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How to use testInequalityCountMatcher_atMost_atThreshold method of CountMatcherTests class
Best Mockingbird code snippet using CountMatcherTests.testInequalityCountMatcher_atMost_atThreshold
CountMatcherTests.swift
Source:CountMatcherTests.swift 
...94 (child as ChildProtocol).childTrivialInstanceMethod()95 verify(child.childTrivialInstanceMethod()).wasCalled(atLeast(3))96 }97 98 func testInequalityCountMatcher_atMost_atThreshold() {99 (child as ChildProtocol).childTrivialInstanceMethod()100 (child as ChildProtocol).childTrivialInstanceMethod()101 (child as ChildProtocol).childTrivialInstanceMethod()102 verify(child.childTrivialInstanceMethod()).wasCalled(atMost(3))103 }104 105 func testInequalityCountMatcher_atMost_belowThreshold() {106 (child as ChildProtocol).childTrivialInstanceMethod()107 (child as ChildProtocol).childTrivialInstanceMethod()108 verify(child.childTrivialInstanceMethod()).wasCalled(atMost(3))109 }110 111 // MARK: - Composition112 ...
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1import XCTest2class CountMatcherTests: XCTestCase {3 func testInequalityCountMatcher_atMost_atThreshold() {4 let matcher = CountMatcher.atMost(2)5 let result = matcher.matches([1, 2, 3])6 XCTAssertFalse(result)7 }8}9import XCTest10class CountMatcherTests: XCTestCase {11 func testInequalityCountMatcher_atMost_atThreshold() {12 let matcher = CountMatcher.atMost(2)13 let result = matcher.matches([1, 2, 3])14 XCTAssertFalse(result)15 }16}17import XCTest18class CountMatcherTests: XCTestCase {19 func testInequalityCountMatcher_atMost_atThreshold() {20 let matcher = CountMatcher.atMost(2)21 let result = matcher.matches([1, 2, 3])22 XCTAssertFalse(result)23 }24}25import XCTest26class CountMatcherTests: XCTestCase {27 func testInequalityCountMatcher_atMost_atThreshold() {28 let matcher = CountMatcher.atMost(2)29 let result = matcher.matches([1, 2, 3])30 XCTAssertFalse(result)31 }32}33import XCTest34class CountMatcherTests: XCTestCase {35 func testInequalityCountMatcher_atMost_atThreshold() {36 let matcher = CountMatcher.atMost(2)37 let result = matcher.matches([1, 2, 3])38 XCTAssertFalse(result)39 }40}41import XCTest42class CountMatcherTests: XCTestCase {43 func testInequalityCountMatcher_atMost_atThreshold() {44 let matcher = CountMatcher.atMost(2)45 let result = matcher.matches([1, 2, 3])46 XCTAssertFalse(result)47 }48}
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1class CountMatcherTests {2 func testInequalityCountMatcher_atMost_atThreshold() {3 let matcher = atMost(3)4 assertNoMatch(matcher, [1, 2, 3, 4])5 }6}7func atMost(_ expectedCount: Int) -> Matcher<Array<Any>> {8 return CountMatcher(expectedCount: expectedCount)9}10class CountMatcher: Matcher<Array<Any>> {11 init(expectedCount: Int) {12 }13}14func assertNoMatch<T>(_ matcher: Matcher<T>, _ actualValue: T) {15 assertMatch(matcher, actualValue, shouldMatch: false)16}17func assertMatch<T>(_ matcher: Matcher<T>, _ actualValue: T, shouldMatch: Bool) {18 let mismatchDescription = StringDescription()19 let match = matcher.matches(actualValue, mismatchDescription: mismatchDescription)20 if match != shouldMatch {21 XCTFail("Expected match to be \(shouldMatch), but was \(match)")22 }23}24protocol Matcher<T> {25 func matches(_ actualValue: T, mismatchDescription: StringDescription) -> Bool26}27class StringDescription: CustomStringConvertible {28}29extension CountMatcher {30 override func matches(_ actualValue: Array<Any>, mismatchDescription: StringDescription) -> Bool {31 if !matches {32 mismatchDescription.append("was \(actualCount)")33 }34 }35}
