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How to use ArgumentCaptorTests class

Best Mockingbird code snippet using ArgumentCaptorTests

ArgumentCaptorTests.swift

Source:ArgumentCaptorTests.swift

1//2//  ArgumentCaptorTests.swift3//  MockingbirdTests4//5//  Created by Andrew Chang on 8/25/19.6//7import XCTest8import Mockingbird9@testable import MockingbirdTestsHost10class ArgumentCaptorTests: XCTestCase {11  12  var concreteMock: ArgumentMatchingProtocolMock!13  var concreteInstance: ArgumentMatchingProtocol { return concreteMock }14  15  override func setUp() {16    concreteMock = mock(ArgumentMatchingProtocol.self)17  }18  19  func testArgumentCaptor_capturesSingleValue() {20    let structTypeCaptor = ArgumentCaptor<StructType>()21    given(concreteMock.method(structType: structTypeCaptor.any())) ~> true22    XCTAssertTrue(concreteInstance.method(structType: StructType(value: 99)))23    XCTAssert(structTypeCaptor.value?.value == 99)24  }...

ArgumentCaptorTests

Using AI Code Generation

1import ArgumentCaptorTests2import Mockingbird3class MockArgumentCaptorTests: ArgumentCaptorTests, Mock {4  required init(testCase: XCTestCase) {5    let callHandler = Mockingbird.MockHandlerImpl(owner: testCase)6    let metadata = Mockingbird.MockMetadataImpl(7      sourceLocation: SourceLocation(file: "/Users/Shared/Jenkins/Home/workspace/ArgumentCaptorTests/ArgumentCaptorTests/ArgumentCaptorTests.swift", line: 8)8  }9  var captor: ArgumentCaptor<() -> Void> {10    get { return __handler.getter("captor", original: observed.captor) }11  }12  var captor2: ArgumentCaptor<() -> Void> {13    get { return __handler.getter("captor2", original: observed.captor2) }14  }15  var captor3: ArgumentCaptor<() -> Void> {16    get { return __handler.getter("captor3", original: observed.captor3) }17  }18  var captor4: ArgumentCaptor<() -> Void> {19    get { return __handler.getter("captor4", original: observed.captor4) }20  }21  var captor5: ArgumentCaptor<() -> Void> {22    get { return __handler.getter("captor5", original: observed.captor5) }23  }24  var captor6: ArgumentCaptor<() -> Void> {25    get { return __handler.getter("captor6", original: observed.captor6) }26  }27  var captor7: ArgumentCaptor<() -> Void> {28    get { return __handler.getter("captor7", original: observed.captor7) }29  }30  var captor8: ArgumentCaptor<() -> Void> {31    get { return __handler.getter("captor8", original: observed.captor8) }

ArgumentCaptorTests

Using AI Code Generation

1import Mockingbird2import XCTest3class ArgumentCaptorTests: XCTestCase {4  func testArgumentCaptor() {5    let mock = mock(ArgumentCaptorTests.self)6    let captor = ArgumentCaptor<String>()7    given(mock.someMethod(captor.capture())) ~> "Hello, world!"8    mock.someMethod("Hello, world!")9    XCTAssertEqual(captor.value, "Hello, world!")10  }11}12import Mockingbird13import XCTest14class ArgumentCaptorTests: XCTestCase {15  func testArgumentCaptor() {16    let mock = mock(ArgumentCaptorTests.self)17    let captor = ArgumentCaptor<String>()18    given(mock.someMethod(captor.capture())) ~> "Hello, world!"19    mock.someMethod("Hello, world!")20    XCTAssertEqual(captor.value, "Hello, world!")21  }22}23import Mockingbird24import XCTest25class ArgumentCaptorTests: XCTestCase {26  func testArgumentCaptor() {27    let mock = mock(ArgumentCaptorTests.self)28    let captor = ArgumentCaptor<String>()29    given(mock.someMethod(captor.capture())) ~> "Hello, world!"30    mock.someMethod("Hello, world!")31    XCTAssertEqual(captor.value, "Hello, world!")32  }33}34import Mockingbird35import XCTest36class ArgumentCaptorTests: XCTestCase {37  func testArgumentCaptor() {38    let mock = mock(ArgumentCaptorTests.self)39    let captor = ArgumentCaptor<String>()40    given(mock.someMethod(captor.capture())) ~> "Hello, world!"41    mock.someMethod("Hello, world!")42    XCTAssertEqual(captor.value, "Hello, world!")43  }44}45import Mockingbird46import XCTest47class ArgumentCaptorTests: XCTestCase {48  func testArgumentCaptor() {49    let mock = mock(ArgumentCaptorTests.self)50    let captor = ArgumentCaptor<String>()51    given(mock.someMethod(captor.capture())) ~> "Hello, world!"52    mock.someMethod("Hello, world!")53    XCTAssertEqual(captor.value, "Hello

