How to use RawType class

Best Mockingbird code snippet using RawType

RawType.swift

Source:RawType.swift Github

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1import Foundation2import SourceKittenFramework3/// A light wrapper around a SourceKit structure, used for the mocked module and its dependencies.4class RawType {5 let dictionary: StructureDictionary6 let name: String7 /// Fully qualified with respect to the current module (not with respect to other modules)8 let fullyQualifiedName: String9 let containedTypes: [RawType]10 let containingTypeNames: [String]11 let containingScopes: [String] // Including the module name and any containing types.12 let genericTypes: [String] // Ordered generic type parameters.13 let genericTypeContext: [[String]] // Generic type parameters in each containing type.14 let selfConformanceTypeNames: Set<String> // Self conformances defined in generic where clauses.15 let aliasedTypeNames: Set<String> // For typealias definitions only.16 let definedInExtension: Bool // Types can be defined and nested within extensions.17 let kind: SwiftDeclarationKind18 let parsedFile: ParsedFile19 20 var isContainedType: Bool { return !containingTypeNames.isEmpty }21 22 /// Fully qualified with respect to other modules.23 var fullyQualifiedModuleName: String { return parsedFile.moduleName + "." + fullyQualifiedName }24 25 /// Returns a set of qualified and optional/generic type preserving names.26 ///27 /// - Parameters:28 /// - declaration: The actual string declaration of the `RawType`, containing full type info.29 /// - context: The containing scope names of where the type was referenced from.30 /// - Returns: Module-qualified and context-qualified names for the type.31 func qualifiedModuleNames(from declaration: String,32 context: ArraySlice<String>,33 definingModuleName: String?)34 -> (moduleQualified: String, contextQualified: String) {35 let trimmedDeclaration = declaration.removingParameterAttributes()36 let rawComponents = trimmedDeclaration37 .components(separatedBy: ".", excluding: .allGroups)38 .map({ String($0) })39 let specializedName = rawComponents[(rawComponents.count-1)...]40 41 let qualifiers: [String]42 if let definingModuleName = definingModuleName {43 qualifiers = [definingModuleName] + containingTypeNames + [name]44 } else {45 qualifiers = containingTypeNames + [name]46 }47 48 // Preserve any generic type specialization from the raw declaration components.49 let merge: ([String], [String]) -> String = { (old, new) -> String in50 var components: Array<String>.SubSequence {51 if new.count > old.count {52 return (new[..<(new.count-old.count)] + old[...])53 } else {54 return old[(old.count-new.count)...]55 }56 }57 return components.joined(separator: ".")58 }59 60 // Check if the referencing declaration is in the same scope as the type declaration.61 let lcaScopeIndex = zip(qualifiers, context)62 .map({ ($0, $1) })63 .lastIndex(where: { $0 == $1 }) ?? 064 let endIndex = qualifiers.count - 165 66 // If the LCA is the module then include the module name, else exclude type-scoped qualifiers.67 let startIndex = min(lcaScopeIndex + (lcaScopeIndex > 0 ? 1 : 0), endIndex)68 69 let moduleComponents = (qualifiers[..<endIndex] + specializedName).map({ String($0) })70 let moduleQualified = merge(rawComponents, moduleComponents)71 72 let contextComponents =73 (qualifiers[startIndex..<endIndex] + specializedName).map({ String($0) })74 let contextQualified = merge(rawComponents, contextComponents)75 76 return (moduleQualified: moduleQualified, contextQualified: contextQualified)77 }78 79 init(dictionary: StructureDictionary,80 name: String,81 fullyQualifiedName: String,82 containedTypes: [RawType],83 containingTypeNames: [String],84 genericTypes: [String],85 genericTypeContext: [[String]],86 selfConformanceTypeNames: Set<String>,87 aliasedTypeNames: Set<String>,88 definedInExtension: Bool,89 kind: SwiftDeclarationKind,90 parsedFile: ParsedFile) {91 self.dictionary = dictionary92 self.name = name93 self.fullyQualifiedName = fullyQualifiedName94 self.containedTypes = containedTypes95 self.containingTypeNames = containingTypeNames96 self.containingScopes = [parsedFile.moduleName] + containingTypeNames97 self.genericTypes = genericTypes98 self.genericTypeContext = genericTypeContext99 self.selfConformanceTypeNames = selfConformanceTypeNames100 self.aliasedTypeNames = aliasedTypeNames101 self.definedInExtension = definedInExtension102 self.kind = kind103 self.parsedFile = parsedFile104 }105}106extension RawType: Hashable {107 func hash(into hasher: inout Hasher) {108 hasher.combine(fullyQualifiedModuleName)109 }110 111 static func == (lhs: RawType, rhs: RawType) -> Bool {112 return lhs.fullyQualifiedModuleName == rhs.fullyQualifiedModuleName113 }114}115extension Array where Element == RawType {116 /// Given an array of partial `RawType` objects, return the root declaration (not an extension).117 func findBaseRawType() -> RawType? {118 return first(where: { $0.kind != .extension })119 }120}121/// Stores `RawType` partials indexed by type name indexed by module name. Partials are mainly to122/// support extensions which define parts of a `RawType`. `MockableType` combines all partials into123/// a final unique type definition on initialization.124class RawTypeRepository {125 private(set) var rawTypes = [String: [String: [RawType]]]() // typename => module name => rawtype126 127 /// Used to check if a module name is shadowed by a type name.128 private(set) var moduleTypes = [String: Set<String>]() // module name => set(typename)129 130 /// Get raw type partials for a fully qualified name in a particular module.131 func rawType(named name: String, in moduleName: String) -> [RawType]? {132 return rawTypes[name.removingGenericTyping()]?[moduleName]133 }134 135 /// Get raw type partials for a fully qualified name in all modules.136 func rawTypes(named name: String) -> [String: [RawType]]? {137 return rawTypes[name.removingGenericTyping()]138 }139 140 /// Add a single raw type partial.141 func addRawType(_ rawType: RawType) {142 let name = rawType.fullyQualifiedName.removingGenericTyping()143 let moduleName = rawType.parsedFile.moduleName144 log("Added raw type: \(name.singleQuoted), moduleName: \(moduleName.singleQuoted)")145 rawTypes[name, default: [:]][moduleName, default: []].append(rawType)146 moduleTypes[moduleName, default: []].insert(name)147 }148 149 enum Constants {150 static let optionalsCharacterSet = CharacterSet.createOptionalsSet()151 }152 153 /// Perform type realization based on scope and module.154 ///155 /// Contained types can shadow higher level type names, so inheritance requires some inference.156 /// Type inference starts from the deepest level and works outwards.157 /// class SecondLevelType {}158 /// class TopLevelType {159 /// class SecondLevelType {160 /// // Inherits from the contained `SecondLevelType`161 /// class ThirdLevelType: SecondLevelType {}162 /// }163 /// }164 func nearestInheritedType(named rawName: String,165 trimmedName: String? = nil,166 moduleNames: [String],167 referencingModuleName: String?, // The module referencing the type.168 containingTypeNames: ArraySlice<String>) -> [RawType]? {169 let name: String170 if let trimmedName = trimmedName {171 name = trimmedName172 } else {173 name = rawName174 .trimmingCharacters(in: Constants.optionalsCharacterSet)175 .removingParameterAttributes()176 .removingGenericTyping()177 }178 let attributedModuleNames: [String]179 if let referencingModuleName = referencingModuleName {180 attributedModuleNames = [referencingModuleName] + moduleNames181 } else {182 attributedModuleNames = moduleNames183 }184 let getRawType: (String) -> [RawType]? = {185 guard let rawTypes = self.rawTypes(named: $0) else { return nil }186 for moduleName in attributedModuleNames {187 guard let rawType = rawTypes[moduleName],188 rawType.contains(where: { $0.kind != .extension })189 else { continue }190 return rawType191 }192 return nil193 }194 guard !containingTypeNames.isEmpty else { // Base case.195 // Check if this is a potentially fully qualified name (from the module).196 guard let firstComponentIndex = name.firstIndex(of: ".") else { return getRawType(name) }197 if let rawType = getRawType(name) { return rawType }198 199 // Ensure that the first component is actually a module that we've indexed.200 let moduleName = String(name[..<firstComponentIndex])201 guard attributedModuleNames.contains(moduleName) else { return nil }202 let dequalifiedName = name[name.index(after: firstComponentIndex)...]203 204 guard let rawType = self.rawTypes(named: String(dequalifiedName))?[moduleName],205 rawType.contains(where: { $0.kind != .extension })206 else { return nil }207 return rawType208 }209 210 let fullyQualifiedName = (containingTypeNames + [name]).joined(separator: ".")211 if let rawType = getRawType(fullyQualifiedName) { return rawType }212 213 let typeNames = containingTypeNames[0..<(containingTypeNames.count-1)]214 return nearestInheritedType(named: name,215 trimmedName: name,216 moduleNames: attributedModuleNames,217 referencingModuleName: nil,218 containingTypeNames: typeNames)219 }220 221 /// Returns whether a module name is shadowed by a type definition in any of the given modules.222 /// - Parameter moduleName: A module name to check.223 /// - Parameter moduleNames: An optional list of modules to check for type definitions.224 func isModuleNameShadowed(moduleName: String, moduleNames: [String]? = nil) -> Bool {225 if let moduleNames = moduleNames {...

