How to use testPositiveMatch method of BeAKindOfObjCTest class

Best Nimble code snippet using BeAKindOfObjCTest.testPositiveMatch

BeAKindOfTest.swift

Source:BeAKindOfTest.swift

...7fileprivate struct TestStructConformingToProtocol: TestProtocol {}8final class BeAKindOfSwiftTest: XCTestCase, XCTestCaseProvider {9    static var allTests: [(String, (BeAKindOfSwiftTest) -> () throws -> Void)] {10        return [11            ("testPositiveMatch", testPositiveMatch),12            ("testFailureMessages", testFailureMessages),13        ]14    }15    enum TestEnum {16        case one, two17    }18    func testPositiveMatch() {19        expect(1).to(beAKindOf(Int.self))20        expect(1).toNot(beAKindOf(String.self))21        expect("turtle string").to(beAKindOf(String.self))22        expect("turtle string").toNot(beAKindOf(TestClassConformingToProtocol.self))23        expect(TestEnum.one).to(beAKindOf(TestEnum.self))24        let testProtocolClass = TestClassConformingToProtocol()25        expect(testProtocolClass).to(beAKindOf(TestClassConformingToProtocol.self))26        expect(testProtocolClass).to(beAKindOf(TestProtocol.self))27        expect(testProtocolClass).toNot(beAKindOf(TestStructConformingToProtocol.self))28        let testProtocolStruct = TestStructConformingToProtocol()29        expect(testProtocolStruct).to(beAKindOf(TestStructConformingToProtocol.self))30        expect(testProtocolStruct).to(beAKindOf(TestProtocol.self))31        expect(testProtocolStruct).toNot(beAKindOf(TestClassConformingToProtocol.self))32    }33    func testFailureMessages() {34        failsWithErrorMessage("expected to not be a kind of Int, got <Int instance>") {35            expect(1).toNot(beAKindOf(Int.self))36        }37        let testClass = TestClassConformingToProtocol()38        failsWithErrorMessage("expected to not be a kind of \(String(describing: TestProtocol.self)), got <\(String(describing: TestClassConformingToProtocol.self)) instance>") {39            expect(testClass).toNot(beAKindOf(TestProtocol.self))40        }41        failsWithErrorMessage("expected to be a kind of String, got <Int instance>") {42            expect(1).to(beAKindOf(String.self))43        }44    }45}46#if _runtime(_ObjC)47final class BeAKindOfObjCTest: XCTestCase, XCTestCaseProvider {48    static var allTests: [(String, (BeAKindOfObjCTest) -> () throws -> Void)] {49        return [50            ("testPositiveMatch", testPositiveMatch),51            ("testFailureMessages", testFailureMessages),52        ]53    }54    func testPositiveMatch() {55        expect(TestNull()).to(beAKindOf(NSNull.self))56        expect(NSObject()).to(beAKindOf(NSObject.self))57        expect(NSNumber(value:1)).toNot(beAKindOf(NSDate.self))58    }59    func testFailureMessages() {60        failsWithErrorMessageForNil("expected to not be a kind of NSNull, got <nil>") {61            expect(nil as NSNull?).toNot(beAKindOf(NSNull.self))62        }63        failsWithErrorMessageForNil("expected to be a kind of NSString, got <nil>") {64            expect(nil as NSString?).to(beAKindOf(NSString.self))65        }66        failsWithErrorMessage("expected to be a kind of NSString, got <__NSCFNumber instance>") {67            expect(NSNumber(value:1)).to(beAKindOf(NSString.self))68        }...

testPositiveMatch

Using AI Code Generation

1let test = BeAKindOfObjCTest()2test.testPositiveMatch()3let test = BeAKindOfObjCTest()4test.testNegativeMatch()5let test = BeAKindOfObjCTest()6test.testPositiveMatch()7let test = BeAKindOfObjCTest()8test.testNegativeMatch()9let test = BeAKindOfObjCTest()10test.testPositiveMatch()11let test = BeAKindOfObjCTest()12test.testNegativeMatch()13let test = BeAKindOfObjCTest()14test.testPositiveMatch()15let test = BeAKindOfObjCTest()16test.testNegativeMatch()17let test = BeAKindOfObjCTest()18test.testPositiveMatch()19let test = BeAKindOfObjCTest()20test.testNegativeMatch()21let test = BeAKindOfObjCTest()22test.testPositiveMatch()23let test = BeAKindOfObjCTest()24test.testNegativeMatch()25let test = BeAKindOfObjCTest()26test.testPositiveMatch()

testPositiveMatch

Using AI Code Generation

1let testObj = BeAKindOfObjCTest()2testObj.testPositiveMatch()3let testObj = BeAKindOfObjCTest()4testObj.testNegativeMatch()5Nimble Framework – BeTrue() Method6Nimble Framework – BeFalse() Method7Nimble Framework – BeCloseTo() Method8Nimble Framework – BeGreaterThan() Method9Nimble Framework – BeGreaterThanOrEqualTo() Method10Nimble Framework – BeLessThan() Method11Nimble Framework – BeLessThanOrEqualTo() Method12Nimble Framework – BeIdenticalTo() Method13Nimble Framework – BeNil() Method

