Enumerationswift-mongodb 0.29.3MongoBuiltins->Mongo
Cond
Mongo.ExpressionEncoder.swift:150@frozen enum Cond@frozen enum Condimport MongoA single-type module that declares the Mongo namespace.
import MongoBuiltins@frozen struct ExpressionEncoderenum Mongocase condinit(_ output: consuming BSON.Output) static var frame: BSON.DocumentFrame { get }subscript(key: Map) -> Mongo.MapDocument? { get set } subscript(key: Zip) -> Mongo.ZipDocument? { get set } subscript(key: Filter) -> Mongo.FilterDocument? { get set } subscript(key: Reduce) -> Mongo.ReduceDocument? { get set } subscript(key: Switch) -> Mongo.SwitchDocument? { get set } subscript(key: SortArray) -> Mongo.SortArrayDocument? { get set } subscript<Sequence, Element, Start, End>(key: Index) -> (in: Sequence?, of: Element?, from: Start?, to: End?) where Sequence : BSONEncodable, Element : BSONEncodable, Start : BSONEncodable, End : BSONEncodable { get set } subscript<Sequence, Element>(key: Index) -> (in: Sequence?, of: Element?) where Sequence : BSONEncodable, Element : BSONEncodable { get set } subscript<Array, Index>(key: Element) -> (of: Array?, at: Index?) where Array : BSONEncodable, Index : BSONEncodable { get set } subscript<Base, Exponential>(key: Log) -> (base: Base?, of: Exponential?) where Base : BSONEncodable, Exponential : BSONEncodable { get set } subscript<Base, Exponent>(key: Pow) -> (base: Base?, to: Exponent?) where Base : BSONEncodable, Exponent : BSONEncodable { get set } subscript<Start, End, Step>(key: Range) -> (from: Start?, to: End?, by: Step?) where Start : BSONEncodable, End : BSONEncodable, Step : BSONEncodable { get set } subscript<Start, End>(key: Range) -> (from: Start?, to: End?) where Start : BSONEncodable, End : BSONEncodable { get set } subscript<Fraction>(key: Quantization) -> Fraction? where Fraction : BSONEncodable { get set } subscript<Encodable>(key: UnaryParenthesized) -> Encodable? where Encodable : BSONEncodable { get set } Creates a $not or $isArray expression. This subscript already brackets the expression when passing it in an argument tuple; doing so manually will create an expression that always evaluates to false for $not (because an array evaluates to true), or true for $isArray (because an array is an array).
subscript<Encodable>(key: Unary) -> Encodable? where Encodable : BSONEncodable { get set } subscript<Encodable>(key: Variadic) -> Encodable? where Encodable : BSONEncodable { get set } subscript<Array, Index, Distance>(key: Slice) -> (Array?, at: Index?, distance: Distance?) where Array : BSONEncodable, Index : BSONEncodable, Distance : BSONEncodable { get set } subscript<Dividend, Divisor>(key: Division) -> (Dividend?, by: Divisor?) where Dividend : BSONEncodable, Divisor : BSONEncodable { get set } subscript<Encodable, Array>(key: In) -> (Encodable?, in: Array?) where Encodable : BSONEncodable, Array : BSONEncodable { get set } subscript<Count, Array>(key: Superlative) -> (Count?, of: Array?) where Count : BSONEncodable, Array : BSONEncodable { get set } subscript<Minuend, Difference>(key: Subtract) -> (Minuend?, minus: Difference?) where Minuend : BSONEncodable, Difference : BSONEncodable { get set } subscript<Fraction, Places>(key: Quantization) -> (Fraction?, places: Places?) where Fraction : BSONEncodable, Places : BSONEncodable { get set } subscript<Array, Distance>(key: Slice) -> (Array?, distance: Distance?) where Array : BSONEncodable, Distance : BSONEncodable { get set } subscript<T0, T1, T2, T3>(key: Variadic) -> (T0?, T1?, T2?, T3?) where T0 : BSONEncodable, T1 : BSONEncodable, T2 : BSONEncodable, T3 : BSONEncodable { get set } subscript<T0, T1, T2>(key: Variadic) -> (T0?, T1?, T2?) where T0 : BSONEncodable, T1 : BSONEncodable, T2 : BSONEncodable { get set } subscript<First, Second>(key: Binary) -> (First?, Second?) where First : BSONEncodable, Second : BSONEncodable { get set } subscript<T0, T1>(key: Variadic) -> (T0?, T1?) where T0 : BSONEncodable, T1 : BSONEncodable { get set } subscript(key: Cond, yield: (inout Mongo.SetEncoder<Cond.Clause>) -> ()) -> Void { mutating get } subscript(key: Unary, yield: (inout Mongo.ExpressionEncoder) -> ()) -> Void { mutating get } subscript(key: Variadic, yield: (inout Mongo.ExpressionEncoder) -> ()) -> Void { mutating get } subscript(key: Variadic, using: Int.Type = Int.self, yield: (inout Mongo.SetListEncoder) -> ()) -> Void { mutating get } consuming func move() -> BSON.Output @frozen enum Binary@frozen enum Division@frozen enum Element@frozen enum Filter@frozen enum In@frozen enum Index@frozen enum Log@frozen enum Map@frozen enum Pow@frozen enum Quantization@frozen enum Range@frozen enum Reduce@frozen enum Slice@frozen enum SortArray@frozen enum Subtract@frozen enum Superlative@frozen enum Switch@frozen enum Unary@frozen enum UnaryParenthesized@frozen enum Variadic@frozen enum Zipsubscript<Predicate, Then, Else>(key: Cond) -> (if: Predicate?, then: Then?, else: Else?) where Predicate : BSONEncodable, Then : BSONEncodable, Else : BSONEncodable { get set } protocol 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) @frozen enum Clausevar 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)