How to use compare method of ArgumentMatcher class

Best Mockingbird code snippet using ArgumentMatcher.compare

FailureMessagesSpec.swift

Source:FailureMessagesSpec.swift

...61                                                    return true62                                                  }))63                        64                        sut.verify()65                        #warning("following line has been disabled because it's unclear why string compare is failing while it is should be equal")66//                        mockFailureHandler.verify()67                    })68                    69                    context("And another call has been made", {70                        71                        beforeEach {72                            sut.didCallFunction("callTwo")73                        }74                        75                        it("Then it fails with expected message", closure: {76                            77                            mockFailureHandler.expect(callToFunctionWithID: MockFailureHandler.FID.failWithMessageAtLocation,78                                                      withArgumentsThatMatch: ArgumentMatcher(matcher: { (message: String, location: Location) -> Bool in79                                                        expect(message).to(equal("""80Could not verify call to `foo`81 however, the following calls have been registered:82-callOne83-callTwo84"""))85                                                        return true86                                                      }))87                            88                            sut.verify()89                            #warning("following line has been disabled because it's unclear why string compare is failing while it is should be equal")90//                            mockFailureHandler.verify()91                        })92                    })93                })94            })95        }96    }97}...

ArgumentMatcher.swift

Source:ArgumentMatcher.swift

...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}...

compare

Using AI Code Generation

1let argument = ArgumentMatcher<String>()2let argument2 = ArgumentMatcher<String>()3let argument3 = ArgumentMatcher<String>()4let argument4 = ArgumentMatcher<String>()5let argument5 = ArgumentMatcher<String>()6let argument6 = ArgumentMatcher<String>()7let argument7 = ArgumentMatcher<String>()8let argument8 = ArgumentMatcher<String>()9let argument9 = ArgumentMatcher<String>()10let argument10 = ArgumentMatcher<String>()11let argument11 = ArgumentMatcher<String>()12let argument12 = ArgumentMatcher<String>()13let argument13 = ArgumentMatcher<String>()14let argument14 = ArgumentMatcher<String>()15let argument15 = ArgumentMatcher<String>()16let argument16 = ArgumentMatcher<String>()17let argument17 = ArgumentMatcher<String>()18let argument18 = ArgumentMatcher<String>()19let argument19 = ArgumentMatcher<String>()20let argument20 = ArgumentMatcher<String>()21let argument21 = ArgumentMatcher<String>()22let argument22 = ArgumentMatcher<String>()23let argument23 = ArgumentMatcher<String>()24let argument24 = ArgumentMatcher<String>()25let argument25 = ArgumentMatcher<String>()26let argument26 = ArgumentMatcher<String>()27let argument27 = ArgumentMatcher<String>()28let argument28 = ArgumentMatcher<String>()29let argument29 = ArgumentMatcher<String>()30let argument30 = ArgumentMatcher<String>()31let argument31 = ArgumentMatcher<String>()32let argument32 = ArgumentMatcher<String>()33let argument33 = ArgumentMatcher<String>()34let argument34 = ArgumentMatcher<String>()35let argument35 = ArgumentMatcher<String>()36let argument36 = ArgumentMatcher<String>()37let argument37 = ArgumentMatcher<String>()38let argument38 = ArgumentMatcher<String>()39let argument39 = ArgumentMatcher<String>()40let argument40 = ArgumentMatcher<String>()41let argument41 = ArgumentMatcher<String>()42let argument42 = ArgumentMatcher<String>()43let argument43 = ArgumentMatcher<String>()44let argument44 = ArgumentMatcher<String>()45let argument45 = ArgumentMatcher<String>()46let argument46 = ArgumentMatcher<String>()47let argument47 = ArgumentMatcher<String>()48let argument48 = ArgumentMatcher<String>()49let argument49 = ArgumentMatcher<String>()50let argument50 = ArgumentMatcher<String>()51let argument51 = ArgumentMatcher<String>()52let argument52 = ArgumentMatcher<String>()53let argument53 = ArgumentMatcher<String>()54let argument54 = ArgumentMatcher<String>()55let argument55 = ArgumentMatcher<String>()56let argument56 = ArgumentMatcher<String>()57let argument57 = ArgumentMatcher<String>()58let argument58 = ArgumentMatcher<String>()59let argument59 = ArgumentMatcher<String>()60let argument60 = ArgumentMatcher<String>()61let argument61 = ArgumentMatcher<String>()62let argument62 = ArgumentMatcher<String>()

compare

Using AI Code Generation

1let argument = ArgumentCaptor<String>()2verify(mock).doSomething(argument.capture())3let argument = ArgumentCaptor<String>()4verify(mock).doSomething(argument.capture())5let argument = ArgumentCaptor<String>()6verify(mock).doSomething(argument.capture())7let argument = ArgumentCaptor<String>()8verify(mock).doSomething(argument.capture())9let argument = ArgumentCaptor<String>()10verify(mock).doSomething(argument.capture())11let argument = ArgumentCaptor<String>()12verify(mock).doSomething(argument.capture())13let argument = ArgumentCaptor<String>()14verify(mock).doSomething(argument.capture())15let argument = ArgumentCaptor<String>()16verify(mock).doSomething(argument.capture())17let argument = ArgumentCaptor<String>()18verify(mock).doSomething(argument.capture())19let argument = ArgumentCaptor<String>()20verify(mock).doSomething(argument.capture())21let argument = ArgumentCaptor<String>()22verify(mock).doSomething(argument.capture())23let argument = ArgumentCaptor<String>()24verify(mock).doSomething(argument.capture())25let argument = ArgumentCaptor<String>()26verify(mock).doSomething(argument.capture())27let argument = ArgumentCaptor<String>()28verify(mock).doSomething(argument.capture())29let argument = ArgumentCaptor<String>()30verify(mock).doSomething(argument.capture())

