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How to use ArgumentMatcher class

Best Mockingbird code snippet using ArgumentMatcher

iOSMockingBirdMocks.generated.swift

Source:iOSMockingBirdMocks.generated.swift

...28  }29  public enum InitializerProxy {}30  // MARK: Mocked `application`(_ `application`: UIApplication, `configurationForConnecting` `connectingSceneSession`: UISceneSession, `options`: UIScene.ConnectionOptions)31  public override func `application`(_ `application`: UIApplication, `configurationForConnecting` `connectingSceneSession`: UISceneSession, `options`: UIScene.ConnectionOptions) -> UISceneConfiguration {32    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`application`(_ `application`: UIApplication, `configurationForConnecting` `connectingSceneSession`: UISceneSession, `options`: UIScene.ConnectionOptions) -> UISceneConfiguration", arguments: [Mockingbird.ArgumentMatcher(`application`), Mockingbird.ArgumentMatcher(`connectingSceneSession`), Mockingbird.ArgumentMatcher(`options`)])33    mockingContext.didInvoke(invocation)34    let implementation = stubbingContext.implementation(for: invocation, optional: false)35    if let concreteImplementation = implementation as? (UIApplication, UISceneSession, UIScene.ConnectionOptions) -> UISceneConfiguration {36      return concreteImplementation(`application`, `connectingSceneSession`, `options`)37    } else {38      return (implementation as! () -> UISceneConfiguration)()39    }40  }41  public func `application`(_ `application`: @escaping @autoclosure () -> UIApplication, `configurationForConnecting` `connectingSceneSession`: @escaping @autoclosure () -> UISceneSession, `options`: @escaping @autoclosure () -> UIScene.ConnectionOptions) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIApplication, UISceneSession, UIScene.ConnectionOptions) -> UISceneConfiguration, UISceneConfiguration> {42    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`application`), Mockingbird.resolve(`connectingSceneSession`), Mockingbird.resolve(`options`)]43    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`application`(_ `application`: UIApplication, `configurationForConnecting` `connectingSceneSession`: UISceneSession, `options`: UIScene.ConnectionOptions) -> UISceneConfiguration", arguments: arguments)44    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIApplication, UISceneSession, UIScene.ConnectionOptions) -> UISceneConfiguration, UISceneConfiguration>(mock: self, invocation: invocation)45  }46  // MARK: Mocked `application`(_ `application`: UIApplication, `didDiscardSceneSessions` `sceneSessions`: Set<UISceneSession>)47  public override func `application`(_ `application`: UIApplication, `didDiscardSceneSessions` `sceneSessions`: Set<UISceneSession>) -> Void {48    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`application`(_ `application`: UIApplication, `didDiscardSceneSessions` `sceneSessions`: Set<UISceneSession>) -> Void", arguments: [Mockingbird.ArgumentMatcher(`application`), Mockingbird.ArgumentMatcher(`sceneSessions`)])49    mockingContext.didInvoke(invocation)50    let implementation = stubbingContext.implementation(for: invocation, optional: true)51    if let concreteImplementation = implementation as? (UIApplication, Set<UISceneSession>) -> Void {52      concreteImplementation(`application`, `sceneSessions`)53    } else {54      (implementation as? () -> Void)?()55    }56  }57  public func `application`(_ `application`: @escaping @autoclosure () -> UIApplication, `didDiscardSceneSessions` `sceneSessions`: @escaping @autoclosure () -> Set<UISceneSession>) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIApplication, Set<UISceneSession>) -> Void, Void> {58    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`application`), Mockingbird.resolve(`sceneSessions`)]59    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`application`(_ `application`: UIApplication, `didDiscardSceneSessions` `sceneSessions`: Set<UISceneSession>) -> Void", arguments: arguments)60    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIApplication, Set<UISceneSession>) -> Void, Void>(mock: self, invocation: invocation)61  }62  // MARK: Mocked `application`(_ `application`: UIApplication, `didFinishLaunchingWithOptions` `launchOptions`: [UIApplication.LaunchOptionsKey: Any]?)63  public override func `application`(_ `application`: UIApplication, `didFinishLaunchingWithOptions` `launchOptions`: [UIApplication.LaunchOptionsKey: Any]?) -> Bool {64    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`application`(_ `application`: UIApplication, `didFinishLaunchingWithOptions` `launchOptions`: [UIApplication.LaunchOptionsKey: Any]?) -> Bool", arguments: [Mockingbird.ArgumentMatcher(`application`), Mockingbird.ArgumentMatcher(`launchOptions`)])65    mockingContext.didInvoke(invocation)66    let implementation = stubbingContext.implementation(for: invocation, optional: false)67    if let concreteImplementation = implementation as? (UIApplication, [UIApplication.LaunchOptionsKey: Any]?) -> Bool {68      return concreteImplementation(`application`, `launchOptions`)69    } else {70      return (implementation as! () -> Bool)()71    }72  }73  public func `application`(_ `application`: @escaping @autoclosure () -> UIApplication, `didFinishLaunchingWithOptions` `launchOptions`: @escaping @autoclosure () -> [UIApplication.LaunchOptionsKey: Any]?) