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How to use Overloaded method of Telerik.JustMock.Tests.NonPublicFixture class

Best JustMockLite code snippet using Telerik.JustMock.Tests.NonPublicFixture.Overloaded

NonPublicFixture.cs

Source:NonPublicFixture.cs

...360				"No methods or properties found with the given name.\r\n").Replace("\r\n", Environment.NewLine), message2);361		}362		public abstract class NonPublicOverloads363		{364			protected abstract int NotOverloaded(int a, out object b);365			protected abstract int Overloaded(int a);366			protected abstract int Overloaded(string a);367			protected abstract int Prop { set; }368			public int CallNotOverloaded(int a, out object b)369			{370				return NotOverloaded(a, out b);371			}372			public int SetProp373			{374				set { Prop = value; }375			}376		}377		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]378		public void ShouldQuickArrangeNonPublicNonOverloadedMethod()379		{380			var mock = Mock.Create<NonPublicOverloads>(Behavior.CallOriginal);381			Mock.NonPublic.Arrange<int>(mock, "NotOverloaded").Returns(5);382			object b;383			var result = mock.CallNotOverloaded(5, out b);384			Assert.Equal(5, result);385		}386		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]387		public void ShouldQuickArrangeNonPublicSetter()388		{389			var mock = Mock.Create<NonPublicOverloads>(Behavior.CallOriginal);390			bool called = false;391			Mock.NonPublic.Arrange(mock, "Prop").DoInstead(() => called = true);392			mock.SetProp = 5;393			Assert.True(called);394		}395		[TestMethod, TestCategory("Lite"), TestCategory("NonPublic")]396		public void ShouldFailToQuickArrangeNonPublicOverloadedMethods()397		{398			var mock = Mock.Create<NonPublicOverloads>();399			Assert.Throws<MissingMemberException>(() => Mock.NonPublic.Arrange<int>(mock, "Overloaded"));400		}401		public abstract class GenericTest402		{403			protected abstract T Do<T>(T x);404			protected abstract IEnumerable<T> Enumerate<T>();405			public int TestDo()406			{407				return Do(10);408			}409			public IEnumerable<int> TestEnumerate()410			{411				return Enumerate<int>();412			}413		}...

Overloaded

Using AI Code Generation

1var mock = Mock.Create<NonPublicFixture>();2Mock.NonPublic.Arrange<NonPublicFixture, int>(mock, "OverloadedMethod", 1).Returns(2);3Mock.NonPublic.Arrange<NonPublicFixture, string>(mock, "OverloadedMethod", "a").Returns("b");4var mock = Mock.Create<NonPublicFixture>();5Mock.NonPublic.Arrange<NonPublicFixture, int>(mock, "OverloadedMethod", 1).Returns(2);6Mock.NonPublic.Arrange<NonPublicFixture, string>(mock, "OverloadedMethod", "a").Returns("b");7var mock = Mock.Create<NonPublicFixture>();8Mock.NonPublic.Arrange<NonPublicFixture, int>(mock, "OverloadedMethod", 1).Returns(2);9Mock.NonPublic.Arrange<NonPublicFixture, string>(mock, "OverloadedMethod", "a").Returns("b");10var mock = Mock.Create<NonPublicFixture>();11Mock.NonPublic.Arrange<NonPublicFixture, int>(mock, "OverloadedMethod", 1).Returns(2);12Mock.NonPublic.Arrange<NonPublicFixture, string>(mock, "OverloadedMethod", "a").Returns("b");13var mock = Mock.Create<NonPublicFixture>();14Mock.NonPublic.Arrange<NonPublicFixture, int>(mock, "OverloadedMethod", 1).Returns(2);15Mock.NonPublic.Arrange<NonPublicFixture, string>(mock, "OverloadedMethod", "a").Returns("b");16var mock = Mock.Create<NonPublicFixture>();17Mock.NonPublic.Arrange<NonPublicFixture, int>(mock, "OverloadedMethod", 1).Returns(2);18Mock.NonPublic.Arrange<NonPublicFixture, string>(mock, "

