How to use testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching method of ClosureParameterTests class

Best Mockingbird code snippet using ClosureParameterTests.testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching

ClosureParameterTests.swift

Source:ClosureParameterTests.swift

...150      .nestedParameterizedReturningParenthesizedClosure(block: { _ in fatalError() }))151    verify(concreteMock.nestedParameterizedReturningParenthesizedClosure(block: any())).wasCalled()152  }153  154  func testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching() {155    given(concreteMock.nestedOptionalTrivialParenthesizedClosure(block: any())) ~> true156    XCTAssertTrue((concreteMock as ClosureParametersProtocol)157      .nestedOptionalTrivialParenthesizedClosure(block: {}))158    verify(concreteMock.nestedOptionalTrivialParenthesizedClosure(block: any())).wasCalled()159  }160  161  // MARK: Tuple wrapped escaping162  163  func testImplicitEscapingMultipleTupleClosure_anyWildcardMatching() {164    given(concreteMock.implicitEscapingMultipleTupleClosure(block: any())) ~> true165    XCTAssertTrue((concreteMock as ClosureParametersProtocol)166      .implicitEscapingMultipleTupleClosure(block: ({}, { _ in fatalError() })))167    verify(concreteMock.implicitEscapingMultipleTupleClosure(block: any())).wasCalled()168  }...

testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching

Using AI Code Generation

1import Foundation2func testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching() {3  let tests: [(args: (a: Int?), expected: Int?)] = [4    (args: (a: 1), expected: 1),5    (args: (a: nil), expected: nil),6  for test in tests {7    let result = ClosureParameterTests().nestedOptionalTrivialParenthesizedClosure(a: test.args.a)8    assert(result == test.expected)9  }10}11import Foundation12func testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching() {13  let tests: [(args: (a: Int?), expected: Int?)] = [14    (args: (a: 1), expected: 1),15    (args: (a: nil), expected: nil),16  for test in tests {17    let result = ClosureParameterTests().nestedOptionalTrivialParenthesizedClosure(a: test.args.a)18    assert(result == test.expected)19  }20}21import Foundation22func testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching() {23  let tests: [(args: (a: Int?), expected: Int?)] = [24    (args: (a: 1), expected: 1),25    (args: (a: nil), expected: nil),26  for test in tests {27    let result = ClosureParameterTests().nestedOptionalTrivialParenthesizedClosure(a: test.args.a)28    assert(result == test.expected)29  }30}31import Foundation32func testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching() {33  let tests: [(args: (a: Int?), expected: Int?)] = [34    (args: (a: 1), expected: 1),35    (args: (a: nil), expected: nil),36  for test in tests {37    let result = ClosureParameterTests().nestedOptionalTrivialParenthesizedClosure(a: test.args.a)38    assert(result == test.expected)39  }

testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching

Using AI Code Generation

1func testNestedOptionalTrivialParenthesizedClosure_anyWildcardMatching() {2    let closure1: ((Int) -> Int)? = { x in x }3    let closure2: ((Int) -> Int)? = { x in x }4    let closure3: ((Int) -> Int)? = { x in x }5    let closure4: ((Int) -> Int)? = { x in x }6    let closure5: ((Int) -> Int)? = { x in x }7    let closure6: ((Int) -> Int)? = { x in x }8    let closure7: ((Int) -> Int)? = { x in x }9    let closure8: ((Int) -> Int)? = { x in x }10    let closure9: ((Int) -> Int)? = { x in x }11    let closure10: ((Int) -> Int)? = { x in x }12    let closure11: ((Int) -> Int)? = { x in x }13    let closure12: ((Int) -> Int)? = { x in x }14    let closure13: ((Int) -> Int)? = { x in x }15    let closure14: ((Int) -> Int)? = { x in x }16    let closure15: ((Int) -> Int)? = { x in x }17    let closure16: ((Int) -> Int)? = { x in x }18    let closure17: ((Int) -> Int)? = { x in x }19    let closure18: ((Int) -> Int)? = { x in x }20    let closure19: ((Int) -> Int)? = { x in x }21    let closure20: ((Int) -> Int)? = { x in x }22    let closure21: ((Int) -> Int)? = { x in x }23    let closure22: ((Int) -> Int)? = { x in x }24    let closure23: ((Int) -> Int)? = { x in x }25    let closure24: ((Int) -> Int)? = { x in x }26    let closure25: ((Int) -> Int)? = { x in x }27    let closure26: ((Int) -> Int)? = { x in x }28    let closure27: ((Int) -> Int)? = { x

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