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How to use testParameterizedClosure_anyWildcardMatching method of ClosureParameterTests class

Best Mockingbird code snippet using ClosureParameterTests.testParameterizedClosure_anyWildcardMatching

ClosureParameterTests.swift

Source:ClosureParameterTests.swift

...31      .trivialReturningClosure(block: { fatalError() }))32    verify(concreteMock.trivialReturningClosure(block: any())).wasCalled()33  }34  35  func testParameterizedClosure_anyWildcardMatching() {36    given(concreteMock.parameterizedClosure(block: any())) ~> true37    XCTAssertTrue((concreteMock as ClosureParametersProtocol)38      .parameterizedClosure(block: { _ in }))39    verify(concreteMock.parameterizedClosure(block: any())).wasCalled()40  }41  42  func testParameterizedReturningClosure_anyWildcardMatching() {43    given(concreteMock.parameterizedReturningClosure(block: any())) ~> true44    XCTAssertTrue((concreteMock as ClosureParametersProtocol)45      .parameterizedReturningClosure(block: { _ in fatalError() }))46    verify(concreteMock.parameterizedReturningClosure(block: any())).wasCalled()47  }48  49  // MARK: Escaping...

testParameterizedClosure_anyWildcardMatching

Using AI Code Generation

1import Foundation2let closureParameterTests = ClosureParameterTests()3closureParameterTests.testParameterizedClosure_anyWildcardMatching()4import Foundation5let closureParameterTests = ClosureParameterTests()6closureParameterTests.testParameterizedClosure_anyWildcardMatching()7override func setUp() {8    super.setUp()9    let testBundle = Bundle(for: type(of: self))10    let testSuite = XCTestSuite(forBundlePath: testBundle.bundlePath)11    for test in testSuite!.tests {12        test.run()13    }14}15I am working on a project that has a large number of tests (currently ~ 5000) and I am trying to speed up the tests. I am using XCTest and I have tried using the following code to run tests in parallel:16override func setUp() {17    super.setUp()18    let testBundle = Bundle(for: type(of: self))19    let testSuite = XCTestSuite(forBundlePath: testBundle.bundlePath)20    let testQueue = DispatchQueue(label: "testQueue", attributes: .concurrent)21    let group = DispatchGroup()22    for test in testSuite!.tests {23        group.enter()24        testQueue.async {25            test.run()26            group.leave()27        }28    }29    group.wait()30}

testParameterizedClosure_anyWildcardMatching

Using AI Code Generation

1testParameterizedClosure_anyWildcardMatching(1)2testParameterizedClosure_anyWildcardMatching("any string")3testParameterizedClosure_anyWildcardMatching(1.0)4testParameterizedClosure_anyWildcardMatching(true)5testParameterizedClosure_anyWildcardMatching(1, 2, 3)6testParameterizedClosure_anyWildcardMatching("any string", 1, 1.0, true)7testParameterizedClosure_anyWildcardMatching(1)8testParameterizedClosure_anyWildcardMatching("any string")9testParameterizedClosure_anyWildcardMatching(1.0)10testParameterizedClosure_anyWildcardMatching(true)11testParameterizedClosure_anyWildcardMatching(1, 2, 3)12testParameterizedClosure_anyWildcardMatching("any string", 1, 1.0, true)13testParameterizedClosure_anyWildcardMatching(1)14testParameterizedClosure_anyWildcardMatching("any string")15testParameterizedClosure_anyWildcardMatching(1.0)16testParameterizedClosure_anyWildcardMatching(true)17testParameterizedClosure_anyWildcardMatching(1, 2, 3)18testParameterizedClosure_anyWildcardMatching("any string", 1, 1.0, true)19testParameterizedClosure_anyWildcardMatching(1)20testParameterizedClosure_anyWildcardMatching("any string")21testParameterizedClosure_anyWildcardMatching(1.0)22testParameterizedClosure_anyWildcardMatching(true)23testParameterizedClosure_anyWildcardMatching(1, 2, 3)24testParameterizedClosure_anyWildcardMatching("any string", 1, 1.0, true)

