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How to use method method of MinimalImplementer class

Best Mockingbird code snippet using MinimalImplementer.method

PartialMockTests.swift

Source:PartialMockTests.swift

...16  var classInstance: MinimalClass { return classMock }17  18  class MinimalImplementer: MinimalProtocol {19    var property: String = "foobar"20    func method(value: String) -> String {21      return value22    }23  }24  25  class OverriddenImplementer: MinimalProtocol {26    var property: String {27      get {28        XCTFail("Property getter should not be called")29        return ""30      }31      set {32        XCTFail("Property setter should not be called")33      }34    }35    func method(value: String) -> String {36      XCTFail("Method should not be called")37      return ""38    }39  }40  41  class SelfReferencingImplementer: MinimalProtocol {42    var property: String = "foobar"43    func method(value: String) -> String {44      return property45    }46  }47  48  class UnrelatedType {}49  50  override func setUpWithError() throws {51    protocolMock = mock(MinimalProtocol.self)52    classMock = mock(MinimalClass.self)53  }54  55  // MARK: - Specific members56  57  func testForwardPropertyGetterToObject() throws {58    given(protocolMock.property).willForward(to: MinimalImplementer())59    XCTAssertEqual(protocolMock.property, "foobar")60    protocolMock.property = "hello"61    XCTAssertEqual(protocolMock.property, "foobar") // Setter is not stubbed62    verify(protocolMock.property).wasCalled(twice)63  }64  func testForwardPropertyGetterToObject_stubbingOperator() throws {65    given(protocolMock.property) ~> forward(to: MinimalImplementer())66    XCTAssertEqual(protocolMock.property, "foobar")67    protocolMock.property = "hello"68    XCTAssertEqual(protocolMock.property, "foobar") // Setter is not stubbed69    verify(protocolMock.property).wasCalled(twice)70  }71  72  func testForwardPropertySetterToObject() throws {73    let implementer = MinimalImplementer()74    given(protocolMock.property = firstArg(any())).willForward(to: implementer)75    protocolMock.property = "hello"76    XCTAssertEqual(implementer.property, "hello")77    verify(protocolMock.property = "hello").wasCalled()78  }79  func testForwardPropertySetterToObject_stubbingOperator() throws {80    let implementer = MinimalImplementer()81    given(protocolMock.property = firstArg(any())) ~> forward(to: implementer)82    protocolMock.property = "hello"83    XCTAssertEqual(implementer.property, "hello")84    verify(protocolMock.property = "hello").wasCalled()85  }86  87  func testForwardMethodToObject() throws {88    given(protocolMock.method(value: any())).willForward(to: MinimalImplementer())89    XCTAssertEqual(protocolMock.method(value: "hello"), "hello")90    verify(protocolMock.method(value: "hello")).wasCalled()91  }92  func testForwardMethodToObject_stubbingOperator() throws {93    given(protocolMock.method(value: any())) ~> forward(to: MinimalImplementer())94    XCTAssertEqual(protocolMock.method(value: "hello"), "hello")95    verify(protocolMock.method(value: "hello")).wasCalled()96  }97  98  func testForwardPropertyToSuperclass() throws {99    given(classMock.property).willForwardToSuper()100    given(classMock.property = firstArg(any())).willForwardToSuper()101    XCTAssertEqual(classMock.property, "super")102    classMock.property = "hello"103    XCTAssertEqual(classMock.property, "hello")104    verify(classMock.property = firstArg(any())).wasCalled()105  }106  func testForwardPropertyToSuperclass_stubbingOperator() throws {107    given(classMock.property) ~> forwardToSuper()108    given(classMock.property = firstArg(any())) ~> forwardToSuper()109    XCTAssertEqual(classMock.property, "super")110    classMock.property = "hello"111    XCTAssertEqual(classMock.property, "hello")112    verify(classMock.property = firstArg(any())).wasCalled()113  }114  115  func testForwardMethodToSuperclass() throws {116    given(classMock.property).willReturn("world")117    given(classMock.method(value: any())).willForwardToSuper()118    XCTAssertEqual(classMock.method(value: "hello"), "hello-world")119    verify(classMock.property).wasCalled()120    verify(classMock.method(value: "hello")).wasCalled()121  }122  func testForwardMethodToSuperclass_stubbingOperator() throws {123    given(classMock.property) ~> "world"124    given(classMock.method(value: any())) ~> forwardToSuper()125    XCTAssertEqual(classMock.method(value: "hello"), "hello-world")126    verify(classMock.property).wasCalled()127    verify(classMock.method(value: "hello")).wasCalled()128  }129  130  // MARK: - Precedence131  132  func testPropertyGetterForwardingPrecedence() throws {133    given(protocolMock.property).willForward(to: OverriddenImplementer())134    given(protocolMock.property).willForward(to: MinimalImplementer())135    XCTAssertEqual(protocolMock.property, "foobar")136  }137  func testPropertyGetterForwardingPrecedence_stubbingOperator() throws {138    given(protocolMock.property) ~> forward(to: OverriddenImplementer())139    given(protocolMock.property) ~> forward(to: MinimalImplementer())140    XCTAssertEqual(protocolMock.property, "foobar")141  }142  143  func testPropertyGetterForwardingPrecedenceWithExplicitStubs() throws {144    given(protocolMock.property).willForward(to: OverriddenImplementer())145    given(protocolMock.property).willReturn("hello")146    XCTAssertEqual(protocolMock.property, "hello")147  }148  func testPropertyGetterForwardingPrecedenceWithExplicitStubs_stubbingOperator() throws {149    given(protocolMock.property) ~> forward(to: OverriddenImplementer())150    given(protocolMock.property) ~> "hello"151    XCTAssertEqual(protocolMock.property, "hello")152  }153  154  func testPropertySetterForwardingPrecedence() throws {155    given(protocolMock.property = firstArg(any())).willForward(to: OverriddenImplementer())156    given(protocolMock.property = firstArg(any())).willForward(to: MinimalImplementer())157    protocolMock.property = "foobar"158  }159  func testPropertySetterForwardingPrecedence_stubbingOperator() throws {160    given(protocolMock.property = firstArg(any())) ~> forward(to: OverriddenImplementer())161    given(protocolMock.property = firstArg(any())) ~> forward(to: MinimalImplementer())162    protocolMock.property = "foobar"163  }164  165  func testPropertySetterForwardingPrecedenceWithExplicitStubs() throws {166    given(protocolMock.property = firstArg(any())).willForward(to: OverriddenImplementer())167    let expectation = XCTestExpectation()168    given(protocolMock.property = "foobar").will { expectation.fulfill() }169    protocolMock.property = "foobar"170    wait(for: [expectation], timeout: 2)171  }172  func testPropertySetterForwardingPrecedenceWithExplicitStubs_stubbingOperator() throws {173    given(protocolMock.property = firstArg(any())) ~> forward(to: OverriddenImplementer())174    let expectation = XCTestExpectation()175    given(protocolMock.property = "foobar") ~> { expectation.fulfill() }176    protocolMock.property = "foobar"177    wait(for: [expectation], timeout: 2)178  }179  180  func testMethodForwardingPrecedence() throws {181    given(protocolMock.method(value: any())).willForward(to: OverriddenImplementer())182    given(protocolMock.method(value: any())).willForward(to: MinimalImplementer())183    XCTAssertEqual(protocolMock.method(value: "hello"), "hello")184  }185  func testMethodForwardingPrecedence_stubbingOperator() throws {186    given(protocolMock.method(value: any())) ~> forward(to: OverriddenImplementer())187    given(protocolMock.method(value: any())) ~> forward(to: MinimalImplementer())188    XCTAssertEqual(protocolMock.method(value: "hello"), "hello")189  }190  191  func testMethodForwardingPrecedenceWithExplicitStubs() throws {192    given(protocolMock.method(value: any())).willForward(to: OverriddenImplementer())193    given(protocolMock.method(value: any())).willReturn("hello")194    XCTAssertEqual(protocolMock.method(value: "hello"), "hello")195  }196  func testMethodForwardingPrecedenceWithExplicitStubs_stubbingOperator() throws {197    given(protocolMock.method(value: any())) ~> forward(to: OverriddenImplementer())198    given(protocolMock.method(value: any())) ~> "hello"199    XCTAssertEqual(protocolMock.method(value: "hello"), "hello")200  }201  202  // MARK: - Global203  204  func testForwardAllPropertiesToObject() throws {205    let implementer = MinimalImplementer()206    protocolMock.forwardCalls(to: implementer)207    XCTAssertEqual(protocolMock.property, "foobar")208    protocolMock.property = "hello"209    XCTAssertEqual(protocolMock.property, "hello")210    XCTAssertEqual(implementer.property, "hello")211    verify(protocolMock.property).wasCalled(twice)212  }213  214  func testForwardAllMethodsToObject() throws {215    protocolMock.forwardCalls(to: MinimalImplementer())216    XCTAssertEqual(protocolMock.method(value: "hello"), "hello")217    verify(protocolMock.method(value: "hello")).wasCalled()218  }219  220  func testForwardAllMethodsPrecedence() throws {221    protocolMock.forwardCalls(to: OverriddenImplementer())222    protocolMock.forwardCalls(to: MinimalImplementer())223    XCTAssertEqual(protocolMock.property, "foobar")224  }225  226  // MARK: - API misuse227  228  func testPropertyGetterForwardingUnrelatedTypeFails() throws {229    shouldFail {230      given(self.protocolMock.property).willForward(to: "foobar")231      _ = self.protocolMock.property232    }233  }234  func testPropertyGetterForwardingUnrelatedTypeFails_stubbingOperator() throws {235    shouldFail {236      given(self.protocolMock.property) ~> forward(to: "foobar")237      _ = self.protocolMock.property238    }239  }240  241  func testPropertyGetterForwardingUnrelatedTypePassesThrough() throws {242    given(protocolMock.property).willForward(to: MinimalImplementer())243    given(protocolMock.property).willForward(to: UnrelatedType())244    XCTAssertEqual(protocolMock.property, "foobar")245  }246  func testPropertyGetterForwardingUnrelatedTypePassesThrough_stubbingOperator() throws {247    given(protocolMock.property) ~> forward(to: MinimalImplementer())248    given(protocolMock.property) ~> forward(to: UnrelatedType())249    XCTAssertEqual(protocolMock.property, "foobar")250  }251  252  func testPropertySetterForwardingUnrelatedTypePassesThrough() throws {253    let implementer = MinimalImplementer()254    given(protocolMock.property = "foobar").willForward(to: implementer)255    given(protocolMock.property = "foobar").willForward(to: UnrelatedType())256    XCTAssertEqual(implementer.property, "foobar")257  }258  func testPropertySetterForwardingUnrelatedTypePassesThrough_stubbingOperator() throws {259    let implementer = MinimalImplementer()260    given(protocolMock.property = "foobar") ~> forward(to: implementer)261    given(protocolMock.property = "foobar") ~> forward(to: UnrelatedType())262    XCTAssertEqual(implementer.property, "foobar")263  }264  265  func testMethodForwardingUnrelatedTypePassesThrough() throws {266    given(protocolMock.method(value: any())).willForward(to: MinimalImplementer())267    given(protocolMock.method(value: any())).willForward(to: UnrelatedType())268    XCTAssertEqual(protocolMock.method(value: "foobar"), "foobar")269  }270  func testMethodForwardingUnrelatedTypePassesThrough_stubbingOperator() throws {271    given(protocolMock.method(value: any())) ~> forward(to: MinimalImplementer())272    given(protocolMock.method(value: any())) ~> forward(to: UnrelatedType())273    XCTAssertEqual(protocolMock.method(value: "foobar"), "foobar")274  }275  276}...