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Array.swift

Source:Array.swift Github

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...23 self.values = values24 super.init(values.isEmpty ? TypeArray([""]) : values.first!)25 26 if solidityType != nil {27 self.rawType = ABIRawType(rawValue: solidityType!) ?? .DynamicArray(.DynamicString)28 guard let components = solidityType?.components(separatedBy: CharacterSet(charactersIn: "[]")) else { return }29 self.subRawType = ABIRawType(rawValue: String(describing: components[0])) ?? .DynamicString30 if components.count > 3 {31 let sub = solidityType?[solidityType!.startIndex..<solidityType!.lastIndex(of: "[")!]32 self.subRawType = ABIRawType(rawValue: String(describing: String(sub!))) ?? .DynamicString33 }34 } else if let val = values.first {35 self.rawType = .DynamicArray(type(of: val).rawType)36 }37 self.value = self38 }39 40 public init(_ values: [ABIType], _ rawType: ABIRawType) {41 self.values = values42 super.init(values.isEmpty ? TypeArray([""]) : values.first!)43 44 self.rawType = rawType45 self.subRawType = rawType.subType ?? .DynamicString46 47 self.value = self48 }49 50 public var subRawType: ABIRawType = .DynamicString51 var subParser: ParserFunction = String.parser52 53 public static var rawType: ABIRawType {54 .DynamicArray(.DynamicString)55 }56 57 public static var parser: ParserFunction {58 String.parser59 }60 61 public var parser: ParserFunction {62 return self.subParser63 }64}65public class DynamicArray: TypeArray {66 public override init(_ values: [ABIType], _ rawType: ABIRawType) {67 super.init(values, rawType)68 }69 70 public override init(_ values: [ABIType], _ solidityType: String? = nil) {71 if solidityType == nil {72 if let val = (values.first as? Type) {73 super.init(values, ABIRawType.DynamicArray(val.rawType).rawValue)74 } else {75 super.init(values, ABIRawType.DynamicArray(type(of: values.first!).rawType).rawValue)76 }77 } else {78 super.init(values, solidityType)79 }80 }81}82public class StaticArray: TypeArray {83 public override init(_ values: [ABIType], _ rawType: ABIRawType) {84 super.init(values, rawType)85 }86 87 public override init(_ values: [ABIType], _ solidityType: String? = nil) {88 if solidityType == nil {89 super.init(values, ABIRawType.FixedArray(type(of: values.first!).rawType, values.count).rawValue)90 } else {91 super.init(values, solidityType)92 }93 }94}95public class StaticArray1: StaticArray {96 public init(_ values: [ABIType]) {97 super.init(values)98 self.rawType = .FixedArray(type(of: values.first!).rawType, self.size)99 }100}101public class StaticArray2: StaticArray {102 public init(_ values: [ABIType]) {103 super.init(values)...

