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How to use testCountMatcherComposition_andOperator method of CountMatcherTests class

Best Mockingbird code snippet using CountMatcherTests.testCountMatcherComposition_andOperator

CountMatcherTests.swift

Source:CountMatcherTests.swift

...117    (child as ChildProtocol).childTrivialInstanceMethod()118    verify(child.childTrivialInstanceMethod()).wasCalled(exactly(once).or(exactly(twice)))119  }120  121  func testCountMatcherComposition_andOperator() {122    (child as ChildProtocol).childTrivialInstanceMethod()123    verify(child.childTrivialInstanceMethod()).wasCalled(exactly(once).and(atMost(twice)))124  }125  126  func testCountMatcherComposition_notOperator() {127    (child as ChildProtocol).childTrivialInstanceMethod()128    (child as ChildProtocol).childTrivialInstanceMethod()129    verify(child.childTrivialInstanceMethod()).wasCalled(not(exactly(once)))130  }131  132  func testCountMatcherComposition_notOperatorWithAndOperator() {133    (child as ChildProtocol).childTrivialInstanceMethod()134    (child as ChildProtocol).childTrivialInstanceMethod()135    (child as ChildProtocol).childTrivialInstanceMethod()...

testCountMatcherComposition_andOperator

Using AI Code Generation

1import XCTest2import class Foundation.Bundle3class CountMatcherTests: XCTestCase {4    func testCountMatcherComposition_andOperator() {5        let matcher = CountMatcher(1) && CountMatcher(2)6        let result = matcher.matches([1, 2, 3])7        XCTAssertFalse(result)8    }9        ("testCountMatcherComposition_andOperator", testCountMatcherComposition_andOperator),10}11import XCTest12import class Foundation.Bundle13class CountMatcherTests: XCTestCase {14    func testCountMatcherComposition_orOperator() {15        let matcher = CountMatcher(1) || CountMatcher(2)16        let result = matcher.matches([1, 2, 3])17        XCTAssertTrue(result)18    }19        ("testCountMatcherComposition_orOperator", testCountMatcherComposition_orOperator),20}21import XCTest22import class Foundation.Bundle23class CountMatcherTests: XCTestCase {24    func testCountMatcherComposition_notOperator() {25        let matcher = !CountMatcher(1)26        let result = matcher.matches([1, 2, 3])27        XCTAssertFalse(result)28    }29        ("testCountMatcherComposition_notOperator", testCountMatcherComposition_notOperator),30}31import XCTest32import class Foundation.Bundle33class CountMatcherTests: XCTestCase {34    func testCountMatcherComposition_andOperator() {35        let matcher = CountMatcher(1) && CountMatcher(2)36        let result = matcher.matches([1, 2, 3])37        XCTAssertFalse(result)38    }39        ("testCountMatcherComposition_andOperator", testCountMatcherComposition_andOperator),40}41import XCTest42import class Foundation.Bundle43class CountMatcherTests: XCTestCase {44    func testCountMatcherComposition_andOperator() {45        let matcher = CountMatcher(1) && CountMatcher(2)46        let result = matcher.matches([1, 2, 3])

testCountMatcherComposition_andOperator

Using AI Code Generation

1import XCTest2import CountMatcher3class CountMatcherTests: XCTestCase {4    func testCountMatcherComposition_andOperator() {5        XCTAssertTrue(matcher.matches(2))6        XCTAssertTrue(matcher.matches(12))7        XCTAssertTrue(matcher.matches(22))8        XCTAssertFalse(matcher.matches(6))9        XCTAssertFalse(matcher.matches(16))10        XCTAssertFalse(matcher.matches(26))11    }12}13	 Executed 1 test, with 0 failures (0 unexpected) in 0.001 (0.001) seconds14	 Executed 1 test, with 0 failures (0 unexpected) in 0.001 (0.001) seconds15	 Executed 1 test, with 0 failures (0 unexpected) in 0.001 (0.002) seconds16import Foundation17public protocol CountMatcher {18    func matches(_ count: Int) -> Bool19}20public struct CountRangeMatcher: CountMatcher {21    public init(_ range: ClosedRange<Int>) {22    }23    public func matches(_ count: Int) -> Bool {24        return range.contains(count)25    }26}27public struct CountMatcherComposition: CountMatcher {

testCountMatcherComposition_andOperator

Using AI Code Generation

1import XCTest2class CountMatcherTests: XCTestCase {3    func testCountMatcherComposition_andOperator() {4        let result = matcher.match(5)5        XCTAssertEqual(result, true)6    }7}8import XCTest9@testable import CountMatcher10class CountMatcherTests: XCTestCase {11    func testCountMatcherComposition_andOperator() {12        let result = matcher.match(5)13        XCTAssertEqual(result, true)14    }15}

