Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use TypealiasRepository class

Best Mockingbird code snippet using TypealiasRepository

MockableType.swift

Source:MockableType.swift

...77        moduleNames: [String],78        specializationContexts: [String: SpecializationContext],79        opaqueInheritedTypeNames: Set<String>,80        rawTypeRepository: RawTypeRepository,81        typealiasRepository: TypealiasRepository) {82    guard let baseRawType = rawTypes.findBaseRawType(),83      baseRawType.kind.isMockable84      else { return nil }85    self.baseRawType = baseRawType86    self.filePath = baseRawType.parsedFile.path87    88    let accessLevel = AccessLevel(from: baseRawType.dictionary) ?? .defaultLevel89    guard accessLevel.isMockableType(withinSameModule: baseRawType.parsedFile.shouldMock)90      else { return nil }91    // Handle empty types (declared without any members).92    let substructure = baseRawType.dictionary[SwiftDocKey.substructure.rawValue]93      as? [StructureDictionary] ?? []94    95    var attributes = Attributes()96    rawTypes.forEach({ attributes.formUnion(Attributes(from: $0.dictionary)) })97    self.attributes = attributes98    guard !attributes.contains(.final) else { return nil }99    100    self.name = baseRawType.name101    self.moduleName = baseRawType.parsedFile.moduleName102    self.fullyQualifiedName = baseRawType.fullyQualifiedName103    self.fullyQualifiedModuleName = DeclaredType(from: baseRawType.fullyQualifiedModuleName)104      .serialize(105        with: SerializationRequest(106          method: .moduleQualified,107          context: SerializationRequest.Context(108            moduleNames: moduleNames,109            rawType: baseRawType,110            rawTypeRepository: rawTypeRepository),111          options: .standard))112    self.kind = baseRawType.kind113    self.accessLevel = accessLevel114    self.isContainedType = !baseRawType.containingTypeNames.isEmpty115    self.shouldMock = baseRawType.parsedFile.shouldMock116    self.genericTypeContext = baseRawType.genericTypeContext117    self.isInGenericContainingType = baseRawType.genericTypeContext.contains(where: { !$0.isEmpty })118    119    // Parse top-level declared methods and variables.120    var (methods, variables) = MockableType121      .parseDeclaredTypes(rawTypes: rawTypes,122                          baseRawType: baseRawType,123                          moduleNames: moduleNames,124                          rawTypeRepository: rawTypeRepository,125                          typealiasRepository: typealiasRepository)126    127    // Parse top-level declared generics.128    var genericTypes = substructure129      .compactMap({ structure -> GenericType? in130        guard let genericType = GenericType(from: structure,131                                            rawType: baseRawType,132                                            moduleNames: moduleNames,133                                            rawTypeRepository: rawTypeRepository) else { return nil }134        return genericType135      })136    var whereClauses = genericTypes.flatMap({ $0.whereClauses })137    let selfConstraintClauses: [WhereClause]138    let source = baseRawType.parsedFile.data139    if let nameSuffix = SourceSubstring.nameSuffixUpToBody.extract(from: baseRawType.dictionary,140                                                                   contents: source),141      let whereRange = nameSuffix.range(of: #"\bwhere\b"#, options: .regularExpression) {142      let topLevelClauses = nameSuffix[whereRange.upperBound..<nameSuffix.endIndex]143        .components(separatedBy: ",", excluding: .allGroups)144        .compactMap({ WhereClause(from: String($0)) })145        .map({ GenericType.qualifyWhereClause($0,146                                              containingType: baseRawType,147                                              moduleNames: moduleNames,148                                              rawTypeRepository: rawTypeRepository) })149      // Note: Superclass `Self` conformance must be done through the inheritance syntax, which is150      // passed via `selfConformanceTypes`.151      whereClauses.append(contentsOf: topLevelClauses.filter({ !$0.hasSelfConstraint }))152      selfConstraintClauses = topLevelClauses.filter({ $0.hasSelfConstraint })153    } else {154      selfConstraintClauses = []155    }156    157    // Parse inherited members and generics.158    let rawInheritedTypeNames = rawTypes159      .compactMap({ $0.dictionary[SwiftDocKey.inheritedtypes.rawValue] as? [StructureDictionary] })160      .flatMap({ $0 })161      .compactMap({ $0[SwiftDocKey.name.rawValue] as? String })162    let (inheritedTypes, _, allInheritedTypeNames, subclassesExternalType) =163      MockableType164        .parseInheritedTypes(rawInheritedTypeNames: rawInheritedTypeNames,165                             forConformance: false,166                             methods: &methods,167                             variables: &variables,168                             genericTypes: &genericTypes,169                             whereClauses: &whereClauses,170                             selfConstraintClauses: selfConstraintClauses,171                             mockableTypes: mockableTypes,172                             moduleNames: moduleNames,173                             genericTypeContext: genericTypeContext,174                             specializationContexts: specializationContexts,175                             baseRawType: baseRawType,176                             rawTypeRepository: rawTypeRepository,177                             typealiasRepository: typealiasRepository)178    self.inheritedTypes = inheritedTypes179    self.allInheritedTypeNames = allInheritedTypeNames180    self.opaqueInheritedTypeNames = opaqueInheritedTypeNames181      .union(Set(inheritedTypes.flatMap({ $0.opaqueInheritedTypeNames })))182    // Parse protocol `Self` conformance.183    let rawConformanceTypeNames = baseRawType.kind == .protocol ?184      baseRawType.selfConformanceTypeNames.union(185        Set(inheritedTypes.map({ $0.fullyQualifiedModuleName }))186      ) : []187    let (_, allSelfConformanceTypes, allSelfConformanceTypeNames, conformsToExternalType) =188      MockableType189        .parseInheritedTypes(rawInheritedTypeNames: Array(rawConformanceTypeNames),190                             forConformance: true,191                             methods: &methods,192                             variables: &variables,193                             genericTypes: &genericTypes,194                             whereClauses: &whereClauses,195                             selfConstraintClauses: selfConstraintClauses,196                             mockableTypes: mockableTypes,197                             moduleNames: moduleNames,198                             genericTypeContext: genericTypeContext,199                             specializationContexts: specializationContexts,200                             baseRawType: baseRawType,201                             rawTypeRepository: rawTypeRepository,202                             typealiasRepository: typealiasRepository)203    self.selfConformanceTypes = allSelfConformanceTypes204    self.allSelfConformanceTypeNames = allSelfConformanceTypeNames205    206    if let inheritedPrimaryType =207      inheritedTypes.sorted() // e.g. `protocol MyProtocol: ClassOnlyProtocol`208        .first(where: { $0.primarySelfConformanceType != nil }) ??209      allSelfConformanceTypes.sorted() // e.g. `protocol MyProtocol where Self: ClassOnlyProtocol`210        .first(where: { $0.primarySelfConformanceType != nil }),211      let primarySelfConformanceType = inheritedPrimaryType.primarySelfConformanceType,212      let primarySelfConformanceTypeName = inheritedPrimaryType.primarySelfConformanceTypeName {213      214      self.primarySelfConformanceType = primarySelfConformanceType215      self.primarySelfConformanceTypeName = primarySelfConformanceTypeName216    } else if let primaryType = allSelfConformanceTypes.sorted()217      .first(where: { $0.kind == .class }) {218      self.primarySelfConformanceType = primaryType219      self.primarySelfConformanceTypeName = MockableType220        .specializedSelfConformanceTypeName(primaryType,221                                            specializationContexts: specializationContexts,222                                            moduleNames: moduleNames,223                                            baseRawType: baseRawType,224                                            rawTypeRepository: rawTypeRepository,225                                            typealiasRepository: typealiasRepository)226    } else {227      self.primarySelfConformanceType = nil228      self.primarySelfConformanceTypeName = nil229    }230    231    self.subclassesExternalType = subclassesExternalType || conformsToExternalType232    self.methods = methods233    self.variables = variables234    235    var methodsCount = [Method.Reduced: UInt]()236    methods.forEach({ methodsCount[Method.Reduced(from: $0), default: 0] += 1 })237    self.methodsCount = methodsCount238    239    self.genericTypes = genericTypes240    self.whereClauses = Set(whereClauses)241    242    // Parse any containing preprocessor macros.243    if let offset = baseRawType.dictionary[SwiftDocKey.offset.rawValue] as? Int64 {244      self.compilationDirectives = baseRawType.parsedFile.compilationDirectives.filter({245        $0.range.contains(offset)246      })247    } else {248      self.compilationDirectives = []249    }250    251    // Check if any of the members have `Self` constraints.252    self.hasSelfConstraint = whereClauses.contains(where: { $0.hasSelfConstraint })253      || methods.contains(where: { $0.hasSelfConstraint })254      || variables.contains(where: { $0.hasSelfConstraint })255      || genericTypes.contains(where: { $0.hasSelfConstraint })256    257    if baseRawType.parsedFile.shouldMock {258      self.sortableIdentifier = [259        self.name,260        self.genericTypes.map({ "\($0.name):\($0.constraints)" }).joined(separator: ","),261        self.whereClauses.map({ "\($0)" }).joined(separator: ",")262      ].joined(separator: "|")263    } else {264      self.sortableIdentifier = name265    }266  }267  268  private static func parseDeclaredTypes(rawTypes: [RawType],269                                         baseRawType: RawType,270                                         moduleNames: [String],271                                         rawTypeRepository: RawTypeRepository,272                                         typealiasRepository: TypealiasRepository)273    -> (methods: Set<Method>, variables: Set<Variable>) {274      var methods = Set<Method>()275      var variables = Set<Variable>()276      for rawType in rawTypes {277        guard let substructure = rawType.dictionary[SwiftDocKey.substructure.rawValue]278          as? [StructureDictionary] else { continue }279        // Cannot override declarations in extensions as they are statically defined.280        guard rawType.kind != .extension else { continue }281        for structure in substructure {282          if let method = Method(from: structure,283                                 rootKind: baseRawType.kind,284                                 rawType: rawType,285                                 moduleNames: moduleNames,286                                 rawTypeRepository: rawTypeRepository,287                                 