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TypeParser.swift

Source:TypeParser.swift Github

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1//2// Project «Synopsis»3// Created by Jeorge Taflanidi4//5import Foundation6import SourceKittenFramework7class TypeParser {8 9 func parse(rawDescription: [String: AnyObject]) -> TypeDescription {10 let typename: String = rawDescription.typename11 let declaration: String = rawDescription.parsedDeclaration12 13 switch typename {14 // TODO: incorporate all possible rawDescription.typename values15 case "Bool": return TypeDescription.boolean16 case "Int": return TypeDescription.integer17 case "Float": return TypeDescription.floatingPoint18 case "Double": return TypeDescription.doublePrecision19 case "String": return TypeDescription.string20 case "Void": return TypeDescription.void21 22 default: return deduceType(fromDeclaration: declaration)23 }24 }25 26 func parse(functionTypename: String, declarationString: String) -> TypeDescription? {27 let returnTypename: String =28 String(functionTypename.split(separator: " ").last!)29 30 switch returnTypename {31 case "()", "Void": return TypeDescription.void32 33 case "Bool": return TypeDescription.boolean34 case "Int": return TypeDescription.integer35 case "Float": return TypeDescription.floatingPoint36 case "Double": return TypeDescription.doublePrecision37 case "String": return TypeDescription.string38 39 default:40 if functionTypename != "<<error type>>" {41 return parse(rawType: returnTypename)42 }43 44 // FIXME: Make a LexemeString, exclude comments45 46 if !declarationString.contains("->") {47 return nil48 }49 50 if let rawReturnType: String = declarationString.components(separatedBy: "->").last?.trimmingCharacters(in: CharacterSet.whitespacesAndNewlines) {51 return parse(rawType: rawReturnType)52 }53 54 return nil55 }56 }57 58 func deduceType(fromDeclaration declaration: String) -> TypeDescription {59 if let type: TypeDescription = parseExplicitType(fromDeclaration: declaration) {60 return type61 }62 63 return deduceType(fromDefaultValue: declaration)64 }65}66private extension TypeParser {67 68 func parseExplicitType(fromDeclaration declaration: String) -> TypeDescription? {69 guard declaration.contains(":")70 else { return nil }71 72 let declarationWithoutDefultValue: String =73 declaration74 .truncateAfter(word: "=", deleteWord: true)75 .trimmingCharacters(in: CharacterSet.whitespacesAndNewlines)76 77 let typename: String =78 declarationWithoutDefultValue79 .truncateUntilExist(word: ":")80 .trimmingCharacters(in: CharacterSet.whitespacesAndNewlines)81 82 return parse(rawType: typename)83 }84 85 func deduceType(fromDefaultValue declaration: String) -> TypeDescription {86 guard declaration.contains("=")87 else { return TypeDescription.object(name: "") }88 89 let defaultValue: String =90 declaration91 .truncateUntilExist(word: "=")92 .trimmingCharacters(in: CharacterSet.whitespacesAndNewlines)93 94 return guessType(ofVariableValue: defaultValue)95 }96 97 /**98 Parse raw type line without any other garbage.99 100 ```MyType<[Entity]>```101 */102 func parse(rawType: String) -> TypeDescription {103 // check type ends with ?104 if rawType.hasSuffix("?") {105 return TypeDescription.optional(106 wrapped: parse(rawType: String(rawType.dropLast()))107 )108 }109 110 if rawType.contains("<") && rawType.contains(">") {111 let name: String = rawType.truncateAfter(word: "<", deleteWord: true).trimmingCharacters(in: CharacterSet.whitespacesAndNewlines)112 let itemName: String = String(rawType.truncateUntilExist(word: "<").truncateAfter(word: ">", deleteWord: true))113 let itemType: TypeDescription = self.parse(rawType: itemName)114 return TypeDescription.generic(name: name, constraints: [itemType])115 }116 117 if rawType.contains("[") && rawType.contains("]") {118 let collecitonItemTypeName: String =119 rawType120 .truncateUntilExist(word: "[")121 .truncateAfter(word: "]", deleteWord: true)122 .trimmingCharacters(in: CharacterSet.whitespaces)123 return self.parseCollectionItemType(collecitonItemTypeName)124 }125 126 if rawType == "Bool" {127 return TypeDescription.boolean128 }129 130 if rawType.contains("Int") {131 return TypeDescription.integer132 }133 134 if rawType == "Float" {135 return TypeDescription.floatingPoint136 }137 138 if rawType == "Double" {139 return TypeDescription.doublePrecision140 }141 142 if rawType == "Date" {143 return TypeDescription.date144 }145 146 if rawType == "Data" {147 return TypeDescription.data148 }149 150 if rawType == "String" {151 return TypeDescription.string152 }153 154 if rawType == "Void" {155 return TypeDescription.void156 }157 158 var objectTypeName: String = String(rawType.firstWord())159 if objectTypeName.last == "?" {160 objectTypeName = String(objectTypeName.dropLast())161 }162 163 return TypeDescription.object(name: objectTypeName)164 }165 func guessType(ofVariableValue value: String) -> TypeDescription {166 // collections are not supported yet167 if value.contains("[") {168 return TypeDescription.object(name: "")169 }170 171 // check value is text in quotes:172 // let abc = "abcd"173 if let _ = value.range(of: "^\"(.*)\"$", options: .regularExpression) {174 return TypeDescription.string175 }176 177 // check value is double:178 // let abc = 123.45179 if let _ = value.range(of: "^(\\d+)\\.(\\d+)$", options: .regularExpression) {180 return TypeDescription.doublePrecision181 }182 183 // check value is int:184 // let abc = 123185 if let _ = value.range(of: "^(\\d+)$", options: .regularExpression) {186 return TypeDescription.integer187 }188 189 // check value is bool190 // let abc = true191 if value.contains("true") || value.contains("false") {192 return TypeDescription.boolean193 }194 195 // check value contains object init statement:196 // let abc = Object(some: 123)197 if let _ = value.range(of: "^(\\w+)\\((.*)\\)$", options: .regularExpression) {198 let rawValueTypeName: String = String(value.truncateAfter(word: "(", deleteWord: true))199 return parse(rawType: rawValueTypeName)200 }201 202 return TypeDescription.object(name: "")203 }204 205 func parseCollectionItemType(_ collecitonItemTypeName: String) -> TypeDescription {206 if collecitonItemTypeName.contains(":") {207 let keyTypeName: String = String(collecitonItemTypeName.truncateAfter(word: ":", deleteWord: true))208 let valueTypeName: String = String(collecitonItemTypeName.truncateUntilExist(word: ":"))209 210 return TypeDescription.map(key: self.parse(rawType: keyTypeName), value: self.parse(rawType: valueTypeName))211 } else {212 return TypeDescription.array(element: self.parse(rawType: collecitonItemTypeName))213 }214 }215 216}...

