How to use testNegativeMatches method of BeSuccessTest class

Best Nimble code snippet using BeSuccessTest.testNegativeMatches

BeResultTest.swift

Source:BeResultTest.swift Github

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...29 func testPositiveNegatedMatch() {30 let result: Result<Int, Error> = .failure(StubError())31 expect(result).toNot(beSuccess())32 }33 func testNegativeMatches() {34 failsWithErrorMessage("expected to be <success(Int)>, got <failure(StubError)>") {35 let result: Result<Int, Error> = .failure(StubError())36 expect(result).to(beSuccess())37 }38 failsWithErrorMessage("expected to not be <success(Int)>, got <success(1)>") {39 let result: Result<Int, Error> = .success(1)40 expect(result).toNot(beSuccess())41 }42 failsWithErrorMessage("expected to be <success(Int)> that satisfies block, got <success(1)>") {43 let result: Result<Int, Error> = .success(1)44 expect(result).to(beSuccess { _ in45 fail()46 })47 }48 }49}50final class BeFailureTest: XCTestCase {51 func testPositiveMatch() {52 let result: Result<Int, Error> = .failure(StubError())53 expect(result).to(beFailure())54 }55 func testPositiveMatchWithClosure() {56 let result: Result<Int, Error> = .failure(StubError())57 expect(result).to(beFailure { error in58 expect(error).to(matchError(StubError.self))59 })60 expect(Result<Int, TestError>.failure(.foo)).to(beFailure { error in61 expect(error).to(equal(.foo))62 })63 }64 func testPositiveNegatedMatch() {65 let result: Result<Int, Error> = .success(1)66 expect(result).toNot(beFailure())67 }68 func testNegativeMatches() {69 failsWithErrorMessage("expected to be <failure(Error)>, got <success(1)>") {70 let result: Result<Int, Error> = .success(1)71 expect(result).to(beFailure())72 }73 failsWithErrorMessage("expected to not be <failure(Error)>, got <failure(StubError)>") {74 let result: Result<Int, Error> = .failure(StubError())75 expect(result).toNot(beFailure())76 }77 failsWithErrorMessage("expected to be <failure(Error)> that satisfies block, got <failure(StubError)>") {78 let result: Result<Int, Error> = .failure(StubError())79 expect(result).to(beFailure { _ in80 fail()81 })82 }...

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testNegativeMatches

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1testNegativeMatches("1")2testNegativeMatches("2")3testNegativeMatches("3")4testNegativeMatches("4")5testNegativeMatches("5")6testNegativeMatches("6")7testNegativeMatches("7")8testNegativeMatches("8")9testNegativeMatches("9")10testNegativeMatches("10")11testNegativeMatches("11")12testNegativeMatches("12")13testNegativeMatches("13")14testNegativeMatches("14")15testNegativeMatches("15")16testNegativeMatches("16")17testNegativeMatches("17")18testNegativeMatches("18")19testNegativeMatches("19")

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testNegativeMatches

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1let test = BeSuccessTest()2test.testNegativeMatches()3let test = BeSuccessTest()4test.testPositiveMatches()5let test = BeSuccessTest()6test.testPositiveMatchesWithDescription()7let test = BeSuccessTest()8test.testNegativeMatchesWithDescription()9let test = BeSuccessTest()10test.testPositiveMatchesWithCustomMessage()11let test = BeSuccessTest()12test.testNegativeMatchesWithCustomMessage()13let test = BeSuccessTest()14test.testPositiveMatchesWithCustomMessageOnNilActualValue()15let test = BeSuccessTest()16test.testNegativeMatchesWithCustomMessageOnNilActualValue()17let test = BeSuccessTest()18test.testPositiveMatchesWithCustomMessageOnNilActualValue()19let test = BeSuccessTest()20test.testNegativeMatchesWithCustomMessageOnNilActualValue()21let test = BeSuccessTest()22test.testPositiveMatchesWithCustomMessageOnNilActualValue()23let test = BeSuccessTest()24test.testNegativeMatchesWithCustomMessageOnNilActualValue()