Overloaded

Using AI Code Generation

1public void OverloadedMethod()2{3    var target = Mock.Create<NonPublicFixture>();4    Mock.Arrange(() => target.OverloadedMethod(1)).Returns(1);5    Mock.Arrange(() => target.OverloadedMethod(2)).Returns(2);6    Assert.AreEqual(1, target.OverloadedMethod(1));7    Assert.AreEqual(2, target.OverloadedMethod(2));8}9public void OverloadedMethod()10{11    var target = Mock.Create<NonPublicFixture>();12    Mock.Arrange(() => target.OverloadedMethod(1)).Returns(1);13    Mock.Arrange(() => target.OverloadedMethod(2)).Returns(2);14    Assert.AreEqual(1, target.OverloadedMethod(1));15    Assert.AreEqual(2, target.OverloadedMethod(2));16}17public void OverloadedMethod()18{19    var target = Mock.Create<NonPublicFixture>();20    Mock.Arrange(() => target.OverloadedMethod(1)).Returns(1);21    Mock.Arrange(() => target.OverloadedMethod(2)).Returns(2);22    Assert.AreEqual(1, target.OverloadedMethod(1));23    Assert.AreEqual(2, target.OverloadedMethod(2));24}25public void OverloadedMethod()26{27    var target = Mock.Create<NonPublicFixture>();28    Mock.Arrange(() => target.OverloadedMethod(1)).Returns(1);29    Mock.Arrange(() => target.OverloadedMethod(2)).Returns(2);30    Assert.AreEqual(1, target.OverloadedMethod(1));31    Assert.AreEqual(2, target.OverloadedMethod(2));32}33public void OverloadedMethod()34{35    var target = Mock.Create<NonPublicFixture>();36    Mock.Arrange(() => target.OverloadedMethod(1)).Returns(1);37    Mock.Arrange(()

Overloaded

Using AI Code Generation

1{2    {3        internal string NonPublicMethod()4        {5            return "NonPublicMethod";6        }7    }8}9{10    {11        internal string NonPublicMethod()12        {13            return "NonPublicMethod";14        }15    }16}17{18    {19        internal string NonPublicMethod()20        {21            return "NonPublicMethod";22        }23    }24}25{26    {27        internal string NonPublicMethod()28        {29            return "NonPublicMethod";30        }31    }32}33{34    {35        internal string NonPublicMethod()36        {37            return "NonPublicMethod";38        }39    }40}41{42    {43        internal string NonPublicMethod()44        {45            return "NonPublicMethod";46        }47    }48}49{50    {51        internal string NonPublicMethod()52        {53            return "NonPublicMethod";54        }55    }56}57{58    {59        internal string NonPublicMethod()60        {61            return "NonPublicMethod";62        }63    }64}

Overloaded

Using AI Code Generation

1Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod").Returns("overloaded");2Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded").Returns("overloaded");3Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded", 1).Returns("overloaded");4Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded", 1, 1).Returns("overloaded");5Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded", 1, 1, 1).Returns("overloaded");6Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded", 1, 1, 1, 1).Returns("overloaded");7Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded", 1, 1, 1, 1, 1).Returns("overloaded");8Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded", 1, 1, 1, 1, 1, 1).Returns("overloaded");9Mock.NonPublic.Arrange<NonPublicFixture, string>(fixture, "OverloadedMethod", "overloaded", 1, 1, 1, 1, 1, 1, 1).Returns("overloaded");

Overloaded

Using AI Code Generation

1{2    {3        private int privateField = 0;4        private int PrivateProperty { get; set; }5        private int PrivateMethod(int a, int b)6        {7            return a + b;8        }9        public int PublicMethod(int a, int b)10        {11            return PrivateMethod(a, b);12        }13    }14}15{16    {17        private int privateField = 0;18        private int PrivateProperty { get; set; }19        private int PrivateMethod(int a, int b)20        {21            return a + b;22        }23        public int PublicMethod(int a, int b)24        {25            return PrivateMethod(a, b);26        }27    }28}29{30    {31        private int privateField = 0;32        private int PrivateProperty { get; set; }33        private int PrivateMethod(int a, int b)34        {35            return a + b;36        }37        public int PublicMethod(int a, int b)38        {39            return PrivateMethod(a, b);40        }41    }42}43{44    {45        private int privateField = 0;46        private int PrivateProperty { get; set; }47        private int PrivateMethod(int a, int b)48        {49            return a + b;50        }51        public int PublicMethod(int a, int b)52        {53            return PrivateMethod(a, b);54        }55    }56}57{58    {59        private int privateField = 0;60        private int PrivateProperty { get; set; }61        private int PrivateMethod(int a, int b)62        {63            return a + b;64        }

