How to use genericMethod method of test.Open class

Best Mockito-kotlin code snippet using test.Open.genericMethod

CardDrawerViewUnitTest.kt

Source:CardDrawerViewUnitTest.kt

...343    }344    @Test345    fun `when call function show when GenericPaymentMethod has no tag then not show tag`() {346        val spyCardDrawerView = spyk(cardDrawerView)347        val genericMethod = GenericPaymentMethod(348            0,349            GenericPaymentMethod.Text("Test", Color.parseColor("#000000")),350            null, null, null351        )352        spyCardDrawerView.show(genericMethod)353        Assert.assertEquals(354            View.GONE.toLong(),355            spyCardDrawerView.genericFrontLayout.findViewById<View>(R.id.card_tag_container).visibility.toLong()356        )357    }358    @Test359    fun `when call function show tag when GenericPagmentMethod has tag then show tag`() {360        val tag: CardDrawerSource.Tag = getTestTag()361        val spyCardDrawerView = spyk(cardDrawerView)362        val genericMethod = GenericPaymentMethod(363            0,364            GenericPaymentMethod.Text("Test", Color.parseColor("#000000")),365            null,366            null,367            tag368        )369        spyCardDrawerView.show(genericMethod)370        Assert.assertEquals(371            View.VISIBLE.toLong(),372            spyCardDrawerView.genericFrontLayout.findViewById<View>(R.id.card_tag_container).visibility.toLong()373        )374    }375    @Test376    fun `when call function show when PaymentCard has tag then show tag`() {377        val tag: CardDrawerSource.Tag = getTestTag()378        val spyCardDrawerView = spyk(cardDrawerView)379        val cardUI: CardUI = DefaultCardConfiguration(context)380        val paymentCard = PaymentCard(cardUI, tag)381        spyCardDrawerView.show(paymentCard)382        Assert.assertEquals(383            View.VISIBLE.toLong(),384            spyCardDrawerView.cardFrontLayout.findViewById<View>(R.id.card_tag_container).visibility.toLong()385        )386    }387    @Test388    fun `when call function show when PaymentCard has no tag then not show tag`() {389        val spyCardDrawerView = spyk(cardDrawerView)390        val cardUI: CardUI = DefaultCardConfiguration(context)391        val paymentCard = PaymentCard(cardUI)392        spyCardDrawerView.show(paymentCard)393        Assert.assertEquals(394            View.GONE.toLong(),395            spyCardDrawerView.cardFrontLayout.findViewById<View>(R.id.card_tag_container).visibility.toLong()396        )397    }398    @Test399    fun `when call show then set test and colors from tag for GenericPaymentMethod`() {400        val tag: CardDrawerSource.Tag = getTestTag()401        val spyCardDrawerView = spyk(cardDrawerView)402        val genericMethod = GenericPaymentMethod(403            0,404            GenericPaymentMethod.Text("Test", Color.parseColor("#000000")),405            null,406            null,407            tag408        )409        spyCardDrawerView.show(genericMethod)410        val textView: AppCompatTextView = spyCardDrawerView.genericFrontLayout.findViewById(R.id.card_tag)411        Assert.assertEquals(tag.text, textView.text)412        Assert.assertEquals(tag.textColor.toLong(), textView.currentTextColor.toLong())413        Assert.assertEquals(414            PorterDuffColorFilter(tag.backgroundColor, PorterDuff.Mode.SRC_ATOP),415            textView.background.colorFilter416        )417    }418    @Test419    fun `when call function showBottomLabel then change visibility to VISIBLE`() {420        val spyCardDrawerView = spyk(cardDrawerView)421        val bottomLabel = ReflectionHelpers.getField<BottomLabel>(spyCardDrawerView, "bottomLabel")422        spyCardDrawerView.showBottomLabel()423        verify {...

MixedKotlinModel.kt

Source:MixedKotlinModel.kt

...331    // Must be ignored332    suspend fun suspendFunctionParameter(parameter: suspend String.() -> Unit) {333    }334    // Must be ignored335    fun <T> genericMethod(): T? = null336    // Must be ignored337    fun <T> genericMethod(parameter: T.() -> Unit): Unit? = null338    // Must be ignored339    fun <T> genericMethod(parameter: T): Unit? = null340    // Must be ignored as class341    class MixedKotlinGeneric<T>342}343// Must be ignored as class344class MixedKotlinGeneric<T>...

KotlinModel.kt

Source:KotlinModel.kt

...333    // Must be ignored334    suspend fun suspendFunctionParameter(parameter: suspend String.() -> Unit) {335    }336    // Must be ignored337    fun <T> genericMethod(): T? = null338    // Must be ignored339    fun <T> genericMethod(parameter: T.() -> Unit): Unit? = null340    // Must be ignored341    fun <T> genericMethod(parameter: T): Unit? = null342    // Must be ignored as class343    class KotlinGeneric<T>344}345// Must be ignored as class346class KotlinGeneric<T>...

