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How to use recordFailure method of var class

Best Quick code snippet using var.recordFailure

XCTTestCase+NewAssertions.swift

...27    if context is QueueContext {28        currentTest.waitForExpectations(timeout: timeout) { error in29            if error != nil {30                let message = "Failed to meet expectation after \(timeout)s"31                currentTest.recordFailure(withDescription: message, inFile: file, atLine: Int(line), expected: true)32            } else {33                if !onSuccessCalled {34                    currentTest.recordFailure(withDescription: "onSuccess not called", inFile: file, atLine: Int(line), expected: true)35                }36            }37        }38    } else {39        if !onSuccessCalled {40            currentTest.recordFailure(withDescription: "onSuccess not called", inFile: file, atLine: Int(line), expected: true)41        }42    }43}44func XCTAssertFutureStreamSucceeds<T>(_ stream: FutureStream<T>, context: ExecutionContext = QueueContext.main, timeout: TimeInterval = 10.0, line: UInt = #line, file: String = #file, validations: [((T) -> Void)] = []) {45    guard let currentTest = _XCTCurrentTestCase() else { fatalError("XCTGuardAssert attempted without a running test.") }46    var expectation: XCTestExpectation?47    let maxCount = validations.count48    var count = 049    if context is QueueContext {50        expectation = currentTest.expectation(description: "onSuccess expectation failed")51    }52    stream.onSuccess(context: context) { result in53        count += 154        if maxCount == 0 {55            expectation?.fulfill()56        } else if count > maxCount {57            XCTFail("onSuccess called more than \(maxCount) times")58        } else {59            validations[count - 1](result)60            if count == maxCount {61                expectation?.fulfill()62            }63        }64    }65    stream.onFailure(context: context) { _ in66        XCTFail("onFailure called")67    }68    if context is QueueContext {69        currentTest.waitForExpectations(timeout: timeout) { error in70            if error == nil {71                if maxCount == 0 {72                    // no validations given onSuccess only called one time73                    if count != 1 {74                        currentTest.recordFailure(withDescription: "onSuccess not called", inFile: file, atLine: Int(line), expected: true)75                    }76                } else {77                    // validations given onSuccess called for each validation78                    if maxCount != count {79                        let message = "onSuccess not called \(maxCount) times"80                        currentTest.recordFailure(withDescription: message, inFile: file, atLine: Int(line), expected: true)81                    }82                }83            } else {84                // expectation not filfilled85                let message = "Failed to meet expectation after \(timeout)s"86                currentTest.recordFailure(withDescription: message, inFile: file, atLine: Int(line), expected: true)87            }88        }89    } else {90        if maxCount == 0 {91            // no validations given onSuccess only called one time92            if count != 1 {93                currentTest.recordFailure(withDescription: "onSuccess not called", inFile: file, atLine: Int(line), expected: true)94            }95        } else {96            // validations given onSuccess called once for each validation97            if maxCount != count {98                currentTest.recordFailure(withDescription: "onSuccess not called \(maxCount) times", inFile: file, atLine: Int(line), expected: true)99            }100        }101    }102}103func XCTAssertFutureFails<T>(_ future: Future<T>, context: ExecutionContext = QueueContext.main, timeout: TimeInterval = 10.0, line: UInt = #line, file: String = #file, validate: ((Swift.Error) -> Void)? = nil) {104    guard let currentTest = _XCTCurrentTestCase() else { fatalError("XCTGuardAssert attempted without a running test.") }105    var expectation: XCTestExpectation?106    var onFailureCalled = false107    if context is QueueContext {108        expectation = currentTest.expectation(description: "onSuccess expectation failed")109    }110    future.onSuccess(context: context) { _ in111        XCTFail("onSuccess called")112    }113    future.onFailure(context: context) { error in114        onFailureCalled = true115        expectation?.fulfill()116        validate?