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIApplication, [UIApplication.LaunchOptionsKey: Any]?) -> Bool, Bool> {74    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`application`), Mockingbird.resolve(`launchOptions`)]75    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`application`(_ `application`: UIApplication, `didFinishLaunchingWithOptions` `launchOptions`: [UIApplication.LaunchOptionsKey: Any]?) -> Bool", arguments: arguments)76    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIApplication, [UIApplication.LaunchOptionsKey: Any]?) -> Bool, Bool>(mock: self, invocation: invocation)77  }78}79/// Initialize an initializable class mock of `iOSMockingBird.AppDelegate`.80public func mock(_ type: iOSMockingBird.AppDelegate.Type, file: StaticString = #file, line: UInt = #line) -> AppDelegateMock.InitializerProxy.Type {81  return AppDelegateMock.InitializerProxy.self82}83// MARK: - Mocked RestAPI84public final class RestAPIMock: iOSMockingBird.RestAPI, Mockingbird.Mock {85  static let staticMock = Mockingbird.StaticMock()86  public let mockingContext = Mockingbird.MockingContext()87  public let stubbingContext = Mockingbird.StubbingContext()88  public let mockMetadata = Mockingbird.MockMetadata(["generator_version": "0.11.1", "module_name": "iOSMockingBird"])89  public var sourceLocation: Mockingbird.SourceLocation? {90    get { return stubbingContext.sourceLocation }91    set {92      stubbingContext.sourceLocation = newValue93      RestAPIMock.staticMock.stubbingContext.sourceLocation = newValue94    }95  }96  fileprivate init(sourceLocation: Mockingbird.SourceLocation) {97    super.init()98    Mockingbird.checkVersion(for: self)99    self.sourceLocation = sourceLocation100  }101  // MARK: Mocked `index`(`ascOrder`: Bool)102  public override func `index`(`ascOrder`: Bool) -> AnyPublisher<[String], URLError> {103    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`index`(`ascOrder`: Bool) -> AnyPublisher<[String], URLError>", arguments: [Mockingbird.ArgumentMatcher(`ascOrder`)])104    mockingContext.didInvoke(invocation)105    let implementation = stubbingContext.implementation(for: invocation, optional: false)106    if let concreteImplementation = implementation as? (Bool) -> AnyPublisher<[String], URLError> {107      return concreteImplementation(`ascOrder`)108    } else {109      return (implementation as! () -> AnyPublisher<[String], URLError>)()110    }111  }112  public func `index`(`ascOrder`: @escaping @autoclosure () -> Bool) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (Bool) -> AnyPublisher<[String], URLError>, AnyPublisher<[String], URLError>> {113    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`ascOrder`)]114    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`index`(`ascOrder`: Bool) -> AnyPublisher<[String], URLError>", arguments: arguments)115    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (Bool) -> AnyPublisher<[String], URLError>, AnyPublisher<[String], URLError>>(mock: self, invocation: invocation)116  }117}118/// Initialize a class mock of `iOSMockingBird.RestAPI`.119public func mock(_ type: iOSMockingBird.RestAPI.Type, file: StaticString = #file, line: UInt = #line) -> RestAPIMock {120  return RestAPIMock(sourceLocation: SourceLocation(file, line))121}122// MARK: - Mocked SceneDelegate123public final class SceneDelegateMock: iOSMockingBird.SceneDelegate, Mockingbird.Mock {124  static let staticMock = Mockingbird.StaticMock()125  public let mockingContext = Mockingbird.MockingContext()126  public let stubbingContext = Mockingbird.StubbingContext()127  public let mockMetadata = Mockingbird.MockMetadata(["generator_version": "0.11.1", "module_name": "iOSMockingBird"])128  public var sourceLocation: Mockingbird.SourceLocation? {129    get { return stubbingContext.sourceLocation }130    set {131      stubbingContext.sourceLocation = newValue132      SceneDelegateMock.staticMock.stubbingContext.sourceLocation = newValue133    }134  }135  public enum InitializerProxy {}136  // MARK: Mocked window137  override public var `window`: UIWindow? {138    get {139      let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "window.get", arguments: [])140      mockingContext.didInvoke(invocation)141      return (stubbingContext.implementation(for: invocation) as! () -> UIWindow?)()142    }143    set {144      let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "window.set", arguments: [ArgumentMatcher(newValue)])145      mockingContext.didInvoke(invocation)146      let implementation = stubbingContext.implementation(for: invocation, optional: true)147      if let concreteImplementation = implementation as? (UIWindow?) -> Void {148        concreteImplementation(newValue)149      } else {150        (implementation as? () -> Void)?()151      }152    }153  }154  public func getWindow() -> Mockingbird.Mockable<Mockingbird.VariableDeclaration, () -> UIWindow?, UIWindow?> {155    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "window.get", arguments: [])156    return Mockingbird.Mockable<Mockingbird.VariableDeclaration, () -> UIWindow?, UIWindow?