testParameterizedClosure_anyWildcardMatching

Using AI Code Generation

1import Foundation2class ClosureParameterTests {3  func testParameterizedClosure_anyWildcardMatching() {4    let closure: (Int) -> Bool = { _ in return true }5    XCTAssertTrue(closure(42))6  }7}8class ClosureParameterTestsTests: XCTestCase {9  func testParameterizedClosure_anyWildcardMatching() {10    let sut = ClosureParameterTests()11    sut.testParameterizedClosure_anyWildcardMatching()12  }13}14import Foundation15class ClosureParameterTests {16  func testParameterizedClosure_anyWildcardMatching() {17    let closure: (Int) -> Bool = { _ in return true }18    XCTAssertTrue(closure(42))19  }20}21class ClosureParameterTestsTests: XCTestCase {22  func testParameterizedClosure_anyWildcardMatching() {23    let sut = ClosureParameterTests()24    sut.testParameterizedClosure_anyWildcardMatching()25  }26}27import Foundation28class ClosureParameterTests {29  func testParameterizedClosure_anyWildcardMatching() {30    let closure: (Int) -> Bool = { _ in return true }31    XCTAssertTrue(closure(42))32  }33}34class ClosureParameterTestsTests: XCTestCase {35  func testParameterizedClosure_anyWildcardMatching() {36    let sut = ClosureParameterTests()37    sut.testParameterizedClosure_anyWildcardMatching()38  }39}40import Foundation41class ClosureParameterTests {42  func testParameterizedClosure_anyWildcardMatching() {43    let closure: (Int) -> Bool = { _ in return true }44    XCTAssertTrue(closure(42))45  }46}47class ClosureParameterTestsTests: XCTestCase {48  func testParameterizedClosure_anyWildcardMatching() {49    let sut = ClosureParameterTests()50    sut.testParameterizedClosure_anyWildcardMatching()51  }52}53import Foundation54class ClosureParameterTests {55  func testParameterizedClosure_anyWildcardMatching() {56    let closure: (Int) -> Bool = { _ in return true }57    XCTAssertTrue(closure(42))58  }59}60class ClosureParameterTestsTests: XCTestCase {

testParameterizedClosure_anyWildcardMatching

Using AI Code Generation

1import XCTest2class ClosureParameterTests: XCTestCase {3    func testParameterizedClosure_anyWildcardMatching() {4        let expectation = self.expectation(description: "Closure should be called with any value")5        let matchingClosure: (Int) -> Void = { value in6            expectation.fulfill()7        }8        let notMatchingClosure: (Int) -> Void = { value in9            XCTFail("Closure should not be called with value \(value)")10        }11        let sut = ClosureParameterTestable()12        sut.parameterizedClosure(value: 1, matchingClosure: matchingClosure, notMatchingClosure: notMatchingClosure)13        waitForExpectations(timeout: 0.1, handler: nil)14    }15}16struct ClosureParameterTestable {17    func parameterizedClosure<T: Equatable>(value: T, matchingClosure: (T) -> Void, notMatchingClosure: (T) -> Void) {18        if value == 1 {19            matchingClosure(value)20        } else {21            notMatchingClosure(value)22        }23    }24}25import XCTest26class ClosureParameterTests: XCTestCase {27    func testParameterizedClosure_anyWildcardMatching() {28        let expectation = self.expectation(description: "Closure should be called with any value")29        let matchingClosure: (Int) -> Void = { value in30            expectation.fulfill()31        }32        let notMatchingClosure: (Int) -> Void = { value in33            XCTFail("Closure should not be called with value \(value)")34        }35        let sut = ClosureParameterTestable()36        sut.parameterizedClosure(value: 1, matchingClosure: matchingClosure, notMatchingClosure: notMatchingClosure)37        waitForExpectations(timeout: 0.1, handler: nil)38    }39}40struct ClosureParameterTestable {41    func parameterizedClosure<T: Equatable>(value: T, matchingClosure: (T) -> Void, notMatchingClosure: (T) -> Void) {42        if value == 1 {43            matchingClosure(value)44        } else {45            notMatchingClosure(value)46        }47    }48}

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