typealiasRepository: typealiasRepository) {288            methods.insert(method)289          }290          if let variable = Variable(from: structure,291                                     rootKind: baseRawType.kind,292                                     rawType: rawType,293                                     moduleNames: moduleNames,294                                     rawTypeRepository: rawTypeRepository) {295            variables.insert(variable)296          }297        }298      }299      return (methods, variables)300  }301  302  // TODO: Supporting protocol `Self` conformance has bloated this function. Needs a refactor soon.303  private static func parseInheritedTypes(rawInheritedTypeNames: [String],304                                          forConformance: Bool,305                                          methods: inout Set<Method>,306                                          variables: inout Set<Variable>,307                                          genericTypes: inout [GenericType],308                                          whereClauses: inout [WhereClause],309                                          selfConstraintClauses: [WhereClause],310                                          mockableTypes: [String: MockableType],311                                          moduleNames: [String],312                                          genericTypeContext: [[String]],313                                          specializationContexts: [String: SpecializationContext],314                                          baseRawType: RawType,315                                          rawTypeRepository: RawTypeRepository,316                                          typealiasRepository: TypealiasRepository)317    318    -> (inheritedTypes: Set<MockableType>, // Directly inherited types319    allInheritedTypes: Set<MockableType>, // Includes ancestor inheritance320    allInheritedTypeNames: [String], // Includes ancestor inheritance and opaque type names321    subclassesExternalType: Bool) {322      323      var inheritedTypes = Set<MockableType>()324      var allInheritedTypes = Set<MockableType>()325      var allInheritedTypeNames = [String]()326      var subclassesExternalType = false327      let definesDesignatedInitializer = methods.contains(where: { $0.isDesignatedInitializer })328      329      let resolveRawType: (String) -> RawType? = { typeName in330        guard let nearestRawType = rawTypeRepository331          .nearestInheritedType(named: typeName,332                                trimmedName: typeName.removingGenericTyping(),333                                moduleNames: moduleNames,334                                referencingModuleName: baseRawType.parsedFile.moduleName,335                                containingTypeNames: baseRawType.containingTypeNames[...])?336          .findBaseRawType() else { return nil }337        338        // Map unmockable inherited types to other types.339        if baseRawType.kind == .protocol,340          let mappedType = MockableType.Constants.automaticInheritanceMap[341            nearestRawType.fullyQualifiedModuleName342          ],343          let mappedRawType = rawTypeRepository.rawType(named: mappedType.typeName,344                                                        in: mappedType.moduleName) {345          return mappedRawType.findBaseRawType()346        }347        348        return nearestRawType349      }350      351      // Find the correct `MockableType` instances for inheritance based on type name.352      let parsedInheritedTypes = rawInheritedTypeNames.flatMap({ typeName -> [MockableType] in353        guard let nearestRawType = resolveRawType(typeName) else {354          log("Unable to resolve inherited type \(typeName.singleQuoted) for \(baseRawType.name.singleQuoted)")355          allInheritedTypeNames.append(typeName)356          return []357        }358        359        // Inherited types could be typealiased, which would hide conformance.360        guard nearestRawType.kind == .typealias else {361          guard let mockableType = mockableTypes[nearestRawType.fullyQualifiedModuleName] else {362            return []363          }364          return [mockableType]365        }366        367        // Resolve typealias to fully qualified root type name.368        let actualTypeNames = typealiasRepository369          .actualTypeNames(for: nearestRawType.fullyQualifiedModuleName,370                           rawTypeRepository: rawTypeRepository,371                           moduleNames: moduleNames,372                           referencingModuleName: baseRawType.parsedFile.moduleName,373                           containingTypeNames: baseRawType.containingTypeNames[...])374        375        // Resolve fully qualified root type name to raw type.376        return actualTypeNames.compactMap({377          guard let nearestRawType = rawTypeRepository378            .nearestInheritedType(named: $0,379                                  trimmedName: $0.removingGenericTyping(),380                                  moduleNames: moduleNames,381                                  referencingModuleName: baseRawType.parsedFile.moduleName,382                                  containingTypeNames: baseRawType.containingTypeNames[...])