(error)117    }118    if context is QueueContext {119        currentTest.waitForExpectations(timeout: timeout) { error in120            if error != nil {121                let message = "Failed to meet expectation after \(timeout)s"122                currentTest.recordFailure(withDescription: message, inFile: file, atLine: Int(line), expected: true)123            } else {124                if !onFailureCalled {125                    currentTest.recordFailure(withDescription: "onFailure not called", inFile: file, atLine: Int(line), expected: true)126                }127            }128        }129    } else {130        if !onFailureCalled {131            currentTest.recordFailure(withDescription: "onFailure not called", inFile: file, atLine: Int(line), expected: true)132        }133    }134}135func XCTAssertFutureStreamFails<T>(_ stream: FutureStream<T>, context: ExecutionContext = QueueContext.main, timeout: TimeInterval = 10.0, line: UInt = #line, file: String = #file, validations: [((Swift.Error) -> Void)] = []) {136    guard let currentTest = _XCTCurrentTestCase() else { fatalError("XCTGuardAssert attempted without a running test.") }137    var expectation: XCTestExpectation?138    let maxCount = validations.count139    var count = 0140    if context is QueueContext {141        expectation = currentTest.expectation(description: "onSuccess expectation failed")142    }143    stream.onSuccess(context: context) { _ in144        XCTFail("onFailure called")145    }146    stream.onFailure(context: context) { error in147        count += 1148        if maxCount == 0 {149            expectation?.fulfill()150        } else if count > maxCount {151            XCTFail("onFailure called more than maxCount \(maxCount) times")152        } else {153            validations[count - 1](error)154            if count == maxCount {155                expectation?.fulfill()156            }157        }158    }159    if context is QueueContext {160        currentTest.waitForExpectations(timeout: timeout) { error in161            if error == nil {162                if maxCount == 0 {163                    // no validations given onFailure only called one time164                    if count != 1 {165                        currentTest.recordFailure(withDescription: "onFailure not called", inFile: file, atLine: Int(line), expected: true)166                    }167                } else {168                    // validations given onFailure called once for each validation169                    if maxCount != count {170                        let message = "onFailure not called \(maxCount) times"171                        currentTest.recordFailure(withDescription: message, inFile: file, atLine: Int(line), expected: true)172                    }173                }174            } else {175                // expectation not fulfilled176                let message = "Failed to meet expectation after \(timeout)s"177                currentTest.recordFailure(withDescription: message, inFile: file, atLine: Int(line), expected: true)178            }179        }180    } else {181        if maxCount == 0 {182            // no validations given onFailure only called one time183            if count != 1 {184                currentTest.recordFailure(withDescription: "onFailure not called", inFile: file, atLine: Int(line), expected: true)185            }186        } else {187            // validations given onFailure called once for each validation188            if maxCount != count {189                currentTest.recordFailure(withDescription: "onFailure not called \(maxCount) times", inFile: file, atLine: Int(line), expected: true)190            }191        }192    }193}194func XCTAssertEqualErrors(_ error1: Swift.Error, _ error2: Swift.Error, line: UInt = #line, file: StaticString = #file) {195    XCTAssertEqual(error1._domain, error2._domain, "invalid error code", file: file, line: line)196    XCTAssertEqual(error1._code, error2._code, "invalid error code", file: file, line: line)197}198func XCTAssertNoThrow(_ expression: @autoclosure () throws -> Void, line: UInt = #line, file: StaticString = #file) {199    do {200        try expression()201    } catch let error {202        XCTFail("Caught error \(error)", file: file, line: line)203    }...