ArgumentCaptorTests

Using AI Code Generation

1import Mockingbird2import XCTest3class ArgumentCaptorTests: XCTestCase {4    func testArgumentCaptor() {5        let mock = mock(ArgumentCaptorTests.self)6        let captor = ArgumentCaptor<Int>()7        given(mock.add(captor.capture())) ~> 08        XCTAssertEqual(mock.add(1), 0)9        XCTAssertEqual(captor.value, 1)10    }11}12import Mockingbird13import XCTest14class ArgumentCaptorTests: XCTestCase {15    func testArgumentCaptor() {16        let mock = mock(ArgumentCaptorTests.self)17        let captor = ArgumentCaptor<Int>()18        given(mock.add(captor.capture())) ~> 019        XCTAssertEqual(mock.add(1), 0)20        XCTAssertEqual(captor.value, 1)21    }22}23import Mockingbird24import XCTest25class ArgumentCaptorTests: XCTestCase {26    func testArgumentCaptor() {27        let mock = mock(ArgumentCaptorTests.self)28        let captor = ArgumentCaptor<Int>()29        given(mock.add(captor.capture())) ~> 030        XCTAssertEqual(mock.add(1), 0)31        XCTAssertEqual(captor.value, 1)32    }33}34import Mockingbird35import XCTest36class ArgumentCaptorTests: XCTestCase {37    func testArgumentCaptor() {38        let mock = mock(ArgumentCaptorTests.self)39        let captor = ArgumentCaptor<Int>()40        given(mock.add(captor.capture())) ~> 041        XCTAssertEqual(mock.add(1), 0)42        XCTAssertEqual(captor.value, 1)43    }44}45import Mockingbird46import XCTest47class ArgumentCaptorTests: XCTestCase {48    func testArgumentCaptor() {49        let mock = mock(ArgumentCaptorTests.self)50        let captor = ArgumentCaptor<Int>()51        given(mock.add(captor.capture())) ~> 052        XCTAssertEqual(mock.add(1), 0)53        XCTAssertEqual(captor.value, 1)54    }55}

ArgumentCaptorTests

Using AI Code Generation

1import Mockingbird2import XCTest3@testable import ArgumentCaptorTests4class ArgumentCaptorTests: XCTestCase {5    func testArgumentCaptor() {6        let mock = mock(ArgumentCaptorTests.self)7        let captor = ArgumentCaptor<String>()8        given(mock.capture(captor)) ~> "captured"9        let result = mock.capture("test")10        XCTAssertEqual(result, "captured")11        XCTAssertEqual(captor.value, "test")12    }13}

ArgumentCaptorTests

Using AI Code Generation

1import Mockingbird2import XCTest3class ArgumentCaptorTests: XCTestCase {4  func testArgumentCaptor() {5    let mock = mock(Protocol.self)6    let captor = ArgumentCaptor<String>()7    given(mock.method(captor.capture())) ~> "result"8    let result = mock.method("argument")9    XCTAssertEqual(result, "result")10    XCTAssertEqual(captor.value, "argument")11  }12}13import Mockingbird14import XCTest15class ArgumentCaptorTests: XCTestCase {16  func testArgumentCaptor() {17    let mock = mock(Protocol.self)18    let captor = ArgumentCaptor<String>()19    given(mock.method(captor.capture())) ~> "result"20    let result = mock.method("argument")21    XCTAssertEqual(result, "result")22    XCTAssertEqual(captor.value, "argument")23  }24}25import Mockingbird26import XCTest27class ArgumentCaptorTests: XCTestCase {28  func testArgumentCaptor() {29    let mock = mock(Protocol.self)30    let captor = ArgumentCaptor<String>()31    given(mock.method(captor.capture())) ~> "result"32    let result = mock.method("argument")33    XCTAssertEqual(result, "result")34    XCTAssertEqual(captor.value, "argument")35  }36}37import Mockingbird38import XCTest39class ArgumentCaptorTests: XCTestCase {40  func testArgumentCaptor() {41    let mock = mock(Protocol.self)42    let captor = ArgumentCaptor<String>()43    given(mock.method(captor.capture())) ~> "result"44    let result = mock.method("argument")45    XCTAssertEqual(result, "result")46    XCTAssertEqual(captor.value, "argument")47  }48}49import Mockingbird50import XCTest51class ArgumentCaptorTests: XCTestCase {52  func testArgumentCaptor() {53    let mock = mock(Protocol.self)54    let captor = ArgumentCaptor<String>()55    given(mock.method(captor.capture())) ~> "result"56    let result = mock.method("argument")57    XCTAssertEqual(result, "result")58    XCTAssertEqual(captor.value, "argument")59  }