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RawType

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1import Mockingbird2class MockRawType: RawType, Mock {3 required init(description: String, debugDescription: String) {4 self.__handler = Mockingbird.MockHandlerImpl()5 }6 convenience init() {7 self.init(description: "", debugDescription: "")8 }9 struct __RawTypeStubbingProxy {10 init(description: String, debugDescription: String, __handler: Mockingbird.MockHandler) {11 }12 }13 struct __RawTypeVerificationProxy {14 init(description: String, debugDescription: String, __handler: Mockingbird.MockHandler) {15 }16 }17}18import Mockingbird19class MockRawType: RawType, Mock {20 required init(description: String, debugDescription: String) {21 self.__handler = Mockingbird.MockHandlerImpl()22 }23 convenience init() {24 self.init(description: "", debugDescription: "")25 }26 struct __RawTypeStubbingProxy {27 init(description: String, debugDescription: String, __handler: Mockingbird.MockHandler) {

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RawType

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1import MockingbirdFramework2import MockingbirdFramework3import MockingbirdFramework4import MockingbirdFramework5import MockingbirdFramework6import MockingbirdFramework7import MockingbirdFramework8import MockingbirdFramework9import MockingbirdFramework10import MockingbirdFramework11import MockingbirdFramework12import MockingbirdFramework13import MockingbirdFramework14import MockingbirdFramework15import MockingbirdFramework16import MockingbirdFramework17import MockingbirdFramework18import MockingbirdFramework19import MockingbirdFramework20import MockingbirdFramework21import MockingbirdFramework22import MockingbirdFramework23import Mock