>(mock: self, invocation: invocation)157  }158  public func setWindow(_ newValue: @escaping @autoclosure () -> UIWindow?) -> Mockingbird.Mockable<Mockingbird.VariableDeclaration, (UIWindow?) -> Void, Void> {159    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(newValue)]160    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "window.set", arguments: arguments)161    return Mockingbird.Mockable<Mockingbird.VariableDeclaration, (UIWindow?) -> Void, Void>(mock: self, invocation: invocation)162  }163  // MARK: Mocked `scene`(_ `scene`: UIScene, `willConnectTo` `session`: UISceneSession, `options` `connectionOptions`: UIScene.ConnectionOptions)164  public override func `scene`(_ `scene`: UIScene, `willConnectTo` `session`: UISceneSession, `options` `connectionOptions`: UIScene.ConnectionOptions) -> Void {165    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`scene`(_ `scene`: UIScene, `willConnectTo` `session`: UISceneSession, `options` `connectionOptions`: UIScene.ConnectionOptions) -> Void", arguments: [Mockingbird.ArgumentMatcher(`scene`), Mockingbird.ArgumentMatcher(`session`), Mockingbird.ArgumentMatcher(`connectionOptions`)])166    mockingContext.didInvoke(invocation)167    let implementation = stubbingContext.implementation(for: invocation, optional: true)168    if let concreteImplementation = implementation as? (UIScene, UISceneSession, UIScene.ConnectionOptions) -> Void {169      concreteImplementation(`scene`, `session`, `connectionOptions`)170    } else {171      (implementation as? () -> Void)?()172    }173  }174  public func `scene`(_ `scene`: @escaping @autoclosure () -> UIScene, `willConnectTo` `session`: @escaping @autoclosure () -> UISceneSession, `options` `connectionOptions`: @escaping @autoclosure () -> UIScene.ConnectionOptions) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene, UISceneSession, UIScene.ConnectionOptions) -> Void, Void> {175    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`scene`), Mockingbird.resolve(`session`), Mockingbird.resolve(`connectionOptions`)]176    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`scene`(_ `scene`: UIScene, `willConnectTo` `session`: UISceneSession, `options` `connectionOptions`: UIScene.ConnectionOptions) -> Void", arguments: arguments)177    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene, UISceneSession, UIScene.ConnectionOptions) -> Void, Void>(mock: self, invocation: invocation)178  }179  // MARK: Mocked `sceneDidBecomeActive`(_ `scene`: UIScene)180  public override func `sceneDidBecomeActive`(_ `scene`: UIScene) -> Void {181    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneDidBecomeActive`(_ `scene`: UIScene) -> Void", arguments: [Mockingbird.ArgumentMatcher(`scene`)])182    mockingContext.didInvoke(invocation)183    let implementation = stubbingContext.implementation(for: invocation, optional: true)184    if let concreteImplementation = implementation as? (UIScene) -> Void {185      concreteImplementation(`scene`)186    } else {187      (implementation as? () -> Void)?()188    }189  }190  public func `sceneDidBecomeActive`(_ `scene`: @escaping @autoclosure () -> UIScene) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void> {191    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`scene`)]192    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneDidBecomeActive`(_ `scene`: UIScene) -> Void", arguments: arguments)193    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void>(mock: self, invocation: invocation)194  }195  // MARK: Mocked `sceneDidDisconnect`(_ `scene`: UIScene)196  public override func `sceneDidDisconnect`(_ `scene`: UIScene) -> Void {197    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneDidDisconnect`(_ `scene`: UIScene) -> Void", arguments: [Mockingbird.ArgumentMatcher(`scene`)])198    mockingContext.didInvoke(invocation)199    let implementation = stubbingContext.implementation(for: invocation, optional: true)200    if let concreteImplementation = implementation as? (UIScene) -> Void {201      concreteImplementation(`scene`)202    } else {203      (implementation as? () -> Void)?()204    }205  }206  public func `sceneDidDisconnect`(_ `scene`: @escaping @autoclosure () -> UIScene) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void> {207    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`scene`)]208    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneDidDisconnect`(_ `scene`: UIScene) -> Void", arguments: arguments)209    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void>(mock: self, invocation: invocation)210  }211  // MARK: Mocked `sceneDidEnterBackground`(_ `scene`: UIScene)212  public override func `sceneDidEnterBackground`(_ `scene`: UIScene) -> Void {213    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneDidEnterBackground`(_ `scene`: UIScene) -> Void", arguments: [Mockingbird.ArgumentMatcher(`scene`)])214    mockingContext.didInvoke(invocation)215    let implementation = stubbingContext.implementation(for: invocation, optional: true)216    if let concreteImplementation = implementation as? (UIScene) -> Void {217      concreteImplementation(`scene`)218    } else {219      (implementation as? () -> Void)?