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How to use testPositiveMatches method of ThrowErrorTest class

Best Nimble code snippet using ThrowErrorTest.testPositiveMatches

ThrowErrorTest.swift

Source:ThrowErrorTest.swift

...26}27final class ThrowErrorTest: XCTestCase, XCTestCaseProvider {28    static var allTests: [(String, (ThrowErrorTest) -> () throws -> Void)] {29        return [30            ("testPositiveMatches", testPositiveMatches),31            ("testPositiveMatchesWithClosures", testPositiveMatchesWithClosures),32            ("testNegativeMatches", testNegativeMatches),33            ("testPositiveNegatedMatches", testPositiveNegatedMatches),34            ("testNegativeNegatedMatches", testNegativeNegatedMatches),35            ("testNegativeMatchesDoNotCallClosureWithoutError", testNegativeMatchesDoNotCallClosureWithoutError),36            ("testNegativeMatchesWithClosure", testNegativeMatchesWithClosure),37        ]38    }39    func testPositiveMatches() {40        expect { throw NimbleError.laugh }.to(throwError())41        expect { throw NimbleError.laugh }.to(throwError(NimbleError.laugh))42        expect { throw NimbleError.laugh }.to(throwError(errorType: NimbleError.self))43        expect { throw EquatableError.parameterized(x: 1) }.to(throwError(EquatableError.parameterized(x: 1)))44    }45    func testPositiveMatchesWithClosures() {46        // Generic typed closure47        expect { throw EquatableError.parameterized(x: 42) }.to(throwError { error in48            guard case EquatableError.parameterized(let x) = error else { fail(); return }49            expect(x) >= 150        })51        // Explicit typed closure52        expect { throw EquatableError.parameterized(x: 42) }.to(throwError { (error: EquatableError) in53            guard case .parameterized(let x) = error else { fail(); return }54            expect(x) >= 155        })56        // Typed closure over errorType argument57        expect { throw EquatableError.parameterized(x: 42) }.to(throwError(errorType: EquatableError.self) { error in58            guard case .parameterized(let x) = error else { fail(); return }59            expect(x) >= 1...

testPositiveMatches

Using AI Code Generation

1let test = ThrowErrorTest()2test.testPositiveMatches()3let test = ThrowErrorTest()4test.testNegativeMatches()5let test = ThrowErrorTest()6test.testNegativeMatches()7let test = ThrowErrorTest()8test.testNegativeMatches()9let test = ThrowErrorTest()10test.testNegativeMatches()11let test = ThrowErrorTest()12test.testNegativeMatches()13let test = ThrowErrorTest()14test.testNegativeMatches()15let test = ThrowErrorTest()16test.testNegativeMatches()17let test = ThrowErrorTest()18test.testNegativeMatches()19let test = ThrowErrorTest()20test.testNegativeMatches()21let test = ThrowErrorTest()22test.testNegativeMatches()23let test = ThrowErrorTest()24test.testNegativeMatches()25let test = ThrowErrorTest()26test.testNegativeMatches()27let test = ThrowErrorTest()28test.testNegativeMatches()29let test = ThrowErrorTest()30test.testNegativeMatches()

testPositiveMatches

Using AI Code Generation

1var test = ThrowErrorTest()2test.testPositiveMatches()3var test = ThrowErrorTest()4test.testNegativeMatches()5var test = ThrowErrorTest()6test.testNegativeMatches()7var test = ThrowErrorTest()8test.testNegativeMatches()9var test = ThrowErrorTest()10test.testNegativeMatches()11var test = ThrowErrorTest()12test.testNegativeMatches()13var test = ThrowErrorTest()14test.testNegativeMatches()15var test = ThrowErrorTest()16test.testNegativeMatches()17var test = ThrowErrorTest()18test.testNegativeMatches()19var test = ThrowErrorTest()20test.testNegativeMatches()21var test = ThrowErrorTest()22test.testNegativeMatches()23var test = ThrowErrorTest()24test.testNegativeMatches()25var test = ThrowErrorTest()26test.testNegativeMatches()27var test = ThrowErrorTest()28test.testNegativeMatches()29var test = ThrowErrorTest()30test.testNegativeMatches()

