: Group) -> Mongo.GroupDocument? { get set } subscript(stage merge: Merge) -> Mongo.MergeDocument? { get set } subscript(stage sample: Sample) -> Mongo.SampleDocument? { get set } subscript(stage unwind: Unwind) -> Mongo.UnwindDocument? { get set } subscript(stage unionWith: UnionWith) -> Mongo.UnionWithDocument? { get set } subscript(stage collStats: CollectionStats) -> Mongo.CollectionStatsDocument? { get set } subscript(stage currentOp: CurrentOperation) -> Mongo.CurrentOperationDocument? { get set } subscript(stage unset: Unset) -> [Mongo.AnyKeyPath] { get set } Does nothing if the assigned array is empty.
subscript(stage skip: Skip) -> Int? { get set } subscript(stage limit: Limit) -> Int? { get set } subscript<Document>(stage replaceWith: ReplaceWith) -> Document? where Document : BSONEncodable { get set } subscript<GroupKey>(stage sortByCount: SortByCount) -> GroupKey? where GroupKey : BSONEncodable { get set } subscript<Predicate>(stage match: Match) -> Predicate? where Predicate : Mongo.PredicateEncodable { get set } subscript<RedactMode>(stage redact: Redact) -> RedactMode? where RedactMode : BSONEncodable { get set } subscript<ProjectionDocument>(stage project: Project) -> ProjectionDocument? where ProjectionDocument : Mongo.ProjectionEncodable { get set } subscript<Array>(stage documents: Documents) -> Array? where Array : BSONEncodable { get set } subscript(stage bucketAuto: BucketAuto, yield: (inout Mongo.BucketAutoEncoder) -> ()) -> Void { mutating get } subscript(stage replaceWith: ReplaceWith, yield: (inout Mongo.ExpressionEncoder) -> ()) -> Void { mutating get } Replaces the root document with a new document computed by an Expression, usually a mergeObjects expression.
subscript(stage changeStream: ChangeStream, yield: (inout Mongo.ChangeStreamEncoder) -> ()) -> Void { mutating get } subscript(stage match: Match, yield: (inout Mongo.PredicateEncoder) -> ()) -> Void { mutating get } subscript(stage bucket: Bucket, yield: (inout Mongo.BucketEncoder) -> ()) -> Void { mutating get } subscript(stage lookup: Lookup, yield: (inout Mongo.LookupEncoder) -> ()) -> Void { mutating get } subscript<CodingKey>(stage replaceWith: ReplaceWith, using key: CodingKey.Type = CodingKey.self, yield: (inout Mongo.SetEncoder<CodingKey>) -> ()) -> Void where CodingKey : RawRepresentable, CodingKey.RawValue == String { mutating get } Replaces the root document with a new document using the specified schema.
subscript<CodingKey>(stage set: Set, using key: CodingKey.Type = CodingKey.self, yield: (inout Mongo.SetEncoder<CodingKey>) -> ()) -> Void where CodingKey : RawRepresentable, CodingKey.RawValue == String { mutating get } subscript<CodingKey>(stage sort: Sort, using _: CodingKey.Type = CodingKey.self, yield: (inout Mongo.SortEncoder<CodingKey>) -> ()) -> Void where CodingKey : RawRepresentable, CodingKey.RawValue == String { mutating get } subscript<FacetKey>(stage facet: Facet, using key: FacetKey.Type = FacetKey.self, yield: (inout Mongo.FacetEncoder<FacetKey>) -> ()) -> Void where FacetKey : RawRepresentable, FacetKey.RawValue == String { mutating get } subscript<CodingKey>(stage project: Project, using _: CodingKey.Type = CodingKey.self, yield: (inout Mongo.ProjectionEncoder<CodingKey>) -> ()) -> Void where CodingKey : RawRepresentable, CodingKey.RawValue == String { mutating get } consuming func move() -> BSON.Output @frozen enum Bucket@frozen enum BucketAuto@frozen enum ChangeStream@frozen enum CollectionStats@frozen enum Count@frozen enum CurrentOperation@frozen enum Densify@frozen enum Documents@frozen enum Facet@frozen enum Fill@frozen enum GeoNear@frozen enum GraphLookup@frozen enum Group@frozen enum IndexStats@frozen enum Limit@frozen enum ListLocalSessions@frozen enum ListSessions@frozen enum Lookup@frozen enum Match@frozen enum Merge@frozen enum Out@frozen enum PlanCacheStats@frozen enum Project@frozen enum Redact@frozen enum ReplaceWith@frozen enum Sample@frozen enum Set@frozen enum ShardedDataDistribution@frozen enum Skip@frozen enum Sort@frozen enum SortByCount@frozen enum UnionWith@frozen enum Unset@frozen enum Unwindprotocol BitwiseCopyableprotocol EquatableA type that can be compared for value equality.
protocol Hashable : EquatableA type that can be hashed into a Hasher to produce an integer hash value.
protocol RawRepresentable<RawValue>A type that can be converted to and from an associated raw value.
protocol Sendableinit?(rawValue: String) var hashValue: Int { get }static func != (lhs: Self, rhs: Self) -> Bool Returns a Boolean value indicating whether two values are not equal.
func hash(into hasher: inout Hasher)