()220    }221  }222  public func `sceneDidEnterBackground`(_ `scene`: @escaping @autoclosure () -> UIScene) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void> {223    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`scene`)]224    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneDidEnterBackground`(_ `scene`: UIScene) -> Void", arguments: arguments)225    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void>(mock: self, invocation: invocation)226  }227  // MARK: Mocked `sceneWillEnterForeground`(_ `scene`: UIScene)228  public override func `sceneWillEnterForeground`(_ `scene`: UIScene) -> Void {229    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneWillEnterForeground`(_ `scene`: UIScene) -> Void", arguments: [Mockingbird.ArgumentMatcher(`scene`)])230    mockingContext.didInvoke(invocation)231    let implementation = stubbingContext.implementation(for: invocation, optional: true)232    if let concreteImplementation = implementation as? (UIScene) -> Void {233      concreteImplementation(`scene`)234    } else {235      (implementation as? () -> Void)?()236    }237  }238  public func `sceneWillEnterForeground`(_ `scene`: @escaping @autoclosure () -> UIScene) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void> {239    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`scene`)]240    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneWillEnterForeground`(_ `scene`: UIScene) -> Void", arguments: arguments)241    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void>(mock: self, invocation: invocation)242  }243  // MARK: Mocked `sceneWillResignActive`(_ `scene`: UIScene)244  public override func `sceneWillResignActive`(_ `scene`: UIScene) -> Void {245    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneWillResignActive`(_ `scene`: UIScene) -> Void", arguments: [Mockingbird.ArgumentMatcher(`scene`)])246    mockingContext.didInvoke(invocation)247    let implementation = stubbingContext.implementation(for: invocation, optional: true)248    if let concreteImplementation = implementation as? (UIScene) -> Void {249      concreteImplementation(`scene`)250    } else {251      (implementation as? () -> Void)?()252    }253  }254  public func `sceneWillResignActive`(_ `scene`: @escaping @autoclosure () -> UIScene) -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void> {255    let arguments: [Mockingbird.ArgumentMatcher] = [Mockingbird.resolve(`scene`)]256    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`sceneWillResignActive`(_ `scene`: UIScene) -> Void", arguments: arguments)257    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, (UIScene) -> Void, Void>(mock: self, invocation: invocation)258  }259}260/// Initialize an initializable class mock of `iOSMockingBird.SceneDelegate`.261public func mock(_ type: iOSMockingBird.SceneDelegate.Type, file: StaticString = #file, line: UInt = #line) -> SceneDelegateMock.InitializerProxy.Type {262  return SceneDelegateMock.InitializerProxy.self263}264// MARK: - Mocked UseCase265public final class UseCaseMock: iOSMockingBird.UseCase, Mockingbird.Mock {266  static let staticMock = Mockingbird.StaticMock()267  public let mockingContext = Mockingbird.MockingContext()268  public let stubbingContext = Mockingbird.StubbingContext()269  public let mockMetadata = Mockingbird.MockMetadata(["generator_version": "0.11.1", "module_name": "iOSMockingBird"])270  public var sourceLocation: Mockingbird.SourceLocation? {271    get { return stubbingContext.sourceLocation }272    set {273      stubbingContext.sourceLocation = newValue274      UseCaseMock.staticMock.stubbingContext.sourceLocation = newValue275    }276  }277  public enum InitializerProxy {278    public static func initialize(`restApi`: iOSMockingBird.RestAPI, __file: StaticString = #file, __line: UInt = #line) -> UseCaseMock {279      let mock: UseCaseMock = UseCaseMock(restApi: `restApi`)280      mock.sourceLocation = SourceLocation(__file, __line)281      return mock282    }283  }284  // MARK: Mocked `get`()285  public override func `get`() -> AnyPublisher<[String], URLError> {286    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`get`() -> AnyPublisher<[String], URLError>", arguments: [])287    mockingContext.didInvoke(invocation)288    let implementation = stubbingContext.implementation(for: invocation, optional: false)289    if let concreteImplementation = implementation as? () -> AnyPublisher<[String], URLError> {290      return concreteImplementation()291    } else {292      return (implementation as! () -> AnyPublisher<[String], URLError>)()293    }294  }295  public func `get`() -> Mockingbird.Mockable<Mockingbird.MethodDeclaration, () -> AnyPublisher<[String], URLError>, AnyPublisher<[String], URLError>> {296    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "`get`() -> AnyPublisher<[String], URLError>", arguments: [])297    return Mockingbird.Mockable<Mockingbird.MethodDeclaration, () -> AnyPublisher<[String], URLError>, AnyPublisher<[String], URLError>>(mock: self, invocation: invocation)298  }299  // MARK: Mocked init(`restApi`: iOSMockingBird.RestAPI)300  public required override init(`restApi`: iOSMockingBird.RestAPI) {301    super.init(restApi: `restApi`)302    Mockingbird.checkVersion(for: self)303    let invocation: Mockingbird.Invocation = Mockingbird.Invocation(selectorName: "init(`restApi`: iOSMockingBird.RestAPI) ", arguments: [Mockingbird.ArgumentMatcher(`restApi`)])304    mockingContext.didInvoke(invocation)305  }306}307/// Initialize an initializable class mock of `iOSMockingBird.UseCase`.308public func mock(_ type: iOSMockingBird.UseCase.Type, file: StaticString = #file, line: UInt = #line) -> UseCaseMock.InitializerProxy.Type {309  return UseCaseMock.InitializerProxy.self310}...