testPositiveMatches

Using AI Code Generation

1let throwTest = ThrowErrorTest()2do {3    try throwTest.testPositiveMatches()4} catch {5    print("Error: \(error)")6}7let throwTest = ThrowErrorTest()8do {9    try throwTest.testNegativeMatches()10} catch {11    print("Error: \(error)")12}13Error: Error Domain=ThrowErrorTest Code=1 "Invalid input" UserInfo={NSLocalizedDescription=Invalid input}14Error: Error Domain=ThrowErrorTest Code=2 "Invalid input" UserInfo={NSLocalizedDescription=Invalid input}

testPositiveMatches

Using AI Code Generation

1import XCTest2class ThrowErrorTest: XCTestCase {3    func testPositiveMatches() {4        let test = ThrowErrorTest()5        XCTAssertNoThrow(try test.testPositiveMatches())6    }7}8import XCTest9class ThrowErrorTest: XCTestCase {10    func testPositiveMatches() {11        let test = ThrowErrorTest()12        XCTAssertNoThrow(try test.testPositiveMatches())13    }14}15import XCTest16class ThrowErrorTest: XCTestCase {17    func testPositiveMatches() {18        let test = ThrowErrorTest()19        XCTAssertNoThrow(try test.testPositiveMatches())20    }21}22import XCTest23class ThrowErrorTest: XCTestCase {24    func testPositiveMatches() {25        let test = ThrowErrorTest()26        XCTAssertNoThrow(try test.testPositiveMatches())27    }28}29import XCTest30class ThrowErrorTest: XCTestCase {31    func testPositiveMatches() {32        let test = ThrowErrorTest()33        XCTAssertNoThrow(try test.testPositiveMatches())34    }35}36import XCTest37class ThrowErrorTest: XCTestCase {38    func testPositiveMatches() {39        let test = ThrowErrorTest()40        XCTAssertNoThrow(try test.testPositiveMatches())41    }42}43import XCTest44class ThrowErrorTest: XCTestCase {45    func testPositiveMatches() {46        let test = ThrowErrorTest()47        XCTAssertNoThrow(try test.testPositiveMatches())48    }49}50import XCTest51class ThrowErrorTest: XCTestCase {52    func testPositiveMatches() {53        let test = ThrowErrorTest()54        XCTAssertNoThrow(try test.testPositiveMatches())55    }56}57import XCTest58class ThrowErrorTest: XCTestCase {59    func testPositiveMatches() {

testPositiveMatches

Using AI Code Generation

1import Foundation2import XCTest3class ThrowErrorTest: XCTestCase {4    func testPositiveMatches() throws {5        let test = ThrowErrorTest()6        XCTAssertThrowsError(try test.testPositiveMatches())7    }8}9import Foundation10import XCTest11class ThrowErrorTest: XCTestCase {12    func testNegativeMatches() throws {13        let test = ThrowErrorTest()14        XCTAssertThrowsError(try test.testNegativeMatches())15    }16}17import Foundation18import XCTest19class ThrowErrorTest: XCTestCase {20    func testNegativeMatches() throws {21        let test = ThrowErrorTest()22        XCTAssertThrowsError(try test.testNegativeMatches())23    }24}25import Foundation26import XCTest27class ThrowErrorTest: XCTestCase {28    func testNegativeMatches() throws {29        let test = ThrowErrorTest()30        XCTAssertThrowsError(try test.testNegativeMatches())31    }32}33import Foundation34import XCTest35class ThrowErrorTest: XCTestCase {36    func testNegativeMatches() throws {37        let test = ThrowErrorTest()38        XCTAssertThrowsError(try test.testNegativeMatches())39    }40}41import Foundation42import XCTest43class ThrowErrorTest: XCTestCase {44    func testNegativeMatches() throws {45        let test = ThrowErrorTest()46        XCTAssertThrowsError(try test.testNegativeMatches())47    }48}49import Foundation50import XCTest51class ThrowErrorTest: XCTestCase {52    func testNegativeMatches() throws {53        let test = ThrowErrorTest()54        XCTAssertThrowsError(try test.testNegativeMatches())55    }56}57import Foundation58import XCTest59class ThrowErrorTest: XCTestCase {60    func testNegativeMatches() throws {61        let test = ThrowErrorTest()62        XCTAssertThrowsError(try test.testNegativeMatches())63    }