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RawType

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1import Mockingbird2let rawType = RawType()3rawType.method1()4rawType.method2()5rawType.method3()6rawType.method4()7rawType.method5()8rawType.method6()9rawType.method7()10rawType.method8()11rawType.method9()12rawType.method10()13rawType.method11()14rawType.method12()15rawType.method13()16rawType.method14()17rawType.method15()18rawType.method16()19rawType.method17()20rawType.method18()21rawType.method19()22rawType.method20()23rawType.method21()24rawType.method22()25rawType.method23()26rawType.method24()27rawType.method25()28rawType.method26()29rawType.method27()30rawType.method28()31rawType.method29()32rawType.method30()33rawType.method31()34rawType.method32()35rawType.method33()36rawType.method34()37rawType.method35()38rawType.method36()39rawType.method37()40rawType.method38()41rawType.method39()42rawType.method40()43rawType.method41()44rawType.method42()45rawType.method43()46rawType.method44()47rawType.method45()48rawType.method46()49rawType.method47()50rawType.method48()51rawType.method49()52rawType.method50()53rawType.method51()54rawType.method52()55rawType.method53()56rawType.method54()57rawType.method55()58rawType.method56()59rawType.method57()60rawType.method58()61rawType.method59()62rawType.method60()63rawType.method61()64rawType.method62()65rawType.method63()66rawType.method64()67rawType.method65()68rawType.method66()69rawType.method67()70rawType.method68()71rawType.method69()72rawType.method70()73rawType.method71()74rawType.method72()75rawType.method73()76rawType.method74()77rawType.method75()78rawType.method76()79rawType.method77()80rawType.method78()81rawType.method79()82rawType.method80()83rawType.method81()84rawType.method82()85rawType.method83()86rawType.method84()87rawType.method85()88rawType.method86()89rawType.method87()90rawType.method88()91rawType.method89()92rawType.method90()93rawType.method91()94rawType.method92()95rawType.method93()96rawType.method94()97rawType.method95()98rawType.method96()99rawType.method97()

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RawType

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1import Mockingbird2import Foundation3struct RawType: RawRepresentable, Equatable {4 init(rawValue: String) {5 }6}7class RawTypeMocks {8 static let `default` = RawTypeMocks()9 lazy var string: RawType = RawType(rawValue: "string")10 lazy var int: RawType = RawType(rawValue: "int")11 lazy var float: RawType = RawType(rawValue: "float")12 lazy var double: RawType = RawType(rawValue: "double")13 lazy var bool: RawType = RawType(rawValue: "bool")14 lazy var date: RawType = RawType(rawValue: "date")15 lazy var data: RawType = RawType(rawValue: "data")16 lazy var url: RawType = RawType(rawValue: "url")17}18class RawTypeMock: RawType, Mock {19 init() {20 self.handler = MockHandlerImpl(for: RawTypeMock.self, mode: .record)21 }22 init(handler: MockHandler) {23 }24 required init(rawValue: String) {25 self.handler = MockHandlerImpl(for: RawTypeMock.self, mode: .record)26 super.init(rawValue: rawValue)27 }28 required init(handler: MockHandler, rawValue: String) {29 super.init(rawValue: rawValue)30 }31 required init(mock: RawTypeMock) {32 super.init(rawValue: mock.rawValue)33 }34 static var string: RawType {35 get { return RawTypeMocks.default.string }36 set { RawTypeMocks.default.string = newValue }37 }38 static var int: RawType {39 get { return RawTypeMocks.default.int }40 set { RawTypeMocks.default.int = newValue }41 }42 static var float: RawType {43 get { return RawTypeMocks.default.float }44 set { RawTypeMocks.default.float = newValue }45 }46 static var double: RawType {47 get { return RawTypeMocks.default.double }48 set { RawTypeMocks.default.double = newValue }49 }50 static var bool: RawType {51 get { return RawTypeMocks.default.bool }

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RawType

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1import Mockingbird2let rawType = RawType()3let rawTypeMock = mock(RawType.self)4let rawTypeStub = stub(RawType.self)5import Mockingbird6let rawType = RawType()7let rawTypeMock = mock(RawType.self)8let rawTypeStub = stub(RawType.self)9import Mockingbird10let rawType = RawType()11let rawTypeMock = mock(RawType.self)12let rawTypeStub = stub(RawType.self)13import Mockingbird14let rawType = RawType()15let rawTypeMock = mock(RawType.self)16let rawTypeStub = stub(RawType.self)17import Mockingbird18let rawType = RawType()19let rawTypeMock = mock(RawType.self)20let rawTypeStub = stub(RawType.self)21import Mockingbird22let rawType = RawType()23let rawTypeMock = mock(RawType.self)24let rawTypeStub = stub(RawType.self)25import Mockingbird26let rawType = RawType()27let rawTypeMock = mock(RawType.self)28let rawTypeStub = stub(RawType.self)29import Mockingbird30let rawType = RawType()31let rawTypeMock = mock(RawType.self)32let rawTypeStub = stub(RawType.self)33import Mockingbird34let rawType = RawType()35let rawTypeMock = mock(RawType.self)36let rawTypeStub = stub(RawType.self)37import Mockingbird38let rawType = RawType()39let rawTypeMock = mock(RawType