TypeFacade.swift

Source:TypeFacade.swift

...5//  Created by Andrew Chang on 8/3/19.6//7import Foundation8/// This is a hack to get strongly-typed stubbing/verification parameters. The goal is to have9/// `ArgumentMatcher` "conform" to any reference or value type so that it's possible to pass both10/// an actual concrete instance of a type OR a matcher. This provides better compile-time11/// guarantees and autocompletion compared to conforming all parameter types to a common protocol.12///13/// It goes without saying that this should probably never be done in production.14private class ResolutionContext {15  enum Constants {16    static let contextKey = DispatchSpecificKey<ResolutionContext>()17    static let resultSentinel = NSException(18      name: NSExceptionName(rawValue: "co.bird.mockingbird.ResolutionContext.result"),19      reason: nil,20      userInfo: nil)21  }22  23  class Result {24    var value: Any? {25      didSet {26        MKBThrowException(Constants.resultSentinel)27      }28    }29  }30  let result = Result()31  32  private static let sharedQueue = DispatchQueue(label: "co.bird.mockingbird.ResolutionContext")33  34  static var sharedContext: ResolutionContext? {35    return DispatchQueue.getSpecific(key: Constants.contextKey)36  }37  38  func resolveTypeFacade<T>(_ block: () -> T) -> Any? {39    return Self.sharedQueue.sync {40      _ = MKBTryBlock {41        Self.sharedQueue.setSpecific(key: Constants.contextKey, value: self)42        result.value = block() // Returns the real value if not an argument matcher.43      }44      Self.sharedQueue.setSpecific(key: Constants.contextKey, value: nil)45      return result.value46    }47  }48}49func unsafeFakeValue<T>() -> T {50  return UnsafeMutableRawPointer51    .allocate(byteCount: 512, alignment: MemoryLayout<Int8>.alignment)52    .bindMemory(to: T.self, capacity: 1)53    .pointee54}55func fakePrimitiveValue<T>() -> T {56  if let value = ValueProvider.standardProvider.provideValue(for: T.self) {57    return value58  }59  // Fall back to returning a buffer of ample size. This can break for bridged primitive types.60  return unsafeFakeValue()61}62/// Wraps a value into any type `T` when resolved inside of a `ResolutionContext<T>`.63func createTypeFacade<T>(_ value: Any?) -> T {64  if let context = ResolutionContext.sharedContext {65    context.result.value = value66    fatalError("This should never run")67  }68  69  guard let recorder = InvocationRecorder.sharedRecorder else {70    preconditionFailure("Invalid resolution thread context state")71  }72  73  if let argumentIndex = recorder.argumentIndex {74    recorder.recordFacadeValue(value, at: argumentIndex)75  } else {76    let error = TestFailure.missingExplicitArgumentPosition(matcher: value as? ArgumentMatcher)77    recorder.recordUnindexedFacadeValue(value, error: error)78  }79  80  // This is actually an invocation recording context, but the type is not mockable in Obj-C.81  return fakePrimitiveValue()82}83/// Wraps a value into an Obj-C object `T` when resolved inside of a `ResolutionContext<T>`.84func createTypeFacade<T: NSObjectProtocol>(_ value: Any?) -> T {85  if let context = ResolutionContext.sharedContext {86    context.result.value = value87    fatalError("This should never run")88  }89  guard InvocationRecorder.sharedRecorder != nil else {90    preconditionFailure("Invalid resolution thread context state")91  }92  // This is actually an invocation recording context.93  return MKBTypeFacade(mock: MKBMock(T.self), object: value as Any).fixupType()94}95/// Resolve `parameter` when `T` is _not_ known to be `Equatable`.96func resolve<T>(_ parameter: () -> T) -> ArgumentMatcher {97  let resolvedValue = ResolutionContext().resolveTypeFacade(parameter)98  if let matcher = resolvedValue as? ArgumentMatcher { return matcher }99  if let typedValue = resolvedValue as? T { return ArgumentMatcher(typedValue) }100  return ArgumentMatcher(resolvedValue)101}102/// Resolve `parameter` when `T` is known to be `Equatable`.103func resolve<T: Equatable>(_ parameter: () -> T) -> ArgumentMatcher {104  let resolvedValue = ResolutionContext().resolveTypeFacade(parameter)105  if let matcher = resolvedValue as? ArgumentMatcher { return matcher }106  if let typedValue = resolvedValue as? T { return ArgumentMatcher(typedValue) }107  return ArgumentMatcher(resolvedValue)108}109/// Resolve `parameter` when the closure returns an `ArgumentMatcher`.110func resolve(_ parameter: @escaping () -> ArgumentMatcher) -> ArgumentMatcher {111  return parameter()112}

