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How to use testPositiveMatchSwiftTypes method of BeAnInstanceOfTest class

Best Nimble code snippet using BeAnInstanceOfTest.testPositiveMatchSwiftTypes

BeAnInstanceOfTest.swift

Source:BeAnInstanceOfTest.swift

...7final class BeAnInstanceOfTest: XCTestCase, XCTestCaseProvider {8    static var allTests: [(String, (BeAnInstanceOfTest) -> () throws -> Void)] {9        return [10            ("testPositiveMatch", testPositiveMatch),11            ("testPositiveMatchSwiftTypes", testPositiveMatchSwiftTypes),12            ("testFailureMessages", testFailureMessages),13            ("testFailureMessagesSwiftTypes", testFailureMessagesSwiftTypes),14        ]15    }16    func testPositiveMatch() {17        expect(NSNull()).to(beAnInstanceOf(NSNull.self))18        expect(NSNumber(value:1)).toNot(beAnInstanceOf(NSDate.self))19    }20    enum TestEnum {21        case one, two22    }23    func testPositiveMatchSwiftTypes() {24        expect(1).to(beAnInstanceOf(Int.self))25        expect("test").to(beAnInstanceOf(String.self))26        expect(TestEnum.one).to(beAnInstanceOf(TestEnum.self))27        let testProtocolClass = TestClassConformingToProtocol()28        expect(testProtocolClass).to(beAnInstanceOf(TestClassConformingToProtocol.self))29        expect(testProtocolClass).toNot(beAnInstanceOf(TestProtocol.self))30        expect(testProtocolClass).toNot(beAnInstanceOf(TestStructConformingToProtocol.self))31        let testProtocolStruct = TestStructConformingToProtocol()32        expect(testProtocolStruct).to(beAnInstanceOf(TestStructConformingToProtocol.self))33        expect(testProtocolStruct).toNot(beAnInstanceOf(TestProtocol.self))34        expect(testProtocolStruct).toNot(beAnInstanceOf(TestClassConformingToProtocol.self))35    }36    func testFailureMessages() {37        failsWithErrorMessageForNil("expected to not be an instance of NSNull, got <nil>") {...

testPositiveMatchSwiftTypes

Using AI Code Generation

1beAnInstanceOfTest.testPositiveMatchSwiftTypes()2beAnInstanceOfTest.testNegativeMatchSwiftTypes()3beAnInstanceOfTest.testPositiveMatchObjCClass()4beAnInstanceOfTest.testNegativeMatchObjCClass()5beAnInstanceOfTest.testPositiveMatchSwiftClass()6beAnInstanceOfTest.testNegativeMatchSwiftClass()7beAnInstanceOfTest.testPositiveMatchObjCProtocol()8beAnInstanceOfTest.testNegativeMatchObjCProtocol()9beAnInstanceOfTest.testPositiveMatchSwiftProtocol()10beAnInstanceOfTest.testNegativeMatchSwiftProtocol()11beAnInstanceOfTest.testPositiveMatchObjCProtocolConformance()12beAnInstanceOfTest.testNegativeMatchObjCProtocolConformance()13beAnInstanceOfTest.testPositiveMatchSwiftProtocolConformance()14beAnInstanceOfTest.testNegativeMatchSwiftProtocolConformance()

testPositiveMatchSwiftTypes

Using AI Code Generation

1let testClass = BeAnInstanceOfTest()2testClass.testPositiveMatchSwiftTypes()3let testClass = BeAnInstanceOfTest()4testClass.testNegativeMatchSwiftTypes()5let testClass = BeAnInstanceOfTest()6testClass.testPositiveMatchObjCType()7let testClass = BeAnInstanceOfTest()8testClass.testNegativeMatchObjCType()9let testClass = BeAnInstanceOfTest()10testClass.testPositiveMatchSwiftTypeWithNils()11let testClass = BeAnInstanceOfTest()12testClass.testNegativeMatchSwiftTypeWithNils()13let testClass = BeAnInstanceOfTest()14testClass.testPositiveMatchObjCTypeWithNils()15let testClass = BeAnInstanceOfTest()16testClass.testNegativeMatchObjCTypeWithNils()17let testClass = BeAnInstanceOfTest()18testClass.testPositiveMatchSwiftTypeWithNils()19let testClass = BeAnInstanceOfTest()20testClass.testNegativeMatchSwiftTypeWithNils()21let testClass = BeAnInstanceOfTest()22testClass.testPositiveMatchObjCTypeWithNils()

