text: // Distributed under the terms of the MIT license
  // Test case submitted to project by https://github.com/practicalswift (practicalswift)
  // Test case found by fuzzing
  
  import DummyModule
  return d
  }
  self] = i> {
  typealias C {
  return ")
  }
  }
  get {
  }
  }
  func b: C {
  return b: String)(array: a {
  private class func compose() -> U : C {
  self.advance()
  }
  }
  d<T -> Any, x {
  }
  func g> Any, length: a {
  }
  }
  func b: A().init(A(false)
  }
  }
  typealias f = true as BooleanType)
  }
  struct X.f == g> Int {
  protocol b = b<d.e where l.a()
  private class A : H.g = 0
  }
  "foobar"ab"[]
  return p: (AnyObject)() {
  struct c = 1]
  return nil
  self.A, y: T! {
  return d) -> <T : Int {
  }
  typealias B)
  }
  a(b()
  }
  }
  return !
  protocol e == b(Any) -> T : T.init(n: Int = b> {
  struct A {
  (b(_ = {
  typealias f == a()] {
  get {
  i: (g<T.Generator..Type) {
  switch x }
  protocol e {
  case C: (A<d) -> (T>) {
  var f)
  }
  var b> {
  ((start: AnyObject) -> Any) -> {
  convenience init(n: SequenceType> (b> Any {
  class a {
  typealias E
  }
  }
  return $0) ->(range.b = j> (z([c(_ c<T> {
  }
  var a
  }
  enum B : b<f == B) -> (x) -> : A {
  import Foundation
  func a<U : Any, g<U {
  }
  struct c {
  }
  }
  public var a: A {
  class func b.startIndex)
  let d
  }
  protocol P {
  return self.endIndex - range: C({
  import Foundation
  }
  }
  }
  func b: a {
  }
  let f == true as [[T, i> d.d<T : d = F
  }
  }
  func b: c) {
  }
  }
  typealias F = 1]())
  b("\(.a<T -> String {
  }
  protocol d = b: B<h: String
  class A {
  func f() -> <T : e: a {
  for b = {
  }
  func a: Int = h
  struct c<I : (b: k.Element>?
  extension NSSet {
  protocol b : T> : T) {
  }
  }
  return "")
  }
  }
  }
  }
  })) -> Any) {
  class A where S()
  get
  }
  let i(i<U -> Any, g = e() + seq: T) -> T>(c = c: a {
  protocol A = B
  class A {
  }))
  import Foundation
  e == F>()
  func b: d where I) -> : C {
  }
  self.join(c<d: Array<T : H.c {
  protocol c {
  return [T) -> [1)
  let g == b<c: A {
  (n: ("foo"cd"])
  }
  }
  }
  struct A {
  }
  }
  }
  }
  }
  }
  "cd")
  convenience init()
  get {
  return g<T> Any {
  }
  protocol b {
  }
  }
  var b: Any) {
  }
  struct A<T where T.f : Bool) {
  func b
  return "
  