ArgumentMatcher.swift

Source:ArgumentMatcher.swift

1//2//  ArgumentMatcher.swift3//  Mockingbird4//5//  Created by Andrew Chang on 7/29/19.6//7import Foundation8/// Matches argument values with a comparator.9@objc(MKBArgumentMatcher) public class ArgumentMatcher: NSObject {10  /// Necessary for custom comparators such as `any()` that only work on the lhs.11  enum Priority: UInt {12    case low = 0, `default` = 500, high = 100013  }14  /// A base instance to compare using `comparator`.15  let base: Any?16  17  /// The original type of the base instance.18  let baseType: Any?19  /// A debug description for verbose test failure output.20  let internalDescription: String21  public override var description: String { return internalDescription }22  23  /// The declaration of the matcher to use in test failure examples.24  let declaration: String25  /// The commutativity of the matcher comparator.26  let priority: Priority27  /// The method to compare base instances, returning `true` if they should be considered the same.28  let comparator: (_ lhs: Any?, _ rhs: Any?) -> Bool29  func compare(with rhs: Any?) -> Bool {30    return comparator(base, rhs)31  }32  init<T: Equatable>(_ base: T?,33                     description: String? = nil,34                     declaration: String? = nil,35                     priority: Priority = .default) {36    self.base = base37    self.baseType = T.self38    self.priority = priority39    self.comparator = { base == $1 as? T }40    41    let internalDescription = description ?? "\(String.describe(base))"42    self.internalDescription = internalDescription43    self.declaration = declaration ?? internalDescription44  }45  46  convenience init(description: String,47                   declaration: String? = nil,48                   priority: Priority = .low,49                   comparator: @escaping () -> Bool) {50    self.init(Optional<ArgumentMatcher>(nil), description: description, priority: priority) {51      (_, _) -> Bool in52      return comparator()53    }54  }55  56  init<T>(_ base: T? = nil,57          description: String? = nil,58          declaration: String? = nil,59          priority: Priority = .low,60          comparator: ((Any?, Any?) -> Bool)? = nil) {61    self.base = base62    self.baseType = type(of: base)63    self.priority = priority64    self.comparator = comparator ?? { $0 as AnyObject === $1 as AnyObject }65    let annotation = comparator == nil ? " (by reference)" : ""66    67    let internalDescription = description ?? "\(String.describe(base))\(annotation)"68    self.internalDescription = internalDescription69    self.declaration = declaration ?? internalDescription70  }71  72  @objc public init(_ base: Any? = nil,73                    description: String? = nil,74                    comparator: @escaping (Any?, Any?) -> Bool) {75    self.base = base76    self.baseType = type(of: base)77    self.priority = .low78    self.comparator = comparator79    80    let internalDescription = description ?? String.describe(base)81    self.internalDescription = internalDescription82    self.declaration = internalDescription83  }84  85  init(_ matcher: ArgumentMatcher) {86    self.base = matcher.base87    self.baseType = type(of: matcher.base)88    self.priority = matcher.priority89    self.comparator = matcher.comparator90    self.internalDescription = matcher.description91    self.declaration = matcher.declaration92  }93}94// MARK: - Equatable95extension ArgumentMatcher {96  public static func == (lhs: ArgumentMatcher, rhs: ArgumentMatcher) -> Bool {97    if lhs.priority.rawValue >= rhs.priority.rawValue {98      return lhs.compare(with: rhs.base)99    } else {100      return rhs.compare(with: lhs.base)101    }102  }103  104  public static func != (lhs: ArgumentMatcher, rhs: ArgumentMatcher) -> Bool {105    return !(lhs == rhs)106  }107}

ArgumentMatcher

Using AI Code Generation

1class ArgumentMatcher<T>: Matcher {2    let matcher: (T) -> Bool3    init(matcher: @escaping (T) -> Bool) {4    }5    func matches(_ value: Any?) -> Bool {6        guard let value = value as? T else { return false }7        return matcher(value)8    }9}10func argThat<T>(_ matcher: @escaping (T) -> Bool) -> T {11    return ArgumentMatcher(matcher: matcher).cast()12}13class ArgumentMatcher<T>: Matcher {14    let matcher: (T) -> Bool15    init(matcher: @escaping (T) -> Bool) {16    }17    func matches(_ value: Any?) -> Bool {18        guard let value = value as? T else { return false }19        return matcher(value)20    }21}22func argThat<T>(_ matcher: @escaping (T) -> Bool) -> T {23    return ArgumentMatcher(matcher: matcher).cast()24}25class ArgumentMatcher<T>: Matcher {26    let matcher: (T) -> Bool27    init(matcher: @escaping (T) -> Bool) {28    }29    func matches(_ value: Any?) -> Bool {30        guard let value = value as? T else { return false }31        return matcher(value)32    }33}34func argThat<T>(_ matcher: @escaping (T) -> Bool) -> T {35    return ArgumentMatcher(matcher: matcher).cast()36}37class ArgumentMatcher<T>: Matcher {38    let matcher: (T) -> Bool39    init(matcher: @escaping (T) -> Bool) {40    }41    func matches(_ value: Any?) -> Bool {42        guard let value = value as? T else { return false }43        return matcher(value)44    }45}46func argThat<T>(_ matcher: @escaping (T) -> Bool) -> T {47    return ArgumentMatcher(matcher: matcher).cast()48}49class ArgumentMatcher<T>: Matcher {

