Best Mockingbird code snippet using ClosureParameterTests.testEscapingTrivialClosure_anyWildcardMatching
ClosureParameterTests.swift
Source:ClosureParameterTests.swift
...47 }48 49 // MARK: Escaping50 51 func testEscapingTrivialClosure_anyWildcardMatching() {52 given(concreteMock.escapingTrivialClosure(block: any())) ~> true53 XCTAssertTrue((concreteMock as ClosureParametersProtocol)54 .escapingTrivialClosure(block: {}))55 verify(concreteMock.escapingTrivialClosure(block: any())).wasCalled()56 }57 58 func testEscapingTrivialReturningClosure_anyWildcardMatching() {59 given(concreteMock.escapingTrivialReturningClosure(block: any())) ~> true60 XCTAssertTrue((concreteMock as ClosureParametersProtocol)61 .escapingTrivialReturningClosure(block: { fatalError() }))62 verify(concreteMock.escapingTrivialReturningClosure(block: any())).wasCalled()63 }64 65 func testEscapingParameterizedClosure_anyWildcardMatching() {...
testEscapingTrivialClosure_anyWildcardMatching
Using AI Code Generation
1let closureParameterTests = ClosureParameterTests()2closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()3let closureParameterTests = ClosureParameterTests()4closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()5func makeArray() -> (Int) -> [Int] {6 return { (n: Int) -> [Int] in7 var array = [Int]()8 for i in 1...n {9 array.append(i)10 }11 }12}13I am getting the error: Cannot convert return expression of type '() -> [Int]' to return type '(Int) -> [Int]'14func makeArray() -> (Int) -> [Int] {15 return { (n: Int) -> [Int] in16 var array = [Int]()17 for i in 1...n {18 array.append(i)19 }20 }21}22I am getting the error: Cannot convert return expression of type '() -> [Int]' to return type '(Int) -> [Int]'23I'm trying to make a simple function that returns the sum of all the numbers in an array. I'm not sure what I'm doing wrong. I'm getting the error "Cannot convert return expression of type '() -> Int' to return type '(Int) -> Int'"24func sumOfArray(array: [Int]) -> (Int) -> Int {25 return { (n: Int) -> Int in26 for i in array {27 }28 }29}
testEscapingTrivialClosure_anyWildcardMatching
Using AI Code Generation
1let closureParameterTests = ClosureParameterTests()2closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()3let closureParameterTests = ClosureParameterTests()4closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()5let closureParameterTests = ClosureParameterTests()6let closureParameterTests = ClosureParameterTests()7let date = Date()8print(date)9let time = Date()10print(time)11let dateAndTime = Date()12print(dateAndTime)
testEscapingTrivialClosure_anyWildcardMatching
Using AI Code Generation
1func testEscapingTrivialClosure_anyWildcardMatching() {2 let closureParameterTests = ClosureParameterTests()3 closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()4}5func testEscapingTrivialClosure_anyWildcardMatching() {6 let closureParameterTests = ClosureParameterTests()7 closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()8}9func testEscapingTrivialClosure_anyWildcardMatching() {10 let closureParameterTests = ClosureParameterTests()11 closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()12}13func testEscapingTrivialClosure_anyWildcardMatching() {14 let closureParameterTests = ClosureParameterTests()15 closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()16}17func testEscapingTrivialClosure_anyWildcardMatching() {18 let closureParameterTests = ClosureParameterTests()19 closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()20}21func testEscapingTrivialClosure_anyWildcardMatching() {22 let closureParameterTests = ClosureParameterTests()23 closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching()24}
testEscapingTrivialClosure_anyWildcardMatching
Using AI Code Generation
1testEscapingTrivialClosure_anyWildcardMatching( { _ in } )2testEscapingTrivialClosure_anyWildcardMatching( { _ in } )3testEscapingTrivialClosure_anyWildcardMatching( { _ in } )4testEscapingTrivialClosure_anyWildcardMatching( { _ in } )5testEscapingTrivialClosure_anyWildcardMatching( { _ in } )6testEscapingTrivialClosure_anyWildcardMatching( { _ in } )7testEscapingTrivialClosure_anyWildcardMatching( { _ in } )8testEscapingTrivialClosure_anyWildcardMatching( { _ in } )9testEscapingTrivialClosure_anyWildcardMatching( { _ in } )10testEscapingTrivialClosure_anyWildcardMatching( { _ in } )11testEscapingTrivialClosure_anyWildcardMatching( { _ in } )12testEscapingTrivialClosure_anyWildcardMatching( { _ in } )
testEscapingTrivialClosure_anyWildcardMatching
Using AI Code Generation
1let closureParameterTests = ClosureParameterTests()2let closure1: (Any) -> Void = { _ in }3closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure: closure1)4let closureParameterTests = ClosureParameterTests()5let closure2: (Any) -> Void = { _ in }6closureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure: closure2)
testEscapingTrivialClosure_anyWildcardMatching
Using AI Code Generation
1func testEscapingTrivialClosure_anyWildcardMatching() {2 let closure = { (closure: @escaping (Int) -> Void) in3 closure(1)4 }5 closure { (x: Int) in6 print(x)7 }8}9func testEscapingTrivialClosure_anyWildcardMatching() {10 let closure = { (closure: @escaping (Int) -> Void) in11 closure(1)12 }13 closure { (x: Int) in14 print(x)15 }16}17func testEscapingTrivialClosure_anyWildcardMatching() {18 let closure = { (closure: @escaping (Int) -> Void) in19 closure(1)20 }21 closure { (x: Int) in22 print(x)23 }24}25func testEscapingTrivialClosure_anyWildcardMatching() {26 let closure = { (closure: @escaping (Int) -> Void) in27 closure(1)28 }29 closure { (x: Int) in30 print(x)31 }32}33func testEscapingTrivialClosure_anyWildcardMatching() {34 let closure = { (closure: @escaping (Int) -> Void) in35 closure(1)36 }37 closure { (x: Int) in38 print(x)39 }40}41func testEscapingTrivialClosure_anyWildcardMatching() {42 let closure = { (closure: @escaping (Int) -> Void) in43 closure(1)44 }45 closure { (x: Int) in46 print(x)47 }48}49func testEscapingTrivialClosure_anyWildcardMatching() {
testEscapingTrivialClosure_anyWildcardMatching
Using AI Code Generation
1import Testing2let closure = { (a: Int, b: Int) -> Int in3}4let result = ClosureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure)5print(result)6import Testing7let closure = { (a: Int, b: Int) -> Int in8}9let result = ClosureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure)10print(result)11import Testing12let closure = { (a: Int, b: Int) -> Int in13}14let result = ClosureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure)15print(result)16import Testing17let closure = { (a: Int, b: Int) -> Int in18}19let result = ClosureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure)20print(result)21import Testing22let closure = { (a: Int, b: Int) -> Int in23}24let result = ClosureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure)25print(result)26import Testing27let closure = { (a: Int, b: Int) -> Int in28}29let result = ClosureParameterTests.testEscapingTrivialClosure_anyWildcardMatching(closure)30print(result)
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