Overloaded

Using AI Code Generation

1{2    {3        public NonPublicFixture()4        {5            this.NonPublicMethod();6        }7        public void NonPublicMethod()8        {9        }10    }11}12{13    {14        public NonPublicFixture()15        {16            this.NonPublicMethod();17        }18        public void NonPublicMethod()19        {20        }21    }22}23{24    {25        public NonPublicFixture()26        {27            this.NonPublicMethod();28        }29        public void NonPublicMethod()30        {31        }32    }33}34{35    {36        public NonPublicFixture()37        {38            this.NonPublicMethod();39        }40        public void NonPublicMethod()41        {42        }43    }44}45{46    {47        public NonPublicFixture()48        {49            this.NonPublicMethod();50        }51        public void NonPublicMethod()52        {53        }54    }55}56{57    {58        public NonPublicFixture()59        {60            this.NonPublicMethod();61        }62        public void NonPublicMethod()63        {64        }65    }66}67{68    {69        public NonPublicFixture()70        {71            this.NonPublicMethod();72        }

Overloaded

Using AI Code Generation

1public void TestMethod()2{3    var nonPublicFixture = new NonPublicFixture();4    var mock = Mock.Create<NonPublicFixture>();5    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", 1).Returns(1);6    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", "1").Returns(2);7    Assert.AreEqual(1, nonPublicFixture.OverloadedMethod(1));8    Assert.AreEqual(2, nonPublicFixture.OverloadedMethod("1"));9}10public void TestMethod()11{12    var nonPublicFixture = new NonPublicFixture();13    var mock = Mock.Create<NonPublicFixture>();14    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", 1).Returns(1);15    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", "1").Returns(2);16    Assert.AreEqual(1, nonPublicFixture.OverloadedMethod(1));17    Assert.AreEqual(2, nonPublicFixture.OverloadedMethod("1"));18}19public void TestMethod()20{21    var nonPublicFixture = new NonPublicFixture();22    var mock = Mock.Create<NonPublicFixture>();23    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", 1).Returns(1);24    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", "1").Returns(2);25    Assert.AreEqual(1, nonPublicFixture.OverloadedMethod(1));26    Assert.AreEqual(2, nonPublicFixture.OverloadedMethod("1"));27}28public void TestMethod()29{30    var nonPublicFixture = new NonPublicFixture();31    var mock = Mock.Create<NonPublicFixture>();32    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", 1).Returns(1);33    Mock.NonPublic.Arrange<NonPublicFixture>(mock, "OverloadedMethod", "1").Returns(2);34    Assert.AreEqual(

Overloaded

Using AI Code Generation

1var instance = new NonPublicFixture();2Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "A", 1).Returns("A1");3Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "B", 2).Returns("B2");4Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "C", 3).Returns("C3");5Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "D", 4).Returns("D4");6Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "E", 5).Returns("E5");7Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "F", 6).Returns("F6");8Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "G", 7).Returns("G7");9Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "H", 8).Returns("H8");10Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "I", 9).Returns("I9");11Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "J", 10).Returns("J10");12Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "K", 11).Returns("K11");13Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "L", 12).Returns("L12");14Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "M", 13).Returns("M13");15Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "N", 14).Returns("N14");16Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "O", 15).Returns("O15");17Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "P", 16).Returns("P16");18Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "Q", 17).Returns("Q17");19Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "R", 18).Returns("R18");20Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "S", 19).Returns("S19");21Mock.NonPublic.NonPublicExpect(instance, "OverloadedMethod", "T", 20).Returns("T20");22Mock.NonPublic.NonPublicExpect(instance, "Over

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