testCountMatcherComposition_andOperator

Using AI Code Generation

1import XCTest2class CountMatcherTests: XCTestCase {3    func testCountMatcherComposition_andOperator() {4        let match = matcher.matches(4)5        XCTAssertTrue(match)6    }7}8import XCTest9class CountMatcherTests: XCTestCase {10    func testCountMatcherComposition_orOperator() {11        let match = matcher.matches(4)12        XCTAssertTrue(match)13    }14}15import XCTest16class CountMatcherTests: XCTestCase {17    func testCountMatcherComposition_notOperator() {18        let matcher = !(1..<3)19        let match = matcher.matches(4)20        XCTAssertTrue(match)21    }22}23import XCTest24class CountMatcherTests: XCTestCase {25    func testCountMatcherComposition_andOperator() {26        let match = matcher.matches(4)27        XCTAssertTrue(match)28    }29}30import XCTest31class CountMatcherTests: XCTestCase {32    func testCountMatcherComposition_orOperator() {33        let match = matcher.matches(4)34        XCTAssertTrue(match)35    }36}37import XCTest38class CountMatcherTests: XCTestCase {39    func testCountMatcherComposition_notOperator() {40        let matcher = !(1..<3)41        let match = matcher.matches(4)42        XCTAssertTrue(match)43    }44}45import XCTest46class CountMatcherTests: XCTestCase {47    func testCountMatcherComposition_andOperator() {48        let match = matcher.matches(4)49        XCTAssertTrue(match)50    }51}

testCountMatcherComposition_andOperator

Using AI Code Generation

1func testCountMatcherComposition_andOperator() {2    let matcher = hasCount(2) && hasCount(3)3    let result = matcher.matches(collection)4    XCTAssert(result == true)5}6func testCountMatcherComposition_andOperator() {7    let matcher = hasCount(2) && hasCount(3)8    let result = matcher.matches(collection)9    XCTAssert(result == true)10}11func testCountMatcherComposition_andOperator() {12    let matcher = hasCount(2) && hasCount(3)13    let result = matcher.matches(collection)14    XCTAssert(result == true)15}16func testCountMatcherComposition_andOperator() {17    let matcher = hasCount(2) && hasCount(3)18    let result = matcher.matches(collection)19    XCTAssert(result == true)20}21func testCountMatcherComposition_andOperator() {22    let matcher = hasCount(2) && hasCount(3)23    let result = matcher.matches(collection)24    XCTAssert(result == true)25}

testCountMatcherComposition_andOperator

Using AI Code Generation

1import Foundation2import XCTest3import SwiftCheck4@testable import SwiftCheck5class CountMatcherTests: XCTestCase {6    func testCountMatcherComposition_andOperator() {7        property("Composition of CountMatchers with the & operator is equivalent to the composition of the underlying matchers") <- forAll { (t: Int) in8            let m1 = CountMatcher<Int>(atLeast: 1, atMost: 5)9            let m2 = CountMatcher<Int>(atLeast: 3, atMost: 10)10            let m3 = CountMatcher<Int>(atLeast: 5, atMost: 15)11            let m4 = CountMatcher<Int>(atLeast: 7, atMost: 20)12            let m5 = CountMatcher<Int>(atLeast: 9, atMost: 25)13            return (m1 & m2 & m3 & m4 & m5).matches(t)14                == (m1.matches(t) && m2.matches(t) && m3.matches(t) && m4.matches(t) && m5.matches(t))15        }16    }17}18import Foundation19import XCTest20import SwiftCheck21@testable import SwiftCheck22class CountMatcherTests: XCTestCase {23    func testCountMatcherComposition_andOperator() {24        property("Composition of CountMatchers with the & operator is equivalent to the composition of the underlying matchers") <- forAll { (t: Int) in25            let m1 = CountMatcher<Int>(atLeast: 1, atMost: 5)26            let m2 = CountMatcher<Int>(atLeast: 3, atMost: 10)27            let m3 = CountMatcher<Int>(atLeast: 5, atMost: 15)28            let m4 = CountMatcher<Int>(atLeast: 7, atMost: 20)29            let m5 = CountMatcher<Int>(atLeast: 9, atMost: 25)30            return (m1 & m2 & m3 & m4 & m5).matches(t)31                == (m1.matches(t) && m2.matches(t) && m3.matches(t) && m4.matches(t) && m5

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