witness_with_inherited_gp.sil

// RUN: %target-sil-opt %s -module-name WitnessTableWithGP | %FileCheck %s

// REQUIRES: disabled
// FIXME: <rdar://problem/20592011>
// test/SIL/Parser/witness_with_inherited_gp.sil depends on stdlib
// implementation details and was XFAIL'ed

import Swift

public struct mmEnumerateGenerator<
  Base: GeneratorType
> : GeneratorType, Sequence {
  public typealias Element = (index: Int, element: Base.Element)
  var base: Base
  var count: Int

  public init(_ base: Base)
  public mutating func next() -> Element?
  public typealias Generator = mmEnumerateGenerator<Base>
  public func makeIterator() -> Generator
}

public struct mmEnumerateSequence<
  Base: Sequence
> : Sequence {
  var base: Base
  public init(_ base: Base)
  public func makeIterator() -> mmEnumerateGenerator<Base.Generator>
}

// CHECK: sil_witness_table <Base where Base : Sequence, Base.Generator : GeneratorType> mmEnumerateSequence<Base>: _Sequence_Type module WitnessTableWithGP {
// CHECK:  base_protocol _SequenceType: <Base where Base : Sequence, Base.Generator : GeneratorType> mmEnumerateSequence<Base>: _SequenceType module WitnessTableWithGP
// CHECK:  associated_type Generator: mmEnumerateGenerator<Base.Generator>
// CHECK:  associated_conformance (Generator: GeneratorType): mmEnumerateGenerator<Base.Generator>: specialize <Base = Base.Generator, Base.Element = Base.Generator.Element> (<Base where Base : GeneratorType> mmEnumerateGenerator<Base>: GeneratorType module WitnessTableWithGP)
sil_witness_table <Base : Sequence> mmEnumerateSequence<Base>: _Sequence_Type module WitnessTableWithGP {
  base_protocol _SequenceType: <Base : Sequence> mmEnumerateSequence<Base>: _SequenceType module WitnessTableWithGP
  associated_type Generator: mmEnumerateGenerator<Base.Generator>
  associated_conformance (Generator: GeneratorType): mmEnumerateGenerator<Base.Generator>: specialize <Base = Base.Generator, Base.Element = Base.Generator.Element> (<Base : GeneratorType> mmEnumerateGenerator<Base>: GeneratorType module WitnessTableWithGP)
}

public struct _mmArrayBuffer<T> : Collection {
  public typealias Element = T
  public var startIndex: Int { get }
  public var endIndex: Int { get }
  public subscript(i: Int) -> T { get }
  public func makeIterator() -> IndexingIterator<_mmArrayBuffer>
}

sil_witness_table <T> _mmArrayBuffer<T>: _Sequence_Type module WitnessTableWithGP {
  base_protocol _SequenceType: <T> _mmArrayBuffer<T>: _SequenceType module WitnessTableWithGP
  associated_type Generator: IndexingIterator<_mmArrayBuffer<T>>
  associated_conformance (Generator: GeneratorType): IndexingIterator<_mmArrayBuffer<T>>: specialize <C = _mmArrayBuffer<T>, C.Index = Int, C.Index.Distance = Int, C.Index.Distance.IntegerLiteralType = Int, C.Index._DisabledRangeIndex = Int, C._Element = T> (<C : _CollectionType> IndexingIterator<C>: GeneratorType module Swift)
}

// CHECK: sil_witness_table <T> _mmArrayBuffer<T>: _Sequence_Type module WitnessTableWithGP {
// CHECK: base_protocol _SequenceType: <T> _mmArrayBuffer<T>: _SequenceType module WitnessTableWithGP
// CHECK: associated_type Generator: IndexingIterator<_mmArrayBuffer<T>>
// CHECK: associated_conformance (Generator: GeneratorType):
// IndexingIterator<_mmArrayBuffer<T>>: specialize <C = _mmArrayBuffer<T>,
// C.Index = Int, C.Index.Distance = Int, C.Index.Distance.IntegerLiteralType
// = Int, C.Index._DisabledRangeIndex = Int, C._Element = T> (<C where
// C : _CollectionType, C.Index : ForwardIndex, C.Index.Distance : _SignedInteger, C.Index.Distance.IntegerLiteralType : _ExpressibleByBuiltinIntegerLiteral> IndexingIterator<C>: GeneratorType module Swift)