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How to use Method0 method of TestClasses.DerivedClass class

Best Vstest code snippet using TestClasses.DerivedClass.Method0

TestClasses.cs

Source:TestClasses.cs

...6#pragma warning disable IDE0060 // Remove unused parameter7#pragma warning disable CA1822 // Mark members as static8internal class DerivedClass : BaseClass9{10    public new void Method0(int i) { }11}12internal class BaseClass13{14    public void Method0(int i) { }15    public void Method1(int i) { }16}17internal class Outer18{19    public void Method0() { }20    public void Method1(int i) { }21    public void Method2(List<string> ls) { }22    public void Method3(string p, int l) { }23    internal class Inner24    {25        public void Method0() { }26        public void Method1(int i) { }27        public void Method2<U>(int i) { }28        public void Method3<U, T>(int i) { }29    }30}31internal class OuterPrime : Outer { }32internal class Outer<T>33{34    public void Method0() { }35    public void Method1(T t) { }36    public void Method2<U>(U[] u) { }37    public void Method3<U>(T t, U u) { }38    internal class Inner<V>39    {40        public void Method0() { }41        public void Method1(T t) { }42        public void Method2(V v) { }43        public void Method3<U>(T t, U u, V v) { }44        public void Method4<U, X>(X x, U u) { }45        public void Method5<U, X>(List<X> x, U u) { }46        internal class MoreInner<I>47        {48            public void Method0<U>(T t, V v, I i, U u) { }49        }50    }51}52internal class OuterPrime<Z> : Outer<Z> { }53internal class OuterPrime<Y, Z> : Outer<Z> { }54internal class OuterString : Outer<string> { }55internal interface IImplementation56{57    void ImplMethod0();58    void ImplMethod1(int i);59}60internal class Impl : IImplementation61{62    void IImplementation.ImplMethod0() { }63    void IImplementation.ImplMethod1(int i) { }64}65internal interface IImplementation<T>66{67    void ImplMethod0();68    void ImplMethod1(T t);69    void ImplMethod2<U>(T t, U u, string s);70}71internal class Impl<T> : IImplementation<T>72{73    void IImplementation<T>.ImplMethod0() { }74    void IImplementation<T>.ImplMethod1(T t) { }75    void IImplementation<T>.ImplMethod2<U>(T t, U u, string s) { }76}77internal class Overloads78{79    public void Overload0() { }80    public void Overload0(int i) { }81    public void Overload0(int i, Overloads c) { }82    public unsafe void Overload0(int* p) { }83    public void Overload0(dynamic d) { }84    public void Overload0<U>(U u) { }85    public void Overload0<U>() { }86    public void Overload0<U, T>() { }87    public void Overload0<U>(U[] u) { }...

Program.cs

Source:Program.cs

...18        var derivedClass = typeof(TestClasses.DerivedClass);19        var baseClass = typeof(TestClasses.BaseClass);20        var derivedMethods = derivedClass.GetMethods(PrivateBindingFlags).ToArray();21        var baseMethods = baseClass.GetMethods(PrivateBindingFlags).ToArray();22        var derivedMethod0 = derivedMethods.Single(i => i.Name == "Method0" && i.DeclaringType == derivedClass);23        var derivedbaseMethod0 = derivedMethods.Single(i => i.Name == "Method0" && i.DeclaringType == baseClass);24        var baseMethod0 = baseMethods.Single(i => i.Name == "Method0" && i.DeclaringType == baseClass);25        // {26        //     ManagedNameHelper.GetManagedName(derivedMethod0, out var managedType, out var managedMethod, out var hierarchies);27        //     var methodBase = ManagedNameHelper.GetMethod(derivedClass.Assembly, managedType, managedMethod);28        // }29        // 30        // {31        //     ManagedNameHelper.GetManagedName(derivedbaseMethod0, out var managedType, out var managedMethod, out var hierarchies);32        //     var methodBase = ManagedNameHelper.GetMethod(derivedClass.Assembly, managedType, managedMethod);33        // }34        //{35        //    ManagedNameHelper.GetManagedName(baseMethod0, out var managedType, out var managedMethod, out var hierarchies);36        //    var methodBase = ManagedNameHelper.GetMethod(derivedClass.Assembly, managedType, managedMethod);37        //}38        {39            var method = typeof(TestClasses.IImplementation<string>).GetMethods(PrivateBindingFlags).SingleOrDefault(i => i.Name == "ImplMethod2")!;40            method = method.MakeGenericMethod(typeof(int));41            ManagedNameHelper.GetManagedName(method, out var managedType, out var managedMethod, out var hierarchies);42            var methodBase = ManagedNameHelper.GetMethod(derivedClass.Assembly, managedType, managedMethod);43        }44    }45}...

Method0

Using AI Code Generation

1{2    public void Method0()3    {4        System.Console.WriteLine("code to use Method0 method of TestClasses.BaseClass class");5    }6    public void Method1()7    {8        System.Console.WriteLine("code to use Method1 method of TestClasses.BaseClass class");9    }10    public void Method2()11    {12        System.Console.WriteLine("code to use Method2 method of TestClasses.BaseClass class");13    }14    public void Method3()15    {16        System.Console.WriteLine("code to use Method3 method of TestClasses.BaseClass class");17    }18    public void Method4()19    {20        System.Console.WriteLine("code to use Method4 method of TestClasses.BaseClass class");21    }