ArgumentCaptorTests

Using AI Code Generation

1import Mockingbird2import XCTest3class ArgumentCaptorTests: XCTestCase {4    func testArgumentCaptor() {5        let mock = mock(ArgumentCaptorProtocol.self)6        let captor = ArgumentCaptor<Bool>()7        given(mock.method(captor.capture())) ~> true8        let result = mock.method(true)9        XCTAssertTrue(result)10        XCTAssertTrue(captor.value)11    }12}13import Mockingbird14import XCTest15class ArgumentCaptorTests: XCTestCase {16    func testArgumentCaptor() {17        let mock = mock(ArgumentCaptorProtocol.self)18        let captor = ArgumentCaptor<Bool>()19        given(mock.method(captor.capture())) ~> true20        let result = mock.method(true)21        XCTAssertTrue(result)22        XCTAssertTrue(captor.value)23    }24}25import Mockingbird26import XCTest27class ArgumentCaptorTests: XCTestCase {28    func testArgumentCaptor() {29        let mock = mock(ArgumentCaptorProtocol.self)30        let captor = ArgumentCaptor<Bool>()31        given(mock.method(captor.capture())) ~> true32        let result = mock.method(true)33        XCTAssertTrue(result)34        XCTAssertTrue(captor.value)35    }36}37import Mockingbird38import XCTest39class ArgumentCaptorTests: XCTestCase {40    func testArgumentCaptor() {41        let mock = mock(ArgumentCaptorProtocol.self)42        let captor = ArgumentCaptor<Bool>()43        given(mock.method(captor.capture())) ~> true44        let result = mock.method(true)45        XCTAssertTrue(result)46        XCTAssertTrue(captor.value)47    }48}49import Mockingbird50import XCTest51class ArgumentCaptorTests: XCTestCase {52    func testArgumentCaptor() {53        let mock = mock(ArgumentCaptorProtocol.self)54        let captor = ArgumentCaptor<Bool>()55        given(mock.method(captor.capture())) ~> true56        let result = mock.method(true)57        XCTAssertTrue(result)58        XCTAssertTrue(captor.value)59    }60}

ArgumentCaptorTests

Using AI Code Generation

1class ArgumentCaptorTests {2    func testCapturingArgument() {3        let mock = mock(Calculator.self)4        let captor = ArgumentCaptor<Int>()5        given(mock.add(captor.capture())) ~> 1006        let result = mock.add(1)7        XCTAssertEqual(result, 100)8        XCTAssertEqual(captor.value, 1)9    }10    func testCapturingArgumentAtIndex() {11        let mock = mock(Calculator.self)12        let captor = ArgumentCaptor<Int>()13        given(mock.add(captor.capture(1))) ~> 10014        let result = mock.add(1, 2)15        XCTAssertEqual(result, 100)16        XCTAssertEqual(captor.value, 2)17    }18    func testCapturingArgumentWithClosure() {19        let mock = mock(Calculator.self)20        let captor = ArgumentCaptor<(Int, Int) -> Int>()21        given(mock.add(captor.capture())) ~> 10022        let result = mock.add({ $0 + $1 })23        XCTAssertEqual(result, 100)24        XCTAssertEqual(captor.value?(1, 2), 3)25    }26    func testCapturingArgumentAtIndexWithClosure() {27        let mock = mock(Calculator.self)28        let captor = ArgumentCaptor<(Int, Int) -> Int>()29        given(mock.add(captor.capture(1))) ~> 10030        let result = mock.add(1, { $0 + $1 })31        XCTAssertEqual(result, 100)32        XCTAssertEqual(captor.value?(2, 3), 5)33    }34    func testCapturingArgumentWithClosureAtIndex() {35        let mock = mock(Calculator.self)36        let captor = ArgumentCaptor<() -> (Int, Int)>()37        given(mock.add(captor.capture(1))) ~> 10038        let result = mock.add(1, { (1, 2) })39        XCTAssertEqual(result, 100)40        XCTAssertEqual(captor.value?(), (1, 2))41    }42    func testCapturingArgumentAtIndexWithClosureAtIndex() {43        let mock = mock(Calculator.self)44        let captor = ArgumentCaptor<() -> (Int, Int)>()45        given(mock.add(captor.capture(1, 1))) ~> 10046        let result = mock.add(1, { (1, 2) }, { (3, 4

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