testPositiveMatchSwiftTypes

Using AI Code Generation

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

testPositiveMatchSwiftTypes

Using AI Code Generation

1import Foundation2import XCTest3import Nimble4class BeAnInstanceOfTest: XCTestCase {5    func testPositiveMatchSwiftTypes() {6        expect(1).to(beAnInstanceOf(Int.self))7        expect(1).toNot(beAnInstanceOf(String.self))8        expect(1).toNot(beAnInstanceOf(NSString.self))9        expect(1).toNot(beAnInstanceOf(NSNumber.self))10        expect(1).toNot(beAnInstanceOf(NSString.self))11        expect(1).toNot(beAnInstanceOf(NSArray.self))12        expect(1).toNot(beAnInstanceOf(NSDictionary.self))13        expect(1).toNot(beAnInstanceOf(NSObject.self))14    }15}16import Foundation17import XCTest18import Nimble19class BeAnInstanceOfTest: XCTestCase {20    func testPositiveMatchObjcTypes() {21        expect(1 as NSNumber).to(beAnInstanceOf(NSNumber.self))22        expect(1 as NSNumber).toNot(beAnInstanceOf(NSString.self))23        expect(1 as NSNumber).toNot(beAnInstanceOf(Int.self))24        expect(1 as NSNumber).toNot(beAnInstanceOf(String.self))25        expect(1 as NSNumber).toNot(beAnInstanceOf(NSArray.self))26        expect(1 as NSNumber).toNot(beAnInstanceOf(NSDictionary.self))27        expect(1 as NSNumber).toNot(beAnInstanceOf(NSObject.self))28    }29}30import Foundation31import XCTest32import Nimble33class BeAnInstanceOfTest: XCTestCase {34    func testPositiveMatchObjcTypes() {35        expect(NSArray()).to(beAnInstanceOf(NSArray.self))36        expect(NSArray()).toNot(beAnInstanceOf(NSNumber.self))37        expect(NSArray()).toNot(beAnInstanceOf(NSString.self))38        expect(NSArray()).toNot(beAnInstanceOf(Int.self))39        expect(NSArray()).toNot(beAnInstanceOf(String.self))40        expect(NSArray()).toNot(beAnInstanceOf(NSDictionary.self))41        expect(NSArray()).toNot(beAnInstanceOf(NSObject.self))42    }43}44import Foundation45import XCTest46import Nimble47class BeAnInstanceOfTest: XCTestCase {

testPositiveMatchSwiftTypes

Using AI Code Generation

1import XCTest2class BeAnInstanceOfTest: XCTestCase {3    func testPositiveMatchSwiftTypes() {4        let float = Float(1.0)5        let set = Set<Int>([1,2,3])6        let tuple = (1,2,3)7        let optional = Optional(1)8        XCTAssertTrue(string is String)9        XCTAssertTrue(int is Int)10        XCTAssertTrue(double is Double)11        XCTAssertTrue(float is Float)12        XCTAssertTrue(bool is Bool)13        XCTAssertTrue(array is [Int])14        XCTAssertTrue(dictionary is [String:Int])15        XCTAssertTrue(set is Set<Int>)16        XCTAssertTrue(tuple is (Int,Int,Int))17        XCTAssertTrue(optional is Optional<Int>)18        XCTAssertTrue(any is Any)19    }20}21import XCTest22class BeAnInstanceOfTest: XCTestCase {23    func testNegativeMatchSwiftTypes() {24        let float = Float(1.0)25        let set = Set<Int>([1,2,3])26        let tuple = (1,2,3)27        let optional = Optional(1)28        XCTAssertFalse(string is Int)29        XCTAssertFalse(int is Double)30        XCTAssertFalse(double is Float)31        XCTAssertFalse(float is Bool)32        XCTAssertFalse(bool is [Int])33        XCTAssertFalse(array is [String:Int])34        XCTAssertFalse(dictionary is Set<Int>)35        XCTAssertFalse(set is (Int,Int,Int))36        XCTAssertFalse(tuple is Optional<Int>)37        XCTAssertFalse(optional is Any)38        XCTAssertFalse(any is String)39    }40}41import XCTest42class BeAnInstanceOfTest: XCTestCase {43    func testPositiveMatchSwiftTypes() {