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1func testInequalityCountMatcher_atMost_atThreshold() {2 let matcher = atMost(3, within: 1)3 assertThat(3, matcher)4 assertThat(2, matcher)5 assertThat(1, matcher)6 assertThat(0, matcher)7 assertThat(-1, matcher)8 assertThat(-2, matcher)9 assertThat(-3, matcher)10 assertThat(-4, matcher)11 assertThat(-5, matcher)12 assertThat(-6, matcher)13 assertThat(-7, matcher)14 assertThat(-8, matcher)15 assertThat(-9, matcher)16 assertThat(-10, matcher)17 assertThat(-11, matcher)18 assertThat(-12, matcher)19 assertThat(-13, matcher)20 assertThat(-14, matcher)21 assertThat(-15, matcher)22 assertThat(-16, matcher)23 assertThat(-17, matcher)24 assertThat(-18, matcher)25 assertThat(-19, matcher)26 assertThat(-20, matcher)27 assertThat(-21, matcher)28 assertThat(-22, matcher)29 assertThat(-23, matcher)30 assertThat(-24, matcher)31 assertThat(-25, matcher)32 assertThat(-26, matcher)33 assertThat(-27, matcher)34 assertThat(-28, matcher)35 assertThat(-29, matcher)36 assertThat(-30, matcher)37 assertThat(-31, matcher)38 assertThat(-32, matcher)39 assertThat(-33, matcher)40 assertThat(-34, matcher)41 assertThat(-35, matcher)42 assertThat(-36, matcher)43 assertThat(-37, matcher)44 assertThat(-38, matcher)45 assertThat(-39, matcher)46 assertThat(-40, matcher)47 assertThat(-41, matcher)48 assertThat(-42, matcher)49 assertThat(-43, matcher)50 assertThat(-44, matcher)51 assertThat(-45, matcher)52 assertThat(-46, matcher)53 assertThat(-47, matcher)54 assertThat(-48, matcher)55 assertThat(-49, matcher)56 assertThat(-50, matcher)57 assertThat(-51, matcher)58 assertThat(-52, matcher)59 assertThat(-53, matcher)60 assertThat(-54, matcher)61 assertThat(-55, matcher)62 assertThat(-56, matcher)63 assertThat(-57, matcher)64 assertThat(-58, matcher)65 assertThat(-59, matcher)66 assertThat(-60, matcher)67 assertThat(-61, matcher)68 assertThat(-62, matcher)69 assertThat(-63, matcher)70 assertThat(-
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1func testInequalityCountMatcher_atMost_atThreshold() {2 let matcher = CountMatcher.atMost(2, atThreshold: 0.5)3 assertMatches(matcher, [1, 2, 3, 4, 5])4 assertMatches(matcher, [1, 2, 3, 4])5 assertMatches(matcher, [1, 2, 3])6 assertDoesNotMatch(matcher, [1, 2])7 assertDoesNotMatch(matcher, [1])8 assertDoesNotMatch(matcher, [])9}10func testInequalityCountMatcher_atMost_atThreshold() {11 let matcher = CountMatcher.atMost(2, atThreshold: 0.5)12 assertMatches(matcher, [1, 2, 3, 4, 5])13 assertMatches(matcher, [1, 2, 3, 4])14 assertMatches(matcher, [1, 2, 3])15 assertDoesNotMatch(matcher, [1, 2])16 assertDoesNotMatch(matcher, [1])17 assertDoesNotMatch(matcher, [])18}19func testInequalityCountMatcher_atMost_atThreshold() {20 let matcher = CountMatcher.atMost(2, atThreshold: 0.5)21 assertMatches(matcher, [1, 2, 3, 4, 5])22 assertMatches(matcher, [1, 2, 3, 4])23 assertMatches(matcher, [1, 2, 3])24 assertDoesNotMatch(matcher, [1, 2])25 assertDoesNotMatch(matcher, [1])26 assertDoesNotMatch(matcher, [])27}
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1import Foundation2import XCTest3class CountMatcherTests: XCTestCase {4 func testInequalityCountMatcher_atMost_atThreshold() {5 let matcher = CountMatcher.atMost(3)6 XCTAssertFalse(matcher.matches(4))7 XCTAssertFalse(matcher.matches(3))8 XCTAssertTrue(matcher.matches(2))9 XCTAssertTrue(matcher.matches(1))10 XCTAssertTrue(matcher.matches(0))11 XCTAssertEqual("at most 3", matcher.description)12 }13}14import Foundation15import XCTest16class CountMatcherTests: XCTestCase {17 func testInequalityCountMatcher_atLeast_atThreshold() {18 let matcher = CountMatcher.atLeast(3)19 XCTAssertTrue(matcher.matches(4))20 XCTAssertTrue(matcher.matches(3))21 XCTAssertFalse(matcher.matches(2))22 XCTAssertFalse(matcher.matches(1))23 XCTAssertFalse(matcher.matches(0))24 XCTAssertEqual("at least 3", matcher.description)25 }26}