?383            .findBaseRawType() else { return nil }384          return mockableTypes[nearestRawType.fullyQualifiedModuleName]385        })386      })387      // Merge all inheritable members from the `MockableType` instances.388      for mockableType in parsedInheritedTypes {389        if baseRawType.kind == .class390          && mockableType.kind == .class391          && mockableType.moduleName != baseRawType.parsedFile.moduleName {392          subclassesExternalType = true393        }394        395        let shouldInheritFromType = baseRawType.kind == .protocol || mockableType.kind != .protocol396        let specializationContext = specializationContexts[mockableType.fullyQualifiedModuleName]397        398        methods = methods.union(mockableType.methods399          .filter({ method in400            let isImplicitlySynthesized = method.attributes.contains(.implicit)401            guard shouldInheritFromType || isImplicitlySynthesized else { return false }402            return method.kind.typeScope.isMockable(in: baseRawType.kind) &&403              // Mocking a subclass with designated initializers shouldn't inherit the superclass'404              // initializers.405              (baseRawType.kind == .protocol406                || isImplicitlySynthesized407                || !definesDesignatedInitializer408                || !method.isInitializer)409          })410          .map({ method in // Specialize methods from generic types.411            guard let context = specializationContext else { return method }412            return method.specialize(using: context,413                                     moduleNames: moduleNames,414                                     genericTypeContext: genericTypeContext,415                                     excludedGenericTypeNames: [],416                                     rawTypeRepository: rawTypeRepository,417                                     typealiasRepository: typealiasRepository)418          })419        )420        variables = variables.union(mockableType.variables421          .filter({ variable in422            guard shouldInheritFromType || variable.attributes.contains(.implicit)423              else { return false }424            return variable.kind.typeScope.isMockable(in: baseRawType.kind)425          })426          .map({ variable in // Specialize variables from generic types.427            guard let context = specializationContext else { return variable }428            return variable.specialize(using: context,429                                       moduleNames: moduleNames,430                                       genericTypeContext: genericTypeContext,431                                       excludedGenericTypeNames: [],432                                       rawTypeRepository: rawTypeRepository,433                                       typealiasRepository: typealiasRepository)434          })435        )436        437        // Classes must already implement generic constraints from protocols they conform to.438        guard shouldInheritFromType else { continue }439        440        inheritedTypes.insert(mockableType)441        442        // Indirect inheritance.443        if !forConformance {444          allInheritedTypes.formUnion(mockableType.inheritedTypes)445          allInheritedTypeNames.append(contentsOf: mockableType.allInheritedTypeNames)446        } else {447          allInheritedTypes.formUnion(mockableType.selfConformanceTypes)448          allInheritedTypeNames.append(contentsOf: mockableType.allSelfConformanceTypeNames)449        }450        451        let isSelfConstraintType = selfConstraintClauses.contains(where: {452          $0.constrainedTypeName == mockableType.fullyQualifiedModuleName453            || $0.genericConstraint == mockableType.fullyQualifiedModuleName454        })455        let shouldIncludeInheritedType = !forConformance ||456          forConformance && (isSelfConstraintType || mockableType.kind == .class)457        if shouldIncludeInheritedType {458          allInheritedTypes.insert(mockableType)459          allInheritedTypeNames.append(MockableType.specializedSelfConformanceTypeName(460            mockableType,461            specializationContexts: specializationContexts,462            moduleNames: moduleNames,463            baseRawType: baseRawType,464            rawTypeRepository: rawTypeRepository,465            typealiasRepository: typealiasRepository466          ))467        }468        // Only bubble-up generics for protocols from inherited protocols.469        if baseRawType.kind == .protocol && mockableType.kind == .protocol {470          let uniqueGenericTypes = Set<String>(genericTypes.map({ $0.name }))471          genericTypes.append(contentsOf: mockableType.genericTypes.filter({472            !uniqueGenericTypes.contains($0.name)473          }))474          whereClauses.append(contentsOf: mockableType.whereClauses)475        }476      }477      return (inheritedTypes, allInheritedTypes, allInheritedTypeNames, subclassesExternalType)478  }479  480  private static func specializedSelfConformanceTypeName(481    _ type: MockableType,482    specializationContexts: [String: SpecializationContext],483    moduleNames: [String],484    baseRawType: RawType,485    rawTypeRepository: RawTypeRepository,486    typealiasRepository: TypealiasRepository487  ) -> String {488    guard !type.genericTypes.isEmpty, !specializationContexts.isEmpty,489      let context = specializationContexts[type.fullyQualifiedModuleName]490      else { return type.fullyQualifiedModuleName }491    492    let specializedGenericTypes = context.typeList.map({ specialization -> String in493      let serializationContext = SerializationRequest494        .Context(moduleNames: moduleNames,495                 rawType: baseRawType,496                 rawTypeRepository: rawTypeRepository,497                 typealiasRepository: typealiasRepository)498      let qualifiedTypeNameRequest = SerializationRequest(method: .moduleQualified,499                                                          context: serializationContext,500                                                          options: .standard)...