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RawType

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1import Foundation2import Mockingbird3import MockingbirdFramework4class Path {5 init(rawType: RawType) {6 }7}8import Foundation9import Mockingbird10import MockingbirdFramework11class Path {12 init(rawType: RawType) {13 }14}15import Foundation16import Mockingbird17import MockingbirdFramework18class Path {19 init(rawType: RawType) {20 }21}22import Foundation23import Mockingbird24import MockingbirdFramework25class Path {26 init(rawType: RawType) {27 }28}29import Foundation30import Mockingbird31import MockingbirdFramework32class Path {33 init(rawType: RawType) {34 }35}36import Foundation37import Mockingbird38import MockingbirdFramework39class Path {40 init(rawType: RawType) {41 }42}43import Foundation44import Mockingbird45import MockingbirdFramework46class Path {47 init(rawType: RawType) {48 }49}50import Foundation51import Mockingbird52import MockingbirdFramework53class Path {54 init(rawType: RawType) {55 }56}57import Foundation58import Mockingbird59import MockingbirdFramework60class Path {

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RawType

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1class RawType {2 init(name: String) {3 }4}5import Mockingbird6import Mockingbird7import Mockingbird8import Mockingbird9import Mockingbird10import Mockingbird11import Mockingbird12import Mockingbird13import Mockingbird14import Mockingbird15import Mockingbird16import Mockingbird17import Mockingbird18import Mockingbird19import Mockingbird20import Mockingbird21import Mockingbird22import Mockingbird23import Mockingbird24import Mockingbird25import Mockingbird26import Mockingbird27import Mockingbird

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RawType

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1import Foundation2import Mockingbird3enum RawType: String {4}5let rawTypeJson = try Mockingbird.generateJSON(from: rawType)6print(rawTypeJson)7import Foundation8import Mockingbird9enum RawType: String {10}11let rawTypeJson = try Mockingbird.generateJSON(from: rawType)12print(rawTypeJson)13import Foundation14import Mockingbird15enum RawType: String {16}17let rawTypeJson = try Mockingbird.generateJSON(from: rawType)18print(rawTypeJson)19import Foundation20import Mockingbird21enum RawType: String {22}23let rawTypeJson = try Mockingbird.generateJSON(from: rawType)24print(rawTypeJson)25import Foundation26import Mockingbird27enum RawType: String {28}29let rawTypeJson = try Mockingbird.generateJSON(from: rawType)30print(rawTypeJson)31import Foundation32import Mockingbird33enum RawType: String {

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RawType

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1import Mockingbird2import UIKit3import Foundation4extension RawType {5 public static func mock(_ value: Any) -> RawType {6 return RawType(value)7 }8}9import Mockingbird10import UIKit11import Foundation12extension RawType {13 public static func mock(_ value: Any) -> RawType {14 return RawType(value)15 }16}17import Mockingbird18import UIKit19import Foundation20extension RawType {21 public static func mock(_ value: Any) -> RawType {22 return RawType(value)23 }24}25import Mockingbird26import UIKit27import Foundation28extension RawType {29 public static func mock(_ value: Any) -> RawType {30 return RawType(value)31 }32}33import Mockingbird34import UIKit35import Foundation36extension RawType {37 public static func mock(_ value: Any) -> RawType {38 return RawType(value)39 }40}41import Mockingbird42import UIKit43import Foundation44extension RawType {45 public static func mock(_ value: Any) -> RawType {46 return RawType(value)47 }48}49import Mockingbird50import UIKit51import Foundation52extension RawType {53 public static func mock(_ value: Any) -> RawType {54 return RawType(value)55 }56}57import Mockingbird58import UIKit59import Foundation60extension RawType {61 public static func mock(_ value: Any) -> RawType {62 return RawType(value)63 }64}65import Mockingbird66import UIKit67import Foundation68extension RawType {69 public static func mock(_ value: Any) -> RawType {70 return RawType(value)71 }72}

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