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How to use testNonVoidClosure method of ThrowAssertionTest class

Best Nimble code snippet using ThrowAssertionTest.testNonVoidClosure

ThrowAssertionTest.swift

Source:ThrowAssertionTest.swift

...49            expect { () -> Void in fatalError() }.toNot(throwAssertion())50        }51        #endif52    }53    func testNonVoidClosure() {54        #if canImport(Darwin)55        expect { () -> Int in fatalError() }.to(throwAssertion())56        #endif57    }58    func testChainOnThrowAssertion() {59        #if canImport(Darwin)60        expect { () -> Int in return 5 }.toNot(throwAssertion()).to(equal(5))61        #endif62    }63}...

testNonVoidClosure

Using AI Code Generation

1let test = ThrowAssertionTest()2XCTAssertNoThrow(test.testNonVoidClosure())3let test = ThrowAssertionTest()4XCTAssertNoThrow(test.testNonVoidClosure())5let test = ThrowAssertionTest()6XCTAssertNoThrow(test.testNonVoidClosure())7let test = ThrowAssertionTest()8XCTAssertNoThrow(test.testNonVoidClosure())9let test = ThrowAssertionTest()10XCTAssertNoThrow(test.testVoidClosure())11let test = ThrowAssertionTest()12XCTAssertNoThrow(test.testVoidClosure())

testNonVoidClosure

Using AI Code Generation

1let obj = ThrowAssertionTest()2obj.testNonVoidClosure()3let obj = ThrowAssertionTest()4obj.testVoidClosure()5let obj = ThrowAssertionTest()6obj.testNonVoidClosure()7let obj = ThrowAssertionTest()8obj.testVoidClosure()

testNonVoidClosure

Using AI Code Generation

1let testObject = ThrowAssertionTest()2testObject.testNonVoidClosure()3let testObject = ThrowAssertionTest()4testObject.testNonVoidClosure()5let testObject = ThrowAssertionTest()6testObject.testNonVoidClosure()7let testObject = ThrowAssertionTest()8do {9    try testObject.testNonVoidClosure()10} catch {11    print("Error")12}13let testObject = ThrowAssertionTest()14do {15    try testObject.testNonVoidClosure()16} catch {17    print("Error")18}19let testObject = ThrowAssertionTest()20do {21    try testObject.testNonVoidClosure()22} catch {23    print("Error")24}25let testObject = ThrowAssertionTest()

testNonVoidClosure

Using AI Code Generation

1import Foundation2var throwAssertionTest = ThrowAssertionTest()3do {4    try throwAssertionTest.testNonVoidClosure()5} catch {6    print("Error thrown")7}8import Foundation9var throwAssertionTest = ThrowAssertionTest()10do {11    try throwAssertionTest.testNonVoidClosure()12} catch {13    print("Error thrown")14}15import Foundation16var throwAssertionTest = ThrowAssertionTest()17do {18    try throwAssertionTest.testNonVoidClosure()19} catch {20    print("Error thrown")21}22import Foundation23var throwAssertionTest = ThrowAssertionTest()24do {25    try throwAssertionTest.testNonVoidClosure()26} catch {27    print("Error thrown")28}29import Foundation30var throwAssertionTest = ThrowAssertionTest()31do {32    try throwAssertionTest.testNonVoidClosure()33} catch {34    print("Error thrown")35}36import Foundation37var throwAssertionTest = ThrowAssertionTest()38do {39    try throwAssertionTest.testNonVoidClosure()40} catch {41    print("Error thrown")42}43import Foundation44var throwAssertionTest = ThrowAssertionTest()45do {46    try throwAssertionTest.testNonVoidClosure()47} catch {48    print("Error thrown")49}50import Foundation51var throwAssertionTest = ThrowAssertionTest()52do {53    try throwAssertionTest.testNonVoidClosure()54} catch {55    print("Error thrown")56}57import Foundation58var throwAssertionTest = ThrowAssertionTest()59do {60    try throwAssertionTest.testNonVoidClosure()61} catch {62    print("Error thrown")63}

testNonVoidClosure

Using AI Code Generation

1let throwAssertionTest = ThrowAssertionTest()2let closure = { throw ThrowAssertionTestError() }3throwAssertionTest.testNonVoidClosure(closure: closure)4let throwAssertionTest = ThrowAssertionTest()5let closure = { throw ThrowAssertionTestError() }6throwAssertionTest.testNonVoidClosure(closure: closure)7let throwAssertionTest = ThrowAssertionTest()8let closure = { throw ThrowAssertionTestError() }9throwAssertionTest.testNonVoidClosure(closure: closure)10let throwAssertionTest = ThrowAssertionTest()11let closure = { throw ThrowAssertionTestError() }12throwAssertionTest.testNonVoidClosure(closure: closure)13let throwAssertionTest = ThrowAssertionTest()14let closure = { throw ThrowAssertionTestError() }15throwAssertionTest.testNonVoidClosure(closure: closure)16let throwAssertionTest = ThrowAssertionTest()17let closure = { throw ThrowAssertionTestError() }18throwAssertionTest.testNonVoidClosure(closure: closure)19let throwAssertionTest = ThrowAssertionTest()20let closure = { throw ThrowAssertionTestError() }21throwAssertionTest.testNonVoidClosure(closure: closure)22let throwAssertionTest = ThrowAssertionTest()23let closure = { throw ThrowAssertionTestError() }24throwAssertionTest.testNonVoidClosure(closure: closure)25let throwAssertionTest = ThrowAssertionTest()26let closure = { throw ThrowAssertionTestError() }27throwAssertionTest.testNonVoidClosure(closure: closure)28let throwAssertionTest = ThrowAssertionTest()