Method.swift

Source:Method.swift

...31        rootKind: SwiftDeclarationKind,32        rawType: RawType,33        moduleNames: [String],34        rawTypeRepository: RawTypeRepository,35        typealiasRepository: TypealiasRepository) {36    guard let kind = SwiftDeclarationKind(from: dictionary), kind.isMethod,37      // Can't override static method declarations in classes.38      kind.typeScope == .instance39      || kind.typeScope == .class40      || (kind.typeScope == .static && rootKind == .protocol)41      else { return nil }42    43    guard let name = dictionary[SwiftDocKey.name.rawValue] as? String, name != "deinit"44      else { return nil }45    self.name = name46    let isInitializer = name.hasPrefix("init(")47    self.isInitializer = isInitializer48    49    let accessLevel = AccessLevel(from: dictionary) ?? .defaultLevel50    self.isMockable =51      accessLevel.isMockableMember(in: rootKind, withinSameModule: rawType.parsedFile.shouldMock)52      || (isInitializer && accessLevel.isMockable) // Initializers cannot be `open`.53    self.accessLevel = accessLevel54    55    let source = rawType.parsedFile.data56    let attributes = Attributes(from: dictionary, source: source)57    guard !attributes.contains(.final) else { return nil }58    self.isDesignatedInitializer = isInitializer && !attributes.contains(.convenience)59    60    let substructure = dictionary[SwiftDocKey.substructure.rawValue] as? [StructureDictionary] ?? []61    self.kind = kind62    self.isOverridable = rootKind == .class63    self.rawType = rawType64    65    // Parse declared attributes and parameters.66    let rawParametersDeclaration: Substring?67    (self.attributes,68     rawParametersDeclaration) = Method.parseDeclaration(from: dictionary,69                                                         source: source,70                                                         isInitializer: isInitializer,71                                                         attributes: attributes)72    73    // Parse return type.74    let (returnType, returnTypeName) = Method.parseReturnType(75      from: dictionary,76      rawType: rawType,77      moduleNames: moduleNames,78      rawTypeRepository: rawTypeRepository,79      typealiasRepository: typealiasRepository)80    self.returnType = returnType81    self.returnTypeName = returnTypeName82    83    // Parse generic type constraints and where clauses.84    self.whereClauses = Method.parseWhereClauses(from: dictionary,85                                                 source: source,86                                                 rawType: rawType,87                                                 moduleNames: moduleNames,88                                                 rawTypeRepository: rawTypeRepository)89    self.genericTypes = substructure90      .compactMap({ structure -> GenericType? in91        guard let genericType = GenericType(from: structure,92                                            rawType: rawType,93                                            moduleNames: moduleNames,94                                            rawTypeRepository: rawTypeRepository)95          else { return nil }96        return genericType97      })98    99    // Parse parameters.100    let (shortName, labels) = Method.parseArgumentLabels(name: name,101                                                         parameters: rawParametersDeclaration)102    self.shortName = shortName103    let parameters = Method.parseParameters(labels: labels,104                                            substructure: substructure,105                                            rawParametersDeclaration: rawParametersDeclaration,106                                            rawType: rawType,107                                            moduleNames: moduleNames,108                                            rawTypeRepository: rawTypeRepository,109                                            typealiasRepository: typealiasRepository)110    self.parameters = parameters111    112    // Parse any containing preprocessor macros.113    if let offset = dictionary[SwiftDocKey.offset.rawValue] as? Int64 {114      self.compilationDirectives = rawType.parsedFile.compilationDirectives.filter({115        $0.range.contains(offset)116      })117    } else {118      self.compilationDirectives = []119    }120    121    // Check whether this method has any `Self` type constraints.122    self.hasSelfConstraint =123      returnTypeName.contains(SerializationRequest.Constants.selfTokenIndicator)124      || parameters.contains(where: { $0.hasSelfConstraints })125  }126  127  private static func parseDeclaration(from dictionary: StructureDictionary,128                                       source: Data?,129                                       isInitializer: Bool,130                                       attributes: Attributes) -> (Attributes, Substring?) {131    guard let declaration = SourceSubstring.key.extract(from: dictionary, contents: source)132      else { return (attributes, nil) }133    134    var fullAttributes = attributes135    var rawParametersDeclaration: Substring?136    137    // Parse parameter attributes.138    let startIndex = declaration.firstIndex(of: "(")139    let parametersEndIndex =140      declaration[declaration.index(after: (startIndex ?? declaration.startIndex))...]141        .firstIndex(of: ")", excluding: .allGroups)142    if let startIndex = startIndex, let endIndex = parametersEndIndex {143      rawParametersDeclaration = declaration[declaration.index(after: startIndex)..<endIndex]144      145      if isInitializer { // Parse failable initializers.146        let genericsStart = declaration[..<startIndex].firstIndex(of: "<") ?? startIndex147        let failable = declaration[declaration.index(before: genericsStart)..<genericsStart]148        if failable == "?" {149          fullAttributes.insert(.failable)150        } else if failable == "!" {151          fullAttributes.insert(.unwrappedFailable)152        }153      }154    }155    156    // Parse return type attributes.157    let returnAttributesStartIndex = parametersEndIndex ?? declaration.startIndex158    let returnAttributesEndIndex = declaration.firstIndex(of: "-", excluding: .allGroups)159      ?? declaration.endIndex160    let returnAttributes = declaration[returnAttributesStartIndex..<returnAttributesEndIndex]161    if returnAttributes.range(of: #"\bthrows\b"#, options: .regularExpression) != nil {162      fullAttributes.insert(.throws)163    }164    165    return (fullAttributes, rawParametersDeclaration)166  }167  168  private static func parseArgumentLabels(name: String, parameters: Substring?)169  -> (shortName: String, labels: [String?]) {170    let (shortName, labels) = name.extractArgumentLabels()171    guard parameters?.isEmpty == false else {172      return (shortName, labels)173    }174    let declarationLabels = parameters?.components(separatedBy: ",", excluding: .allGroups)175      .map({ $0.components(separatedBy: ":", excluding: .allGroups)[0]176            .trimmingCharacters(in: .whitespacesAndNewlines) })177      .map({ $0.components(separatedBy: " ", excluding: .allGroups)[0]178            .trimmingCharacters(in: .whitespacesAndNewlines) })179      .map({ $0 != "_" ? $0 : nil })180    return (shortName, declarationLabels ?? labels)181  }182  183  private static func parseWhereClauses(from dictionary: StructureDictionary,184                                        source: Data?,185                                        rawType: RawType,186                                        moduleNames: [String],187                                        rawTypeRepository: RawTypeRepository) -> [WhereClause] {188    guard let nameSuffix = SourceSubstring.nameSuffixUpToBody.extract(from: dictionary,189                                                                      contents: source),190      let whereRange = nameSuffix.range(of: #"\bwhere\b"#, options: .regularExpression)191      else { return [] }192    return nameSuffix[whereRange.upperBound..