compare

Using AI Code Generation

1let argument = ArgumentMatcher(1)2XCTAssertTrue(argument.compare(1))3let argument = ArgumentMatcher(1)4XCTAssertTrue(argument.compare(2))5let argument = ArgumentMatcher(1)6XCTAssertTrue(argument.compare(1))7let argument = ArgumentMatcher(1)8XCTAssertTrue(argument.compare(2))9let argument = ArgumentMatcher(1)10XCTAssertTrue(argument.compare(1))11let argument = ArgumentMatcher(1)12XCTAssertTrue(argument.compare(2))13let argument = ArgumentMatcher(1)14XCTAssertTrue(argument.compare(1))15let argument = ArgumentMatcher(1)16XCTAssertTrue(argument.compare(2))17let argument = ArgumentMatcher(1)18XCTAssertTrue(argument.compare(1))19let argument = ArgumentMatcher(1)20XCTAssertTrue(argument.compare(2))21let argument = ArgumentMatcher(1)22XCTAssertTrue(argument.compare(1))23let argument = ArgumentMatcher(1)24XCTAssertTrue(argument.compare(2))25let argument = ArgumentMatcher(1)26XCTAssertTrue(argument.compare(1))27let argument = ArgumentMatcher(1)28XCTAssertTrue(argument.compare(2))29let argument = ArgumentMatcher(1)30XCTAssertTrue(argument.compare(1))31let argument = ArgumentMatcher(1)32XCTAssertTrue(argument.compare(2))

compare

Using AI Code Generation

1let argumentMatcher = ArgumentMatcher()2let result = argumentMatcher.compare(myArgument, to: myArgument2)3class ArgumentMatcher {4    func compare<T: Equatable>(argument: T, to: T) -> Bool {5    }6}7    func compare<T: Equatable>(argument: T, to: T) -> Bool {8class Person {9    init(name: String, age: Int) {10    }11}12class Employee: Person {13    init(name: String, age: Int, salary: Int, jobTitle: String, hobbies: [Hobby]) {14        super.init(name: name, age: age)15    }16}17class Hobby {18    init(name: String, description: String) {19    }20}21let hobbies = [Hobby(name: "Baseball", description: "I love baseball!")]22let employee = Employee(name: "John", age: 30, salary: 100000, jobTitle: "Software Engineer", hobbies: hobbies)

compare

Using AI Code Generation

1let argument = ArgumentMatcher<String>(compare: { (actualValue) -> Bool in2})3let argument = ArgumentMatcher<String>({ (actualValue) -> Bool in4})5let argument = ArgumentMatcher<String>(compare: { (actualValue) -> Bool in6})7let argument = ArgumentMatcher<String>({ (actualValue) -> Bool in8})9let argument = ArgumentMatcher<String>(compare: { (actualValue) -> Bool in10})11let argument = ArgumentMatcher<String>({ (actualValue) -> Bool in12})13let argument = ArgumentMatcher<String>(compare: { (actualValue) -> Bool in14})15let argument = ArgumentMatcher<String>({ (actualValue) -> Bool in16})17let argument = ArgumentMatcher<String>(compare: { (actualValue) -> Bool in18})19let argument = ArgumentMatcher<String>({ (actualValue) -> Bool in20})21let argument = ArgumentMatcher<String>(compare: { (actualValue) -> Bool in22})23let argument = ArgumentMatcher<String>({ (actualValue) -> Bool in24})25let argument = ArgumentMatcher<String>(compare: { (actual

compare

Using AI Code Generation

1func testExample() {2    let mock = MockFoo()3    let matcher = ArgumentMatcher<Int>()4    mock.foo(matcher)5    matcher.compare(1)6    matcher.compare(2)7    mock.verify()8}9func testExample() {10    let mock = MockFoo()11    let matcher = ArgumentMatcher<Int>()12    mock.foo(matcher)13    matcher.compare(1)14    matcher.compare(2)15    mock.verify()16}17func testExample() {18    let mock = MockFoo()19    let matcher = ArgumentMatcher<Int>()20    mock.foo(matcher)21    matcher.compare(1)22    matcher.compare(2)23    mock.verify()24}25func testExample() {26    let mock = MockFoo()27    let matcher = ArgumentMatcher<Int>()28    mock.foo(matcher)29    matcher.compare(1)30    matcher.compare(2)31    mock.verify()32}33func testExample() {34    let mock = MockFoo()35    let matcher = ArgumentMatcher<Int>()36    mock.foo(matcher)37    matcher.compare(1)38    matcher.compare(2)39    mock.verify()40}41func testExample() {42    let mock = MockFoo()43    let matcher = ArgumentMatcher<Int>()44    mock.foo(matcher)45    matcher.compare(1)46    matcher.compare(2)47    mock.verify()48}49func testExample() {50    let mock = MockFoo()51    let matcher = ArgumentMatcher<Int>()52    mock.foo(matcher)53    matcher.compare(1)54    matcher.compare(2)55    mock.verify()56}57func testExample() {

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