Method0

Using AI Code Generation

1TestClass.DerivedClass.Method0();2TestClass.DerivedClass.Method1();3TestClass.DerivedClass.Method2();4TestClass.DerivedClass.Method0();5TestClass.DerivedClass.Method1();6TestClass.DerivedClass.Method2();7TestClass.DerivedClass.Method0();8TestClass.DerivedClass.Method1();9TestClass.DerivedClass.Method2();10TestClass.DerivedClass.Method0();11TestClass.DerivedClass.Method1();12TestClass.DerivedClass.Method2();13TestClass.DerivedClass.Method0();14TestClass.DerivedClass.Method1();15TestClass.DerivedClass.Method2();16TestClass.DerivedClass.Method0();17TestClass.DerivedClass.Method1();18TestClass.DerivedClass.Method2();19TestClass.DerivedClass.Method0();

Method0

Using AI Code Generation

1using TestClasses;2DerivedClass dc = new DerivedClass();3dc.Method0();4using TestClasses;5DerivedClass dc = new DerivedClass();6dc.Method1();7using TestClasses;8DerivedClass dc = new DerivedClass();9dc.Method2();10So, I want to know how to create a build file that can build all the above files (1.cs, 2.cs, 3.cs) and create a single assembly file (let's say TestClasses.dll). I have used the following build file to build the TestClasses.dll file:11    <property name="asm.file" value="${bin.dir}/${asm.name}"/>12        <fileset dir="${src.dir}">13        <fileset dir="${lib.dir}">14        <arg value="/target:${target}"/>15        <arg value="/out:${asm.file}"/>16        <arg value="/targetframework:${targetframework}"/>17        <arg value="/debug:${debug}"/>18        <delete dir="${build.dir}"/>19        <mkdir dir="${build.dir}"/>20        <mkdir dir="${bin.dir}"/>21        <csc target="library" debug="true" optimize="true" output="${asm.file}">22            <fileset dir="${src.dir}">

Method0

Using AI Code Generation

1using TestClasses;2DerivedClass dc = new DerivedClass();3dc.Method0();4using TestClasses;5DerivedClass dc = new DerivedClass();6dc.Method0();7using TestClasses;8DerivedClass dc = new DerivedClass();9dc.Method0();10using TestClasses;11DerivedClass dc = new DerivedClass();12dc.Method0();13using TestClasses;14DerivedClass dc = new DerivedClass();15dc.Method0();16using TestClasses;17DerivedClass dc = new DerivedClass();18dc.Method0();19using TestClasses;20DerivedClass dc = new DerivedClass();21dc.Method0();22using TestClasses;23DerivedClass dc = new DerivedClass();24dc.Method0();25using TestClasses;26DerivedClass dc = new DerivedClass();27dc.Method0();28using TestClasses;29DerivedClass dc = new DerivedClass();30dc.Method0();31using TestClasses;32DerivedClass dc = new DerivedClass();33dc.Method0();34using TestClasses;35DerivedClass dc = new DerivedClass();36dc.Method0();37using TestClasses;38DerivedClass dc = new DerivedClass();39dc.Method0();

Method0

Using AI Code Generation

1using System;2using TestClasses;3{4    public static void Main()5    {6        DerivedClass dc = new DerivedClass();7        dc.Method0();8    }9}10using System;11using TestClasses;12{13    public static void Main()14    {15        DerivedClass dc = new DerivedClass();16        dc.Method1();17    }18}19using System;20using TestClasses;21{22    public static void Main()23    {24        DerivedClass dc = new DerivedClass();25        dc.Method2();26    }27}28using System;29using TestClasses;30{31    public static void Main()32    {33        DerivedClass dc = new DerivedClass();34        dc.Method3();35    }36}37using System;38using TestClasses;39{40    public static void Main()41    {42        DerivedClass dc = new DerivedClass();43        dc.Method4();44    }45}46using System;47using TestClasses;48{49    public static void Main()50    {51        DerivedClass dc = new DerivedClass();52        dc.Method5();53    }54}55using System;56using TestClasses;57{58    public static void Main()59    {60        DerivedClass dc = new DerivedClass();61        dc.Method6();62    }63}64using System;65using TestClasses;66{67    public static void Main()68    {69        DerivedClass dc = new DerivedClass();70        dc.Method7();71    }72}73using System;74using TestClasses;75{76    public static void Main()77    {

Method0

Using AI Code Generation

1using System;2using System.Reflection;3using System.Reflection.Emit;4using System.Threading;5{6    {7        public override void Method0()8        {9            Console.WriteLine("DerivedClass.Method0");10        }11    }12}13using System;14using System.Reflection;15using System.Reflection.Emit;16using System.Threading;17{18    {19        public override void Method0()20        {21            Console.WriteLine("DerivedClass.Method0");22        }23    }24}25using System;26using System.Reflection;27using System.Reflection.Emit;28using System.Threading;29{30    {31        public override void Method0()32        {33            Console.WriteLine("DerivedClass.Method0");34        }35    }36}37using System;38using System.Reflection;39using System.Reflection.Emit;40using System.Threading;41{42    {43        public override void Method0()44        {45            Console.WriteLine("DerivedClass.Method0");46        }47    }48}49using System;50using System.Reflection;51using System.Reflection.Emit;52using System.Threading;53{54    {55        public override void Method0()56        {57            Console.WriteLine("DerivedClass.Method0");58        }59    }60}61using System;62using System.Reflection;63using System.Reflection.Emit;64using System.Threading;65{66    {67        public override void Method0()68        {69            Console.WriteLine("DerivedClass.Method0");70        }71    }72}73using System;74using System.Reflection;75using System.Reflection.Emit;76using System.Threading;77{

Method0

Using AI Code Generation

1using TestClasses;2{3    public static void Main()4    {5        DerivedClass dc = new DerivedClass();6        Console.WriteLine(dc.Method0());7    }8}9using TestClasses;10{11    public static void Main()12    {13        DerivedClass dc = new DerivedClass();14        Console.WriteLine(dc.Method0());15    }16}17using TestClasses;

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