<nameSuffix.endIndex]193      .components(separatedBy: ",", excluding: .allGroups)194      .compactMap({ WhereClause(from: String($0)) })195      .map({ GenericType.qualifyWhereClause($0,196                                            containingType: rawType,197                                            moduleNames: moduleNames,198                                            rawTypeRepository: rawTypeRepository) })199  }200  201  private static func parseReturnType(202    from dictionary: StructureDictionary,203    rawType: RawType,204    moduleNames: [String],205    rawTypeRepository: RawTypeRepository,206    typealiasRepository: TypealiasRepository207  ) -> (DeclaredType, String) {208    guard let rawReturnTypeName = dictionary[SwiftDocKey.typeName.rawValue] as? String else {209      return (DeclaredType(from: "Void"), "Void")210    }211    let declaredType = DeclaredType(from: rawReturnTypeName)212    let serializationContext = SerializationRequest213      .Context(moduleNames: moduleNames,214               rawType: rawType,215               rawTypeRepository: rawTypeRepository,216               typealiasRepository: typealiasRepository)217    let qualifiedTypeNameRequest = SerializationRequest(method: .moduleQualified,218                                                        context: serializationContext,219                                                        options: .standard)220    return (declaredType, declaredType.serialize(with: qualifiedTypeNameRequest))221  }222  223  private static func parseParameters(labels: [String?],224                                      substructure: [StructureDictionary],225                                      rawParametersDeclaration: Substring?,226                                      rawType: RawType,227                                      moduleNames: [String],228                                      rawTypeRepository: RawTypeRepository,229                                      typealiasRepository: TypealiasRepository) -> [MethodParameter] {230    guard !labels.isEmpty else { return [] }231    var parameterIndex = 0232    let rawDeclarations = rawParametersDeclaration?233      .components(separatedBy: ",", excluding: .allGroups)234      .map({ $0.trimmingCharacters(in: .whitespacesAndNewlines) })235    return substructure.compactMap({236      let rawDeclaration = rawDeclarations?.get(parameterIndex)237      guard let parameter = MethodParameter(from: $0,238                                            argumentLabel: labels.get(parameterIndex) ?? nil,239                                            parameterIndex: parameterIndex,240                                            rawDeclaration: rawDeclaration,241                                            rawType: rawType,242                                            moduleNames: moduleNames,243                                            rawTypeRepository: rawTypeRepository,244                                            typealiasRepository: typealiasRepository)245        else { return nil }246      parameterIndex += 1247      return parameter248    })249  }250}251extension Method: Hashable {252  /// A hashable version of Method that's unique according to Swift generics when subclassing.253  /// https://forums.swift.org/t/cannot-override-more-than-one-superclass-declaration/22213254  struct Reduced: Hashable {255    let name: String256    let returnTypeName: String257    let parameters: [MethodParameter]258    let attributes: Attributes259    init(from method: Method) {260      self.name = method.name261      self.returnTypeName = method.returnTypeName262      self.parameters = method.parameters263      264      var reducedAttributes = Attributes()265      if method.attributes.contains(.unwrappedFailable) {266        reducedAttributes.insert(.unwrappedFailable)267      }268      self.attributes = reducedAttributes269    }270  }271  272  func hash(into hasher: inout Hasher) {273    hasher.combine(name)274    hasher.combine(returnTypeName)275    hasher.combine(kind.typeScope == .instance)276    hasher.combine(genericTypes)277    hasher.combine(whereClauses)278    hasher.combine(parameters)279  }280  281  static func == (lhs: Method, rhs: Method) -> Bool {282    return lhs.hashValue == rhs.hashValue283  }284}285extension Method: Comparable {286  static func < (lhs: Method, rhs: Method) -> Bool {287    return (288      lhs.whereClauses,289      lhs.returnTypeName,290      lhs.kind.typeScope,291      lhs.parameters,292      lhs.genericTypes,293      lhs.name294    ) < (295      rhs.whereClauses,296      rhs.returnTypeName,297      rhs.kind.typeScope,298      rhs.parameters,299      rhs.genericTypes,300      rhs.name301    )302  }303}304extension Method: Specializable {305  private init(from method: Method, returnTypeName: String, parameters: [MethodParameter]) {306    self.name = method.name307    self.shortName = method.shortName308    self.returnType = DeclaredType(from: returnTypeName)309    self.returnTypeName = returnTypeName310    self.isInitializer = method.isInitializer311    self.isDesignatedInitializer = method.isDesignatedInitializer312    self.accessLevel = method.accessLevel313    self.kind = method.kind314    self.genericTypes = method.genericTypes315    self.whereClauses = method.whereClauses316    self.parameters = parameters317    self.attributes = method.attributes318    self.compilationDirectives = method.compilationDirectives319    self.isOverridable = method.isOverridable320    self.hasSelfConstraint = method.hasSelfConstraint321    self.isMockable = method.isMockable322    self.rawType = method.rawType323  }324  325  func specialize(using context: SpecializationContext,326                  moduleNames: [String],327                  genericTypeContext: [[String]],328                  excludedGenericTypeNames: Set<String>,329                  rawTypeRepository: RawTypeRepository,330                  typealiasRepository: TypealiasRepository) -> Method {331    guard !context.specializations.isEmpty else { return self }332    333    // Function-level generic types can shadow class-level generics and shouldn't be specialized.334    let excludedGenericTypeNames = excludedGenericTypeNames.union(genericTypes.map({ $0.name }))335    336    // Specialize return type.337    let declaredType = DeclaredType(from: returnTypeName)338    let serializationContext = SerializationRequest339      .Context(moduleNames: moduleNames,340               rawType: rawType,341               rawTypeRepository: rawTypeRepository,342               typealiasRepository: typealiasRepository)343    let attributedSerializationContext = SerializationRequest344      .Context(from: serializationContext,...