recordFailure

Using AI Code Generation

1class TestClass: XCTestCase {2    func testExample() {3        recordFailure(withDescription: "Fail", inFile: "1.swift", atLine: 3, expected: true)4    }5}6class TestClass: XCTestCase {7    func testExample() {8        recordFailure(withDescription: "Fail", inFile: "2.swift", atLine: 3, expected: true)9    }10}11class TestClass: XCTestCase {12    func testExample() {13        recordFailure(withDescription: "Fail", inFile: "3.swift", atLine: 3, expected: true)14    }15}16class TestClass: XCTestCase {17    func testExample() {18        recordFailure(withDescription: "Fail", inFile: "4.swift", atLine: 3, expected: true)19    }20}21class TestClass: XCTestCase {22    func testExample() {23        recordFailure(withDescription: "Fail", inFile: "5.swift", atLine: 3, expected: true)24    }25}26class TestClass: XCTestCase {27    func testExample() {28        recordFailure(withDescription: "Fail", inFile: "6.swift", atLine: 3, expected: true)29    }30}

recordFailure

Using AI Code Generation

1import XCTest2class test: XCTestCase {3    func test1() {4        XCTAssertEqual(1, 1)5    }6    func test2() {7        XCTAssertEqual(2, 2)8    }9    func test3() {10        XCTAssertEqual(3, 3)11    }12    func test4() {13        XCTAssertEqual(4, 4)14    }15    func test5() {16        XCTAssertEqual(5, 5)17    }18    func test6() {19        XCTAssertEqual(6, 6)20    }21    func test7() {22        XCTAssertEqual(7, 7)23    }24    func test8() {25        XCTAssertEqual(8, 8)26    }27    func test9() {28        XCTAssertEqual(9, 9)29    }30    func test10() {31        XCTAssertEqual(10, 10)32    }33    func test11() {34        XCTAssertEqual(11, 11)35    }36    func test12() {

recordFailure

Using AI Code Generation

1class MyTestCase: XCTestCase {2    func testMyTestCase() {3        let myTestCase = MyTestCase()4        myTestCase.recordFailure(withDescription: "Failed", inFile: #file, atLine: #line, expected: true)5    }6}7class MyTestCase: XCTestCase {8    func testMyTestCase() {9        self.recordFailure(withDescription: "Failed", inFile: #file, atLine: #line, expected: true)10    }11}

recordFailure

Using AI Code Generation

1class TestCase: XCTestCase {2    func testSomething() {3        let expectation = self.expectationWithDescription("testSomething")4            if let error = error {5                self.recordFailureWithDescription("Something went wrong", inFile: "1.swift", atLine: 20, expected: true)6            }7            expectation.fulfill()8        }9        task.resume()10        self.waitForExpectationsWithTimeout(5, handler: nil)11    }12}13class TestCase: XCTestCase {14    func testSomething() {15        let expectation = self.expectationWithDescription("testSomething")16            if let error = error {17                self.recordFailureWithDescription("Something went wrong", inFile: "2.swift", atLine: 20, expected: true)18            }19            expectation.fulfill()20        }21        task.resume()22        self.waitForExpectationsWithTimeout(5, handler: nil)23    }24}

recordFailure

Using AI Code Generation

1import XCTest2class 1: XCTestCase {3    func testExample() {4        let exp = expectation(description: "test")5        DispatchQueue.global().async {6            exp.fulfill()7        }8        waitForExpectations(timeout: 1, handler: nil)9    }10}11import XCTest12class 2: XCTestCase {13    func testExample() {14        let exp = expectation(description: "test")15        DispatchQueue.global().async {16            exp.fulfill()17        }18        waitForExpectations(timeout: 1, handler: nil)19    }20}21import XCTest22class 3: XCTestCase {23    func testExample() {24        let exp = expectation(description: "test")25        DispatchQueue.global().async {26            exp.fulfill()27        }28        waitForExpectations(timeout: 1, handler: nil)29    }30}31import XCTest32class 4: XCTestCase {33    func testExample() {34        let exp = expectation(description: "test")35        DispatchQueue.global().async {36            exp.fulfill()37        }38        waitForExpectations(timeout: 1, handler: nil)39    }40}41import XCTest42class 5: XCTestCase {43    func testExample() {44        let exp = expectation(description: "test")45        DispatchQueue.global().async {46            exp.fulfill()47        }48        waitForExpectations(timeout: 1, handler: nil)49    }50}51import XCTest52class 6: XCTestCase {53    func testExample() {54        let exp = expectation(description: "test")55        DispatchQueue.global().async {56            exp.fulfill()57        }58        waitForExpectations(timeout: 1, handler: nil)59    }60}61import XCTest62class 7: XCTestCase {63    func testExample() {64        let exp = expectation(description: "test")65        DispatchQueue.global().async {

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