ArgumentMatcher

Using AI Code Generation

1import Mockingbird2import XCTest3@testable import MockingbirdTestsHost4class Mock1: 1, Mockingbird.Mock {5  init() {}6  init(a: Int) {7  }8}9struct __StubbingProxy_1: Mockingbird.StubbingProxy {10  func doSomething() -> Mockingbird.StubFunction<Void, Void> {11    return Mockingbird.StubFunction(identifier: "doSomething()", proxy: __handler)12  }13  func doSomething(a: ParameterMatcher<Int>) -> Mockingbird.StubFunction<Int, Void> {14    return Mockingbird.StubFunction(identifier: "doSomething(a: ParameterMatcher<Int>)", proxy: __handler)15  }16}17struct __VerificationProxy_1: Mockingbird.VerificationProxy {18  func doSomething() -> Mockingbird.VerificationFunction<Void> {19    return Mockingbird.VerificationFunction(identifier: "doSomething()", proxy: __handler)20  }21  func doSomething(a: ParameterMatcher<Int>) -> Mockingbird.VerificationFunction<Int> {22    return Mockingbird.VerificationFunction(identifier: "doSomething(a: ParameterMatcher<Int>)", proxy: __handler)23  }24}25extension Mock1: 1 {26  func doSomething() {27    return __handler.handle(self, "doSomething()", parameters: ())28  }29  func doSomething(a: Int) {30    return __handler.handle(self, "doSomething(a: ParameterMatcher<Int>)", parameters: (a))31  }32}33import Mockingbird34import XCTest35@testable import MockingbirdTestsHost36class Mock2: 2, Mockingbird.Mock {

ArgumentMatcher

Using AI Code Generation

1import Mockingbird2import XCTest3class ArgumentMatcherTests: XCTestCase {4    func testArgumentMatcher() {5        let mock = mock(ArgumentMatcher.self)6        given(mock.method(argument: any())) ~> "matched"7        XCTAssertEqual(mock.method(argument: argument), "matched")8    }9}10class ArgumentMatcher {11    func method(argument: String) -> String {12    }13}14import Mockingbird15import XCTest16class ArgumentMatcherTests: XCTestCase {17    func testArgumentMatcher() {18        let mock = mock(ArgumentMatcher.self)19        given(mock.method(argument: any())) ~> "matched"20        XCTAssertEqual(mock.method(argument: argument), "matched")21    }22}23class ArgumentMatcher {24    func method(argument: String) -> String {25    }26}27import Mockingbird28import XCTest29class ArgumentMatcherTests: XCTestCase {30    func testArgumentMatcher() {31        let mock = mock(ArgumentMatcher.self)32        given(mock.method(argument: any())) ~> "matched"33        XCTAssertEqual(mock.method(argument: argument), "matched")34    }35}36class ArgumentMatcher {37    func method(argument: String) -> String {38    }39}40import Mockingbird41import XCTest42class ArgumentMatcherTests: XCTestCase {43    func testArgumentMatcher() {44        let mock = mock(ArgumentMatcher.self)45        given(mock.method(argument: any())) ~> "matched"46        XCTAssertEqual(mock.method(argument: argument), "matched")47    }48}49class ArgumentMatcher {50    func method(argument: String) -> String {51    }52}53import Mockingbird54import XCTest55class ArgumentMatcherTests: XCTestCase {56    func testArgumentMatcher() {57        let mock = mock(ArgumentMatcher.self)58        given(mock.method(argument: any())) ~> "matched"59        XCTAssertEqual(mock.method(argument: argument), "matched")60    }61}62class ArgumentMatcher {

ArgumentMatcher

Using AI Code Generation

1import Mockingbird2import XCTest3class ArgumentMatcher {4    func test() {5        let matcher = ArgumentMatcher<Bool, Bool>(matcher: { (arg) -> Bool in6        })7        let mock = MockClass()8        given(mock.someMethod(arg: matcher)) ~> true9        XCTAssertTrue(mock.someMethod(arg: true))10    }11}12class MockClass: Mock {13}14extension MockClass {15    func someMethod(arg: Bool) -> Bool {16        return givenFunction(mock: self, functionIdentifier: "someMethod(arg: Bool) -> Bool", input: getOrCreateCallIdentifier("someMethod(arg: Bool) -> Bool#1"), willReturn:  defaultReturnValue(for: "someMethod(arg: Bool) -> Bool"), defaultCallRealImplementation: { (arg) -> Bool in17            return self.callRealImplementation()18        })19    }20}21        let matcher = ArgumentMatcher<Bool, Bool>(matcher: { (arg) -> Bool in