SerializationRequest.swift

Source:SerializationRequest.swift

...47    let referencingModuleName: String? // The module referencing the type in some declaration.48    let containingTypeNames: ArraySlice<String>49    let containingScopes: ArraySlice<String>50    let rawTypeRepository: RawTypeRepository?51    let typealiasRepository: TypealiasRepository?52    let genericTypeContext: [[String]]53    let excludedGenericTypeNames: Set<String>54    let specializationContext: SpecializationContext?55    56    init(moduleNames: [String],57         referencingModuleName: String?,58         containingTypeNames: ArraySlice<String>,59         containingScopes: ArraySlice<String>,60         rawTypeRepository: RawTypeRepository?,61         typealiasRepository: TypealiasRepository? = nil,62         genericTypeContext: [[String]],63         excludedGenericTypeNames: Set<String> = [],64         specializationContext: SpecializationContext? = nil) {65      self.moduleNames = moduleNames66      self.referencingModuleName = referencingModuleName67      self.containingTypeNames = containingTypeNames68      self.containingScopes = containingScopes69      self.rawTypeRepository = rawTypeRepository70      self.typealiasRepository = typealiasRepository71      self.genericTypeContext = genericTypeContext72      self.excludedGenericTypeNames = excludedGenericTypeNames73      self.specializationContext = specializationContext74    }75    76    convenience init(moduleNames: [String],77                     rawType: RawType,78                     rawTypeRepository: RawTypeRepository,79                     typealiasRepository: TypealiasRepository? = nil) {80      self.init(moduleNames: moduleNames,81                referencingModuleName: rawType.parsedFile.moduleName,82                containingTypeNames: rawType.containingTypeNames[...] + [rawType.name],83                containingScopes: rawType.containingScopes[...] + [rawType.name],84                rawTypeRepository: rawTypeRepository,85                typealiasRepository: typealiasRepository,86                genericTypeContext: rawType.genericTypeContext + [rawType.genericTypes])87    }88    89    convenience init(from context: Context,90                     moduleNames: [String]? = nil,91                     referencingModuleName: String? = nil,92                     containingTypeNames: ArraySlice<String>? = nil,93                     containingScopes: ArraySlice<String>? = nil,94                     rawTypeRepository: RawTypeRepository? = nil,95                     typealiasRepository: TypealiasRepository? = nil,96                     genericTypeContext: [[String]]? = nil,97                     excludedGenericTypeNames: Set<String>? = nil,98                     specializationContext: SpecializationContext? = nil) {99      self.init(moduleNames: moduleNames ?? context.moduleNames,100                referencingModuleName: referencingModuleName ?? context.referencingModuleName,101                containingTypeNames: containingTypeNames ?? context.containingTypeNames,102                containingScopes: containingScopes ?? context.containingScopes,103                rawTypeRepository: rawTypeRepository ?? context.rawTypeRepository,104                typealiasRepository: typealiasRepository ?? context.typealiasRepository,105                genericTypeContext: genericTypeContext ?? context.genericTypeContext,106                excludedGenericTypeNames: excludedGenericTypeNames ?? context.excludedGenericTypeNames,107                specializationContext: specializationContext ?? context.specializationContext)108    }109    ...

TypealiasRepository

Using AI Code Generation

1import Mockingbird2import MockingbirdModule3let repository = TypealiasRepository()4import Mockingbird5import MockingbirdModule6let repository = TypealiasRepository()7import Mockingbird8import MockingbirdModule9let repository = TypealiasRepository()10import Mockingbird11import MockingbirdModule12class MockTypealiasRepository: TypealiasRepository, Mock {13  let stubbing = __StubbingProxy_TypealiasRepository()14  let verification = __VerificationProxy_TypealiasRepository()15  let manager = Mockingbird.MockManager()16  required init() {}17}18struct __StubbingProxy_TypealiasRepository: Mockingbird.StubbingProxy {19  init() {}20}21struct __VerificationProxy_TypealiasRepository: Mockingbird.VerificationProxy {22  init() {}23}

TypealiasRepository

Using AI Code Generation

1let typeAliasRepo = TypeAliasRepository()2let typeAlias = typeAliasRepo.getTypeAlias()3let typeAliasRepo = TypeAliasRepository()4let typeAlias = typeAliasRepo.getTypeAlias()5let typeAliasRepo = TypeAliasRepository()6let typeAlias = typeAliasRepo.getTypeAlias()7let typeAliasRepo = TypeAliasRepository()8let typeAlias = typeAliasRepo.getTypeAlias()9let typeAliasRepo = TypeAliasRepository()10let typeAlias = typeAliasRepo.getTypeAlias()11let typeAliasRepo = TypeAliasRepository()12let typeAlias = typeAliasRepo.getTypeAlias()13let typeAliasRepo = TypealiasRepository()14let typeAlias = typeAliasRepo.getTypeAlias()15let typeAliasRepo = TypealiasRepository()16let typeAlias = typeAliasRepo.getTypeAlias()17let typeAliasRepo = TypealiasRepository()18let typeAlias = typeAliasRepo.getTypeAlias()19let typeAliasRepo = TypealiasRepository()20let typeAlias = typeAliasRepo.getTypeAlias()21let typeAliasRepo = TypealiasRepository()22let typeAlias = typeAliasRepo.getTypeAlias()23let typeAliasRepo = TypealiasRepository()24let typeAlias = typeAliasRepo.getTypeAlias()25let typeAliasRepo = TypealiasRepository()26let typeAlias = typeAliasRepo.getTypeAlias()