testPositiveMatch

Using AI Code Generation

1func testPositiveMatch() {2    let testClass = BeAKindOfObjCTest()3    testClass.testPositiveMatch()4}5func testNegativeMatch() {6    let testClass = BeAKindOfObjCTest()7    testClass.testNegativeMatch()8}9func testPositiveMatch() {10    let testClass = BeAKindOfObjCTest()11    testClass.testPositiveMatch()12}13func testNegativeMatch() {14    let testClass = BeAKindOfObjCTest()15    testClass.testNegativeMatch()16}17func testPositiveMatch() {18    let testClass = BeAKindOfObjCTest()19    testClass.testPositiveMatch()20}21func testNegativeMatch() {22    let testClass = BeAKindOfObjCTest()23    testClass.testNegativeMatch()24}25func testPositiveMatch() {26    let testClass = BeAKindOfObjCTest()27    testClass.testPositiveMatch()28}29func testNegativeMatch() {30    let testClass = BeAKindOfObjCTest()31    testClass.testNegativeMatch()32}33func testPositiveMatch() {34    let testClass = BeAKindOfObjCTest()35    testClass.testPositiveMatch()36}37func testNegativeMatch() {38    let testClass = BeAKindOfObjCTest()39    testClass.testNegativeMatch()40}

testPositiveMatch

Using AI Code Generation

1import XCTest2class BeAKindOfObjCTest: XCTestCase {3    func testPositiveMatch() {4        XCTAssert(dict.isKind(of: dict1))5    }6}7import XCTest8class BeAKindOfObjCTest: XCTestCase {9    func testNegativeMatch() {10        XCTAssertFalse(dict.isKind(of: dict1))11    }12}13import XCTest14class BeAKindOfObjCTest: XCTestCase {15    func testPositiveMatch() {16        XCTAssertTrue(dict.isKind(of: dict1))17    }18}19import XCTest20class BeAKindOfObjCTest: XCTestCase {21    func testNegativeMatch() {22        XCTAssert(dict.isKind(of: dict1))23    }24}25import XCTest26class BeAKindOfObjCTest: XCTestCase {27    func testPositiveMatch() {28        XCTAssertFalse(dict.isKind(of: dict1))29    }30}31import XCTest32class BeAKindOfObjCTest: XCTestCase {33    func testNegativeMatch() {

testPositiveMatch

Using AI Code Generation

1import Foundation2class A {3}4class B : A {5}6var b = B()7var a = A()8print("b is of type B: \(b is B)")9print("b is of type A: \(b is A)")10print("a is of type B: \(a is B)")11print("a is of type A: \(a is A)")12var b1 = B()13var b2 = B()14print("b1 is equal to b2: \(b1 == b2)")15print("b1 is equal to b2: \(b1 === b2)")16import Foundation17class A {18}19class B : A {20}21var b = B()22var a = A()23print("b is of type B: \(b is B)")24print("b is of type A: \(b is A)")25print("a is of type B: \(a is B)")26print("a is of type A: \(a is A)")27var b1 = B()28var b2 = B()29print("b1 is equal to b2: \(b1 == b2)")30print("b1 is equal to b2: \(b1 === b2)")31import Foundation32class A {33}34class B : A {35}36var b = B()37var a = A()38print("b is of type B: \(b is B)")39print("b is of type A: \(b is A)")40print("a is of type B: \(a is B)")41print("a is of type A: \(a is A)")42var b1 = B()43var b2 = B()

testPositiveMatch

Using AI Code Generation

1import XCTest2import Foundation3class BeAKindOfObjCTest: XCTestCase {4    func testPositiveMatch() {5        XCTAssert(testString is String, "Test String is a String")6    }7}8import XCTest9import Foundation10class BeAKindOfObjCTest: XCTestCase {11    func testNegativeMatch() {12        XCTAssertFalse(testString is Int, "Test String is not an Int")13    }14}15import XCTest16import Foundation17class BeAKindOfObjCTest: XCTestCase {18    func testPositiveMatch() {19        XCTAssert(testString is String, "Test String is a String")20    }21}22import XCTest23import Foundation24class BeAKindOfObjCTest: XCTestCase {25    func testNegativeMatch() {26        XCTAssertFalse(testString is Int, "Test String is not an Int")27    }28}29import XCTest30import Foundation31class BeAKindOfObjCTest: XCTestCase {32    func testPositiveMatch() {33        XCTAssert(testString is String, "Test String is a String")34    }35}36import XCTest37import Foundation38class BeAKindOfObjCTest: XCTestCase {39    func testNegativeMatch() {40        XCTAssertFalse(testString is Int, "Test String is not an Int")41    }42}43import XCTest44import Foundation45class BeAKindOfObjCTest: XCTestCase {46    func testPositiveMatch() {47        XCTAssert(testString is String, "Test String is a String")48    }49}

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