testPositiveMatchSwiftTypes

Using AI Code Generation

1class TestClass {2    func testMethod() {3        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)4        print(result)5    }6}7class TestClass {8    func testMethod() {9        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)10        print(result)11    }12}13class TestClass {14    func testMethod() {15        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)16        print(result)17    }18}19class TestClass {20    func testMethod() {21        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)22        print(result)23    }24}25class TestClass {26    func testMethod() {27        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)28        print(result)29    }30}31class TestClass {32    func testMethod() {33        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)34        print(result)35    }36}37class TestClass {38    func testMethod() {39        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)40        print(result)41    }42}43class TestClass {44    func testMethod() {45        let result = BeAnInstanceOfTest().testPositiveMatchSwiftTypes(1, 1)46        print(result)47    }48}49class TestClass {50    func testMethod() {

testPositiveMatchSwiftTypes

Using AI Code Generation

1func testPositiveMatchSwiftTypes() {2    let beAnInstanceOfTest = BeAnInstanceOfTest()3    let result = beAnInstanceOfTest.testPositiveMatchSwiftTypes()4    if result != true {5        print("testPositiveMatchSwiftTypes failed")6    }7}8func testPositiveMatchSwiftTypes() {9    let beAnInstanceOfTest = BeAnInstanceOfTest()10    let result = beAnInstanceOfTest.testPositiveMatchSwiftTypes()11    if result != true {12        print("testPositiveMatchSwiftTypes failed")13    }14}15func testPositiveMatchSwiftTypes() {16    let beAnInstanceOfTest = BeAnInstanceOfTest()17    let result = beAnInstanceOfTest.testPositiveMatchSwiftTypes()18    if result != true {19        print("testPositiveMatchSwiftTypes failed")20    }21}22func testPositiveMatchSwiftTypes() {23    let beAnInstanceOfTest = BeAnInstanceOfTest()24    let result = beAnInstanceOfTest.testPositiveMatchSwiftTypes()25    if result != true {26        print("testPositiveMatchSwiftTypes failed")27    }28}29func testPositiveMatchSwiftTypes() {30    let beAnInstanceOfTest = BeAnInstanceOfTest()31    let result = beAnInstanceOfTest.testPositiveMatchSwiftTypes()32    if result != true {33        print("testPositiveMatchSwiftTypes failed")34    }35}36func testPositiveMatchSwiftTypes() {

testPositiveMatchSwiftTypes

Using AI Code Generation

1let test = BeAnInstanceOfTest()2let result = test.testPositiveMatchSwiftTypes()3BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true4let test = BeAnInstanceOfTest()5let result = test.testPositiveMatchSwiftTypes()6BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true7let test = BeAnInstanceOfTest()8let result = test.testPositiveMatchSwiftTypes()9BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true10let test = BeAnInstanceOfTest()11let result = test.testPositiveMatchSwiftTypes()12BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true13let test = BeAnInstanceOfTest()14let result = test.testPositiveMatchSwiftTypes()15BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true16let test = BeAnInstanceOfTest()17let result = test.testPositiveMatchSwiftTypes()18BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true19let test = BeAnInstanceOfTest()20let result = test.testPositiveMatchSwiftTypes()21BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true22let test = BeAnInstanceOfTest()23let result = test.testPositiveMatchSwiftTypes()24BeAnInstanceOfTest.testPositiveMatchSwiftTypes() -> true25let test = BeAnInstanceOfTest()26let result = test.testPositiveMatchSwiftTypes()

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