OngoingStubbingTest.kt

Source:OngoingStubbingTest.kt

...229        /* Expect */230        expectErrorWithMessage("onGeneric") on {231            /* When */232            mock<GenericMethods<Int>> {233                on { genericMethod() } doReturn 2234            }235        }236    }237    @Test238    fun doReturn_withGenericIntReturnType_onGeneric() {239        /* Given */240        val mock = mock<GenericMethods<Int>> {241            onGeneric { genericMethod() } doReturn 2242        }243        /* Then */244        expect(mock.genericMethod()).toBe(2)245    }246    @Test247    fun doReturn_withGenericNullableReturnType_onGeneric() {248        val m = mock<GenericMethods<String>> {249            onGeneric { nullableReturnType() } doReturn "Test"250        }251        expect(m.nullableReturnType()).toBe("Test")252    }253    @Test254    fun stubbingExistingMock() {255        /* Given */256        val mock = mock<Methods>()257        /* When */258        stubbing(mock) {...

Classes.kt

Source:Classes.kt

...81    @Suppress("UNUSED_PARAMETER")82    constructor(s: String)83}84interface GenericMethods<T> {85    fun genericMethod(): T86    fun nullableReturnType(): T?87}88class ThrowableClass(cause: Throwable) : Throwable(cause)...

LearnGeneric.kt

Source:LearnGeneric.kt

...4//å¦ä¹ æ³å5fun main() {6    val generic = GenericMethod()7    val result = generic.box(11)8    println("genericMethod: $result")9    val genericClass = GenericClass<String>("hahaha")10    println("genericClass: ${genericClass.test}")11    val managerChild = object : Manager<Child> {12        override fun manage(): Child {13            return Child()14        }15    }16    val managerParent :Manager<Parent> = managerChild17}18//å¨å½æ°ä¸ä½¿ç¨æ³ååæ°19class GenericMethod {20    fun <T> box(t: T): T {21        return t22    }...

genericMethod

Using AI Code Generation

1test.Open genericMethod = new test.Open();2genericMethod.Method1();3genericMethod.Method2();4genericMethod.Method3();5test.Close genericMethod = new test.Close();6genericMethod.Method1();7genericMethod.Method2();8genericMethod.Method3();9genericMethod.Method4();10genericMethod.Method5();11genericMethod.Method6();12}13}14}

genericMethod

Using AI Code Generation

1test.open.genericMethod("Hello");2test.close.genericMethod(10);3test.close.genericMethod("Hello");4test.close.genericMethod(10.5);5using System;6{7public void GenericMethod<T>(T param)8{9Console.WriteLine(param);10}11}12{13public static void Main()14{15Test test = new Test();16test.GenericMethod(10);17test.GenericMethod("Hello");18}19}20using System;21{22public void GenericMethod<T>() where T : class23{24Console.WriteLine("Type parameter has reference type");25}26}27{28public static void Main()29{30Test test = new Test();31test.GenericMethod<int>();32test.GenericMethod<string>();33test.GenericMethod<object>();34}35}36using System;37{38public void GenericMethod<T>() where T : struct39{40Console.WriteLine("Type parameter has value type");41}42public void GenericMethod<T>() where T : class43{44Console.WriteLine("Type parameter has reference type");45}46}47{48public static void Main()49{50Test test = new Test();51test.GenericMethod<int>();52test.GenericMethod<string>();53test.GenericMethod<object>();54}55}

genericMethod

Using AI Code Generation

1>  test.Open.genericMethod(“Hello”);  2>  test.Open.genericMethod(10);  3>  test.Open.genericMethod(10.5);  4>  test.Open.genericMethod(“Hello”, 10, 10.5);5>  test.Close.genericMethod(“Hello”);  6>  test.Close.genericMethod(10);  7>  test.Close.genericMethod(10.5);  8>  test.Close.genericMethod(“Hello”, 10, 10.5);9>  test.Nested.genericMethod(“Hello”);  10>  test.Nested.genericMethod(10);  11>  test.Nested.genericMethod(10.5);  12>  test.Nested.genericMethod(“Hello”, 10, 10.5);13>  test.Nested.Nested.genericMethod(“Hello”);  14>  test.Nested.Nested.genericMethod(10);  15>  test.Nested.Nested.genericMethod(10.5);  16>  test.Nested.Nested.genericMethod(“Hello”, 10, 10.5);17>  test.Nested.Nested.Nested.genericMethod(“Hello”);  18>  test.Nested.Nested.Nested.genericMethod(10);  19>  test.Nested.Nested.Nested.genericMethod(10.5);  20>  test.Nested.Nested.Nested.genericMethod(“Hello”, 10, 10.5);

genericMethod

Using AI Code Generation

1test.Open.genericMethod("String");2test.Close.genericMethod(123);3import java.io.*; 4class test { 5	class Open{ 6		static <T> void genericMethod(T t) { 7			System.out.println("Generic method called for " + t.getClass().getName()); 8		} 9	} 10} 11public class GFG { 12	public static void main(String[] args) { 13		test.Open.genericMethod("String"); 14	} 15}

genericMethod

Using AI Code Generation

1		test.open.genericMethod();2	}3}4package com.javatpoint;  5class Open{  6	public <T> void genericMethod(T t){  7		System.out.println(t);  8	}  9}  10public class Test1{  11	public static void main(String[] args) {  12		Open o=new Open();  13		o.genericMethod("hello");  14	}  15}

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