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1func testInequalityCountMatcher_atMost_atThreshold() {2 let matcher = CountMatcher.atMost(2, atThreshold: 0.0)3 XCTAssertEqual(matcher.matches([1, 2, 3]), false)4 XCTAssertEqual(matcher.matches([1, 2]), true)5 XCTAssertEqual(matcher.matches([1]), true)6 XCTAssertEqual(matcher.matches([]), true)7}8func testInequalityCountMatcher_atLeast_atThreshold() {9 let matcher = CountMatcher.atLeast(2, atThreshold: 0.0)10 XCTAssertEqual(matcher.matches([1, 2, 3]), true)11 XCTAssertEqual(matcher.matches([1, 2]), true)12 XCTAssertEqual(matcher.matches([1]), false)13 XCTAssertEqual(matcher.matches([]), false)14}15func testInequalityCountMatcher_atMost() {16 let matcher = CountMatcher.atMost(2)17 XCTAssertEqual(matcher.matches([1, 2, 3]), false)18 XCTAssertEqual(matcher.matches([1, 2]), true)19 XCTAssertEqual(matcher.matches([1]), true)20 XCTAssertEqual(matcher.matches([]), true)21}22func testInequalityCountMatcher_atLeast() {23 let matcher = CountMatcher.atLeast(2)24 XCTAssertEqual(matcher.matches([1, 2, 3]), true)25 XCTAssertEqual(matcher.matches([1, 2]), true)26 XCTAssertEqual(matcher.matches([1]), false)27 XCTAssertEqual(matcher.matches([]), false)28}29func testInequalityCountMatcher_atMost_atThreshold() {30 let matcher = CountMatcher.atMost(2, atThreshold: 0.0)31 XCTAssertEqual(matcher.matches([1, 2, 3]), false)32 XCTAssertEqual(matcher.matches([1, 2]), true)33 XCTAssertEqual(matcher.matches([1]), true)34 XCTAssertEqual(matcher.matches([]), true)35}
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1import XCTest2class CountMatcherTests: XCTestCase {3 func testInequalityCountMatcher_atMost_atThreshold() {4 let matcher = CountMatcher.atMost(2)5 let matches = matcher.matches(5, threshold: threshold)6 XCTAssertFalse(matches)7 }8}9import XCTest10class CountMatcherTests: XCTestCase {11 func testInequalityCountMatcher_atMost_atThreshold() {12 let matcher = CountMatcher.atMost(2)13 let matches = matcher.matches(5, threshold: threshold)14 XCTAssertFalse(matches)15 }16}17import XCTest18class CountMatcherTests: XCTestCase {19 func testInequalityCountMatcher_atMost_atThreshold() {20 let matcher = CountMatcher.atMost(2)21 let matches = matcher.matches(5, threshold: threshold)22 XCTAssertFalse(matches)23 }24}25import XCTest26class CountMatcherTests: XCTestCase {27 func testInequalityCountMatcher_atMost_atThreshold() {28 let matcher = CountMatcher.atMost(2)29 let matches = matcher.matches(5, threshold: threshold)30 XCTAssertFalse(matches)31 }32}33import XCTest34class CountMatcherTests: XCTestCase {35 func testInequalityCountMatcher_atMost_atThreshold() {36 let matcher = CountMatcher.atMost(2)37 let matches = matcher.matches(5, threshold: threshold)38 XCTAssertFalse(matches)39 }40}41import XCTest42class CountMatcherTests: XCTestCase {43 func testInequalityCountMatcher_atMost_atThreshold() {44 let matcher = CountMatcher.atMost(2)45 let matches = matcher.matches(5, threshold: threshold
testInequalityCountMatcher_atMost_atThreshold
Using AI Code Generation
1func testInequalityCountMatcher_atMost_atThreshold() {2}3func testInequalityCountMatcher_atMost_atThreshold() {4}5func testInequalityCountMatcher_atLeast_atThreshold() {6}7func testInequalityCountMatcher_atLeast_atThreshold() {8}9func testInequalityCountMatcher_atLeast_atThreshold() {10}11func testInequalityCountMatcher_atLeast_atThreshold() {
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Most used method in CountMatcherTests
- setUp
- testAdverbialCount_exactlyNever
- testAdverbialCount_exactlyOnce
- testAdverbialCount_exactlyTwice
- testAdverbialCount_atMostOnce
- testAdverbialCount_atLeastOnce
- testAdverbialCount_atMostTwice
- testAdverbialCount_atLeastTwice
- testExactCountMatcher
- testExactCountMatcher_convenience
- testInequalityCountMatcher_atLeast_atThreshold
- testInequalityCountMatcher_atLeast_aboveThreshold
- testInequalityCountMatcher_atMost_atThreshold
- testInequalityCountMatcher_atMost_belowThreshold
- testCountMatcherComposition_orOperator
- testCountMatcherComposition_andOperator
- testCountMatcherComposition_notOperator
- testCountMatcherComposition_notOperatorWithAndOperator
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