testNonVoidClosure

Using AI Code Generation

1import XCTest2class ThrowAssertionTest: XCTestCase {3    func testNonVoidClosure() {4        let testClosure = { (param: Int) -> Int in5        }6        let result = testClosure(1)7        XCTAssertEqual(result, 1)8    }9}10import XCTest11class ThrowAssertionTest: XCTestCase {12    func testNonVoidClosure() {13        let testClosure = { (param: Int) -> Int in14        }15        let result = testClosure(1)16        XCTAssertEqual(result, 1)17    }18}19import XCTest20class ThrowAssertionTest: XCTestCase {21    func testNonVoidClosure() {22        let testClosure = { (param: Int) -> Int in23        }24        let result = testClosure(1)25        XCTAssertEqual(result, 1)26    }27}28import XCTest29class ThrowAssertionTest: XCTestCase {30    func testNonVoidClosure() {31        let testClosure = { (param: Int) -> Int in32        }33        let result = testClosure(1)34        XCTAssertEqual(result, 1)35    }36}37import XCTest38class ThrowAssertionTest: XCTestCase {39    func testNonVoidClosure() {40        let testClosure = { (param: Int) -> Int in41        }42        let result = testClosure(1)43        XCTAssertEqual(result, 1)44    }45}46import XCTest47class ThrowAssertionTest: XCTestCase {48    func testNonVoidClosure() {49        let testClosure = { (param: Int) -> Int in50        }51        let result = testClosure(1)52        XCTAssertEqual(result, 1)53    }54}55import XCTest56class ThrowAssertionTest: XCTestCase {57    func testNonVoidClosure() {

testNonVoidClosure

Using AI Code Generation

1do{2  try ThrowAssertionTest().testNonVoidClosure()3} catch {4  print("Error: \(error)")5}6do{7  try ThrowAssertionTest().testNonVoidClosure()8} catch {9  print("Error: \(error)")10}11do{12  try ThrowAssertionTest().testNonVoidClosure()13} catch {14  print("Error: \(error)")15}16do{17  try ThrowAssertionTest().testNonVoidClosure()18} catch {19  print("Error: \(error)")20}21do{22  try ThrowAssertionTest().testNonVoidClosure()23} catch {24  print("Error: \(error)")25}26do{27  try ThrowAssertionTest().testNonVoidClosure()28} catch {29  print("Error: \(error)")30}31do{32  try ThrowAssertionTest().testNonVoidClosure()33} catch {34  print("Error: \(error)")35}36do{37  try ThrowAssertionTest().testNonVoidClosure()38} catch {39  print("Error: \(error)")40}41do{42  try ThrowAssertionTest().testNonVoidClosure()43} catch {44  print("Error: \(error)")45}46do{47  try ThrowAssertionTest().testNonVoidClosure()48} catch {49  print("Error: \(error)")50}51do{52  try ThrowAssertionTest().testNonVoidClosure()53} catch {54  print("Error: \(error)")55}56do{

testNonVoidClosure

Using AI Code Generation

1import XCTest2class ThrowAssertionTest: XCTestCase {3    func testNonVoidClosure() {4        let result = try! ThrowAssertionTest.testNonVoidClosure()5        XCTAssertEqual(result, 42)6    }7}8import XCTest9class ThrowAssertionTest: XCTestCase {10    func testNonVoidClosure() {11        let result = try ThrowAssertionTest.testNonVoidClosure()12        XCTAssertEqual(result, 42)13    }14}15import XCTest16class ThrowAssertionTest: XCTestCase {17    func testNonVoidClosure() {18        do {19            let result = try ThrowAssertionTest.testNonVoidClosure()20            XCTAssertEqual(result, 42)21        } catch {22            XCTFail("error: \(error)")23        }24    }25}26import XCTest27class ThrowAssertionTest: XCTestCase {28    func testNonVoidClosure() {29        let result = try? ThrowAssertionTest.testNonVoidClosure()30        XCTAssertEqual(result, 42)31    }32}33import XCTest34class ThrowAssertionTest: XCTestCase {35    func testNonVoidClosure() {36        let result = try! ThrowAssertionTest.testNonVoidClosure()37        XCTAssertEqual(result, 42)38    }39}40import XCTest41class ThrowAssertionTest: XCTestCase {42    func testNonVoidClosure() {43        let result = try ThrowAssertionTest.testNonVoidClosure()44        XCTAssertEqual(result, 42)45    }46}47import XCTest48class ThrowAssertionTest: XCTestCase {49    func testNonVoidClosure() {50        do {51            let result = try ThrowAssertionTest.testNonVoidClosure()52            XCTAssertEqual(result, 42)53        } catch {54            XCTFail("error: \(error)")55        }

testNonVoidClosure

Using AI Code Generation

1let obj = ThrowAssertionTest()2obj.testNonVoidClosure()3    frame #4: 0x0000000100001a1f 1`ThrowAssertionTest.testNonVoidClosure() at 1.swift:124    frame #5: 0x0000000100001a9d 1`ThrowAssertionTest.testNonVoidClosure() at 1.swift:145    frame #6: 0x0000000100001b1b 1`ThrowAssertionTest.testNonVoidClosure() at 1.swift:166    frame #7: 0x0000000100001b99 1`ThrowAssertionTest.testNonVoidClosure() at 1.swift:187    frame #8: 0x0000000100001c17 1`ThrowAssertionTest.testNonVoidClosure() at 1.swift:208    frame #9: 0x0000000100001c95 1`ThrowAssertionTest.testNonVoidClosure() at

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