method

Using AI Code Generation

1let object = MinimalImplementer()2object.method()3let object = MinimalImplementer()4object.method()5let object = MinimalImplementer()6object.method()7let object = MinimalImplementer()8object.method()9let object = MinimalImplementer()10object.method()11let object = MinimalImplementer()12object.method()13let object = MinimalImplementer()14object.method()15let object = MinimalImplementer()16object.method()17let object = MinimalImplementer()18object.method()19let object = MinimalImplementer()20object.method()21let object = MinimalImplementer()22object.method()23let object = MinimalImplementer()24object.method()25let object = MinimalImplementer()26object.method()27let object = MinimalImplementer()28object.method()29let object = MinimalImplementer()30object.method()31let object = MinimalImplementer()32object.method()33let object = MinimalImplementer()34object.method()

method

Using AI Code Generation

1let minimalImplementer = MinimalImplementer()2minimalImplementer.method()3let minimalImplementer = MinimalImplementer()4minimalImplementer.method()5let minimalImplementer = MinimalImplementer()6minimalImplementer.method()7import 18import 29import 310import Framework11import Framework12import Framework13import Framework14Now, you can see that the code is not duplicated in all three files. This is a good practice. But, there is a better way to avoid code duplication. You can create a framework and import it in all three files. This will also avoid code duplication

method

Using AI Code Generation

1import Foundation2let minimalImplementer = MinimalImplementer()3minimalImplementer.method()4import Foundation5let minimalImplementer = MinimalImplementer()6minimalImplementer.method()7import Foundation8let minimalImplementer = MinimalImplementer()9minimalImplementer.method()10import Foundation11let minimalImplementer = MinimalImplementer()12minimalImplementer.method()13import Foundation14let minimalImplementer = MinimalImplementer()15minimalImplementer.method()16import Foundation17let minimalImplementer = MinimalImplementer()18minimalImplementer.method()19import Foundation20let minimalImplementer = MinimalImplementer()21minimalImplementer.method()22import Foundation23let minimalImplementer = MinimalImplementer()24minimalImplementer.method()25import Foundation26let minimalImplementer = MinimalImplementer()27minimalImplementer.method()28import Foundation29let minimalImplementer = MinimalImplementer()30minimalImplementer.method()31import Foundation32let minimalImplementer = MinimalImplementer()33minimalImplementer.method()34import Foundation35let minimalImplementer = MinimalImplementer()36minimalImplementer.method()37import Foundation38let minimalImplementer = MinimalImplementer()39minimalImplementer.method()40import Foundation41let minimalImplementer = MinimalImplementer()42minimalImplementer.method()

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