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testNegativeMatches

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

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testNegativeMatches

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1import XCTest2import Nimble3class BeSuccessTest: XCTestCase {4 func testNegativeMatches() {5 expect(1).toNot(beSuccess())6 }7}8import XCTest9import Nimble10class BeSuccessTest: XCTestCase {11 func testPositiveMatches() {12 expect(Result.success(1)).to(beSuccess())13 }14}15import XCTest16import Nimble17class BeSuccessTest: XCTestCase {18 func testPositiveMatchesWithFailureMessage() {19 expect(Result.success(1)).to(beSuccess())20 }21}22import XCTest23import Nimble24class BeSuccessTest: XCTestCase {25 func testNegativeMatchesWithFailureMessage() {26 expect(Result.failure(1)).toNot(beSuccess())27 }28}29import XCTest30import Nimble31class BeSuccessTest: XCTestCase {32 func testPositiveMatchesWithFailureMessage() {33 expect(Result.failure(1)).to(beSuccess())34 }35}36import XCTest37import Nimble38class BeSuccessTest: XCTestCase {39 func testNegativeMatchesWithFailureMessage() {40 expect(Result.success(1)).toNot(beSuccess())41 }42}43import XCTest44import Nimble45class BeSuccessTest: XCTestCase {46 func testPositiveMatchesWithFailureMessage() {47 expect(Result.success(1)).to(beSuccess())48 }49}50import XCTest51import Nimble52class BeSuccessTest: XCTestCase {53 func testNegativeMatchesWithFailureMessage() {54 expect(Result.success(1)).toNot(beSuccess())55 }56}57import XCTest58import Nimble

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testNegativeMatches

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1import XCTest2import Nimble3class TestClass1: XCTestCase {4 func testNegativeMatches() {5 expect(1).toNot(beSuccess())6 }7}8import XCTest9import Nimble10class TestClass2: XCTestCase {11 func testNegativeMatches() {12 expect(1).toNot(beSuccess())13 }14}15import XCTest16import Nimble17class TestClass3: XCTestCase {18 func testNegativeMatches() {19 expect(1).toNot(beSuccess())20 }21}22import XCTest23import Nimble24class TestClass4: XCTestCase {25 func testNegativeMatches() {26 expect(1).toNot(beSuccess())27 }28}29import XCTest30import Nimble31class TestClass5: XCTestCase {32 func testNegativeMatches() {33 expect(1).toNot(beSuccess())34 }35}36import XCTest37import Nimble38class TestClass6: XCTestCase {39 func testNegativeMatches() {40 expect(1).toNot(beSuccess())41 }42}43import XCTest44import Nimble45class TestClass7: XCTestCase {46 func testNegativeMatches() {47 expect(1).toNot(beSuccess())48 }49}50import XCTest51import Nimble52class TestClass8: XCTestCase {53 func testNegativeMatches() {54 expect(1).toNot(beSuccess())55 }56}57import XCTest58import Nimble59class TestClass9: XCTestCase {60 func testNegativeMatches() {61 expect(1).toNot(beSuccess())62 }63}64import XCTest

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testNegativeMatches

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1let test = BeSuccessTest()2let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())3XCTAssertFalse(result.matches)4let test = BeSuccessTest()5let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())6XCTAssertFalse(result.matches)7let test = BeSuccessTest()8let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())9XCTAssertFalse(result.matches)10let test = BeSuccessTest()11let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())12XCTAssertFalse(result.matches)13let test = BeSuccessTest()14let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())15XCTAssertFalse(result.matches)16let test = BeSuccessTest()17let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())18XCTAssertFalse(result.matches)19let test = BeSuccessTest()20let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())21XCTAssertFalse(result.matches)22let test = BeSuccessTest()23let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())24XCTAssertFalse(result.matches)25let test = BeSuccessTest()26let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())27XCTAssertFalse(result.matches)28let test = BeSuccessTest()29let result = test.testNegativeMatches("hello", failureMessage: FailureMessage())30XCTAssertFalse(result.matches)

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testNegativeMatches

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1import Foundation2let test = BeSuccessTest()3test.testNegativeMatches()4import Foundation5let test = BeSuccessTest()6test.testPositiveMatches()7import Foundation8let test = BeSuccessTest()9test.testPositiveMatches()10import Foundation11let test = BeSuccessTest()12test.testPositiveMatches()13import Foundation14let test = BeSuccessTest()15test.testPositiveMatches()16import Foundation17let test = BeSuccessTest()18test.testPositiveMatches()19import Foundation20let test = BeSuccessTest()21test.testPositiveMatches()

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testNegativeMatches

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1import XCTest2class BeSuccessTest: XCTestCase {3 func testNegativeMatches() {4 let regex = try! NSRegularExpression(pattern: "a", options: [])5 let range = NSRange(location: 0, length: string.characters.count)6 let matches = regex.matches(in: string, options: [], range: range)7 XCTAssertEqual(matches.count, 0)8 }9}10import XCTest11class BeSuccessTest: XCTestCase {12 func testPositiveMatches() {13 let regex = try! NSRegularExpression(pattern: "a", options: [])14 let range = NSRange(location: 0, length: string.characters.count)15 let matches = regex.matches(in: string, options: [], range: range)16 XCTAssertEqual(matches.count, 1)17 }18}19import XCTest20class BeSuccessTest: XCTestCase {21 func testPositiveMatches() {22 let regex = try! NSRegularExpression(pattern: "a", options: [])23 let range = NSRange(location: 0, length: string.characters.count)24 let matches = regex.matches(in: string, options: [], range: range)25 XCTAssertEqual(matches.count, 1)26 }27}

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