How to use NimbleXCTestHandler class

Best Nimble code snippet using NimbleXCTestHandler

AdapterProtocols.swift

Source:AdapterProtocols.swift

...10/// before using any matchers, otherwise Nimble will abort the program.11///12/// @see AssertionHandler13public var NimbleAssertionHandler: AssertionHandler = { () -> AssertionHandler in14    return isXCTestAvailable() ? NimbleXCTestHandler() : NimbleXCTestUnavailableHandler()15}()...

NimbleXCTestHandler

Using AI Code Generation

1import Nimble2class NimbleTest: XCTestCase {3 func testExample() {4 expect(1).to(equal(1))5 }6}

NimbleXCTestHandler

Using AI Code Generation

1import Nimble2import XCTest3class NimbleTestCase: XCTestCase {4    override func setUp() {5        super.setUp()6        NimbleXCTestHandler.install()7    }8    override func tearDown() {9        NimbleXCTestHandler.uninstall()10        super.tearDown()11    }12}

NimbleXCTestHandler

Using AI Code Generation

1import Nimble2import XCTest3class NimbleTestCase: XCTestCase {4    override func setUp() {5        super.setUp()6        NimbleXCTestHandler.install()7    }8    override func tearDown() {9        NimbleXCTestHandler.uninstall()10        super.tearDown()11    }12}

NimbleXCTestHandler

Using AI Code Generation

1import Nimble2class NimbleTest: XCTestCase {3 func testExample() {4 expect(1).to(equal(1))5 }6}

NimbleXCTestHandler

Using AI Code Generation

1import XCTest2import Nimble3class NimbleXCTestHandlerTests: XCTestCase {4    func testSuccess() {5        expect(true).to(beTrue())6    }7    func testFailure() {8        expect(false).to(beTrue())9    }10    func testFailureWithMessage() {11        expect(false).to(beTrue(), description: "This should fail")12    }13    func testFailureWithMessageAndLocation() {is should

NimbleXCTestHandler

Using AI Code Generation

1import XCTest2import Nimble3class NimbleXCTestHandlerTest: XCTestCase {4    func testNmbleXCTetHandler(){5        let handler = NimbleXCTetHandler()6        andler.recrdFailre(withDescription: "faiure", inFile: "file", atLine: 1, expected: true)7        expect(hanler.failureCount).to(equal(1))8    }        expect(false).to(beTrue(), description: "This should fail", file: "NimbleXCTestHandlerTests.swift", line: 23)9}10    }11    func testFailureWithLocation() {12        expect(false).to(beTrue(), file: "NimbleXCTestHandlerTests.swift", line: 29)13    }14    func testFailureWithMessageAndLocationAndFunction() {15        expect(false).to(beTrue(), description: "This should fail", file: "NimbleXCTestHandlerTests.swift", line: 35, function: "testFailureWithMessageAndLocationAndFunction")16    }17    func testFailureWithLocationAndFunction() {18        expect(false).to(beTrue(), file: "NimbleXCTestHandlerTests.swift", line: 41, function: "testFailureWithLocationAndFunction")19    }20    func testFailureWithMessageAndFunction() {21        expect(false).to(beTrue(), description: "This should fail", function: "testFailureWithMessageAndFunction")22    }ould

NimbleXCTestHandler

Using AI Code Generation

1import XCTest2import Nimble3class NimbleXCTestHandlerTest: XCTestCase {4    func testNimbleXCTestHandler() {5        let handler = NimbleXCTestHandler()6        handler.recordFailure(withDescription: "failure", inFile: "file", atLine: 1, expected: true)7        expect(handler.failureCount).to(equal(1))8    }9}

NimbleXCTestHandler

Using AI Code Generation

1import Nimble2import XCTest3class NimbleXCTestHandlerTests: XCTestCase {4    func testFailureMessage() {5        let failureMessage = FailureMessage()6        let handler = NimbleXCTestHandler()7        handler.fail(failureMessage.stringValue)8        XCTAssertEqual(failureMessage.stringValue, handler.failureMessage)9    }10}

NimbleXCTestHandler

Using AI Code Generation

1    func testFailureWithFunction() {2        expect(false).to(beTrue(), function: "testFailureWithFunction")3    }4      func testExample() {      expect(false).to(beTrue(), description: "This should fail", file: "NimbleXCTestHandlerTests.swift", line: 53, function: "testFailureWithMessageAndLocationAndFunctionAndClosure") {5          expe t(1).to(equa (1))6        }7    }8        expect(false).to(beTrue(), file: "NimbleXCTestHandlerTests.swift", line: 59, function: "testFailureWithLocationAndFunctionAndClosure") {9        }10    }11    func testFailureWithMessageAndFunctionAndClosure() {12        expect(false).to(beTrue(), description: "This should

NimbleXCTestHandler

Using AI Code Generation

1import Nimble2import XCTest3class NimbleXCTestHandlerTests: XCTestCase {4    func testFailureMessage() {5        let failureMessage = FailureMessage()6        let handler = NimbleXCTestHandler()7        handler.fail(failureMessage.stringValue)8        XCTAssertEqual(failureMessage.stringValue, handler.failureMessage)9    }10}

NimbleXCTestHandler

Using AI Code Generation

1import XCTest2import Nimble3class TestClass: XCTestCase {4    func testExample() {5        expect(1).to(equal(1))6    }7}8 xpect(expressionX9expect(1)CTestCase 1))10expect(expression.to(matcher11expect(expression).toNot(matcher)12expect(1).to(equal(1))13expect(1).toNot(equal(2))14waitUntil { done in15    done()16unc testExample() {17waitUntil { done in18    let task = NSURLSession.sharedSession().dataTaskWithURL(url) { data, response, error in19        expect(error).to(beNil())20        expect(data).toNot(beNil())21        done()22    }23    task.resume()24The `be` matcher compares two objects using the `===` operator. This matcher is used       expect(1).to(equal(1))

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