TypealiasRepository

Using AI Code Generation

1import Mockingbird2let repository = TypealiasRepository()3let result = repository.get()4print(result)5import Mockingbird6let repository = TypealiasRepository()7let result = repository.get()8print(result)

TypealiasRepository

Using AI Code Generation

1let repo = TypealiasRepository()2repo.get("1") { (result) in3    print(result)4}5let repo = TypealiasRepository()6repo.get("1") { (result) in7    print(result)8}9let repo = TypealiasRepository()10repo.get("1") { (result) in11    print(result)12}

TypealiasRepository

Using AI Code Generation

1import Foundation2import Mockingbird3class TypealiasRepository {4    func get() -> String {5    }6}7import Foundation8import Mockingbird9class TypealiasRepository {10    func get() -> String {11    }12}13import Foundation14import Mockingbird15class TypealiasRepository {16    func get() -> String {17    }18}19import Foundation20import Mockingbird21class TypealiasRepository {22    func get() -> String {23    }24}25import Foundation26import Mockingbird27class TypealiasRepository {28    func get() -> String {29    }30}31import Foundation32import Mockingbird33class TypealiasRepository {34    func get() -> String {35    }36}37import Foundation38import Mockingbird39class TypealiasRepository {40    func get() -> String {41    }42}43import Foundation44import Mockingbird45class TypealiasRepository {46    func get() -> String {47    }48}49import Foundation50import Mockingbird51class TypealiasRepository {52    func get() -> String {53    }54}55import Foundation56import Mockingbird57class TypealiasRepository {58    func get() -> String {59    }60}61import Foundation62import Mockingbird63class TypealiasRepository {64    func get() ->

TypealiasRepository

Using AI Code Generation

1import Mockingbird2import MockingbirdTestsHost3import XCTest4class TypealiasTests: XCTestCase {5    override func setUp() {6        mock = mockType(TypealiasRepository.self)7        repository = TypealiasRepository()8    }9    func testMocked() {10        stub(mock) { mock in11            when(mock).get().thenReturn(42)12        }13        XCTAssertEqual(mock.get(), 42)14    }15    func testUnmocked() {16        XCTAssertEqual(repository.get(), 42)17    }18}19import Foundation20import Foundation21import Foundation22import Mockingbird23import Foundation24import Foundation25import Mockingbird26import Foundation27import Foundation28import Mockingbird

TypealiasRepository

Using AI Code Generation

1import MockingbirdTests2let typealiasRepository = TypealiasRepository()3typealiasRepository.doSomething()4typealiasRepository.doSomethingElse()5typealiasRepository.doSomethingWithCompletion { _ in }6import MockingbirdTests7let typealiasRepository = TypealiasRepository()8typealiasRepository.doSomething()9typealiasRepository.doSomethingElse()10typealiasRepository.doSomethingWithCompletion { _ in }11import MockingbirdTests12let typealiasRepository = TypealiasRepository()13typealiasRepository.doSomething()14typealiasRepository.doSomethingElse()15typealiasRepository.doSomethingWithCompletion { _ in }16import MockingbirdTests17let typealiasRepository = TypealiasRepository()18typealiasRepository.doSomething()19typealiasRepository.doSomethingElse()20typealiasRepository.doSomethingWithCompletion { _ in }21import MockingbirdTests22let typealiasRepository = TypealiasRepository()23typealiasRepository.doSomething()24typealiasRepository.doSomethingElse()25typealiasRepository.doSomethingWithCompletion { _ in }26import MockingbirdTests27let typealiasRepository = TypealiasRepository()28typealiasRepository.doSomething()29typealiasRepository.doSomethingElse()30typealiasRepository.doSomethingWithCompletion { _ in }31import MockingbirdTests32let typealiasRepository = TypealiasRepository()33typealiasRepository.doSomething()34typealiasRepository.doSomethingElse()35typealiasRepository.doSomethingWithCompletion { _ in }36import MockingbirdTests37let typealiasRepository = TypealiasRepository()38typealiasRepository.doSomething()39typealiasRepository.doSomethingElse()40typealiasRepository.doSomethingWithCompletion { _ in }41import MockingbirdTests42let typealiasRepository = TypealiasRepository()43typealiasRepository.doSomething()

TypealiasRepository

Using AI Code Generation

1import Mockingbird2let mock = mockTypealiasRepository()3print(result)4import Mockingbird5let mock = mockTypealiasRepository()6print(result)7import Mockingbird8let mock = mockTypealiasRepository()9print(result)10import Mockingbird11let mock = mockTypealiasRepository()12print(result)13import Mockingbird14let mock = mockTypealiasRepository()15print(result)16import Mockingbird17let mock = mockTypealiasRepository()18print(result)19import Mockingbird20let mock = mockTypealiasRepository()21print(result)22import Mockingbird23let mock = mockTypealiasRepository()24print(result)25import Mockingbird26let mock = mockTypealiasRepository()27print(result)

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.