ArgumentMatcher

Using AI Code Generation

1import XCTest2import Mockingbird3@testable import MockingbirdExample4class ArgumentMatcherTests: XCTestCase {5    override func setUp() {6        mock = mock(SomeProtocol.self)7    }8    func testArgumentMatcher() {9        let argumentMatcher = ArgumentMatcher<String>()10        given(mock.doSomething(with: argumentMatcher.match("Hello"))) ~> "Hello World"11        let result = mock.doSomething(with: "Hello")12        XCTAssertEqual(result, "Hello World")13    }14}15import XCTest16import Mockingbird17@testable import MockingbirdExample18class ArgumentMatcherTests: XCTestCase {19    override func setUp() {20        mock = mock(SomeProtocol.self)21    }22    func testArgumentMatcher() {23        let argumentMatcher = ArgumentMatcher<String>()24        given(mock.doSomething(with: argumentMatcher.match("Hello"))) ~> "Hello World"25        let result = mock.doSomething(with: "Hello")26        XCTAssertEqual(result, "Hello World")27    }28}29import XCTest30import Mockingbird31@testable import MockingbirdExample32class ArgumentMatcherTests: XCTestCase {33    override func setUp() {34        mock = mock(SomeProtocol.self)

ArgumentMatcher

Using AI Code Generation

1let mock = MockClass()2let matcher = ArgumentMatcher<Int>()3let matcher2 = ArgumentMatcher<String>()4mock.methodWithArgs(matcher, matcher2)5matcher.compare(with: 1)6matcher2.compare(with: "test")7let mock = MockClass()8let matcher = ArgumentMatcher<Int>()9let matcher2 = ArgumentMatcher<String>()10mock.methodWithArgs(matcher, matcher2)11matcher.compare(with: 1)12matcher2.compare(with: "test")

ArgumentMatcher

Using AI Code Generation

1let mock = MockingbirdTests.MockTestProtocol()2let matcher = ArgumentMatcher<String>(matching: { $0 == "test" })3MockingbirdTests.TestProtocolMock.stub(mock, .testString(matcher)) { "test" }4let mock = MockTestProtocol()5let matcher = ArgumentMatcher<String>(matching: { $0 == "test" })6MockTestProtocol.stub(mock, .testString(matcher)) { "test" }7let mock = MockTestProtocol()8let matcher = ArgumentMatcher<String>(matching: { $0 == "test" })9MockTestProtocol.stub(mock, .testString(matcher)) { "test" }10let mock = MockTestProtocol()11let matcher = ArgumentMatcher<String>(matching: { $0 == "test" })12MockTestProtocol.stub(mock, .testString(matcher)) { "test" }13let mock = MockTestProtocol()14let matcher = ArgumentMatcher<String>(matching: { $0 == "test" })15MockTestProtocol.stub(mock, .testString(matcher)) { "test" }16let mock = MockTestProtocol()17let matcher = ArgumentMatcher<String>(matching: { $0 == "test" })18MockTestProtocol.stub(mock, .testString(matcher)) { "test" }19let mock = MockTestProtocol()20let matcher = ArgumentMatcher<String>(matching: { $0 == "test" })21MockTestProtocol.stub(mock, .testString(matcher)) { "test" }

ArgumentMatcher

Using AI Code Generation

1let mock = MockSomeClass()2let matcher = ArgumentMatcher<SomeStruct> { $0.x == 1 }3when(mock).someMethod(matcher).then { _ in4}5let result = mock.someMethod(SomeStruct(x: 1))6XCTAssertEqual(result, "a")7let mock = MockSomeClass()8let matcher = ArgumentMatcher<SomeStruct> { $0.x == 1 }9when(mock).someMethod(matcher).then { _ in10}11let result = mock.someMethod(SomeStruct(x: 2))12XCTAssertEqual(result, "a")13let mock = MockSomeClass()14let matcher = ArgumentMatcher<SomeStruct> { $0.x == 1 }15when(mock).someMethod(matcher).then { _ in16}17let result = mock.someMethod(SomeStruct(x: 3))18XCTAssertEqual(result, "a")19let mock = MockSomeClass()20let matcher = ArgumentMatcher<SomeStruct> { $0.x == 1 }21when(mock).someMethod(matcher).then { _ in22}23let result = mock.someMethod(SomeStruct(x: 4))24XCTAssertEqual(result, "a")25let mock = MockSomeClass()26let matcher = ArgumentMatcher<SomeStruct> { $0.x == 1 }27when(mock).someMethod(matcher).then { _ in28}29let result = mock.someMethod(SomeStruct(x: 5))30XCTAssertEqual(result, "a")31let mock = MockSomeClass()32let matcher = ArgumentMatcher<SomeStruct> { $0.x == 1 }33when(mock).someMethod(matcher).then { _ in34}35let result = mock.someMethod(SomeStruct(x: 6))36XCTAssertEqual(result, "a")

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