testPositiveMatches

Using AI Code Generation

1import Foundation2import XCTest3class ThrowErrorTest {4    enum MyError: Error {5    }6    func testPositiveMatches() throws {7        do {8            try positiveMatches()9        } catch MyError.error1 {10            print("Error1")11        } catch MyError.error2 {12            print("Error2")13        }14    }15    func positiveMatches() throws {16    }17}18let t = ThrowErrorTest()19do {20    try t.testPositiveMatches()21} catch {22    print("Error")23}24import Foundation25import XCTest26class ThrowErrorTest {27    enum MyError: Error {28    }29    func testPositiveMatches() throws {30        do {31            try positiveMatches()32        } catch MyError.error1 {33            print("Error1")34        } catch MyError.error2 {35            print("Error2")36        }37    }38    func positiveMatches() throws {39    }40}41let t = ThrowErrorTest()42do {43    try t.testPositiveMatches()44} catch {45    print("Error")46}47import Foundation48import XCTest49class ThrowErrorTest {50    enum MyError: Error {51    }52    func testPositiveMatches() throws {53        do {54            try positiveMatches()55        } catch MyError.error1 {56            print("Error1")57        } catch MyError.error2 {58            print("Error2")59        }60    }61    func positiveMatches() throws {62    }63}64let t = ThrowErrorTest()65do {66    try t.testPositiveMatches()67} catch {68    print("Error")69}70import Foundation71import XCTest72class ThrowErrorTest {73    enum MyError: Error {74    }75    func testPositiveMatches() throws {76        do {77            try positiveMatches()78        } catch MyError.error1 {79            print("Error1")80        } catch MyError.error2 {81            print("Error2")

testPositiveMatches

Using AI Code Generation

1import XCTest2@testable import ThrowError3class ThrowErrorTests: XCTestCase {4    func testPositiveMatches() {5        let testClass = ThrowErrorTest()6        XCTAssertThrowsError(try testClass.testPositiveMatches())7    }8}9import XCTest10@testable import ThrowError11class ThrowErrorTests: XCTestCase {12    func testNegativeMatches() {13        let testClass = ThrowErrorTest()14        XCTAssertThrowsError(try testClass.testNegativeMatches())15    }16}17import XCTest18@testable import ThrowError19class ThrowErrorTests: XCTestCase {20    func testPositiveMatches() {21        let testClass = ThrowErrorTest()22        XCTAssertThrowsError(try testClass.testPositiveMatches())23    }24}25import XCTest26@testable import ThrowError27class ThrowErrorTests: XCTestCase {28    func testNegativeMatches() {29        let testClass = ThrowErrorTest()30        XCTAssertThrowsError(try testClass.testNegativeMatches())31    }32}33import XCTest34@testable import ThrowError35class ThrowErrorTests: XCTestCase {36    func testPositiveMatches() {37        let testClass = ThrowErrorTest()38        XCTAssertThrowsError(try testClass.testPositiveMatches())39    }40}41import XCTest42@testable import ThrowError43class ThrowErrorTests: XCTestCase {44    func testNegativeMatches() {45        let testClass = ThrowErrorTest()46        XCTAssertThrowsError(try testClass.testNegativeMatches())47    }48}49import XCTest50@testable import ThrowError51class ThrowErrorTests: XCTestCase {52    func testPositiveMatches() {53        let testClass = ThrowErrorTest()54        XCTAssertThrowsError(try testClass.testPositiveMatches())55    }56}

testPositiveMatches

Using AI Code Generation

1import ThrowErrorTest2let test = ThrowErrorTest()3do {4    try test.testPositiveMatches()5} catch {6    print("Error occured")7}

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