// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the Apache 2.0 License.
// See the LICENSE file in the project root for more information.
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Runtime.CompilerServices;
using System.Text;
using IronPython.Runtime;
namespace IronPythonTest {
public interface IOverrideTestInterface {
object x { get;set;}
string Method();
string y { get;set;}
string MethodOverridden();
object this[int index] {
get;
set;
}
}
public class OverrideTestDerivedClass : IOverrideTestInterface {
public static string Value;
object IOverrideTestInterface.x { get { return "IOverrideTestInterface.x invoked"; } set { Value = value.ToString() + "x"; } }
string IOverrideTestInterface.Method() { return "IOverrideTestInterface.method() invoked"; }
string IOverrideTestInterface.y { get { return "IOverrideTestInterface.y invoked"; } set { Value = value.ToString() + "y"; } }
public string y { get { return "OverrideTestDerivedClass.y invoked"; } }
string IOverrideTestInterface.MethodOverridden() { return "IOverrideTestInterface.MethodOverridden() invoked"; }
public string MethodOverridden() { return "OverrideTestDerivedClass.MethodOverridden() invoked"; }
object IOverrideTestInterface.this[int index] {
get {
return "abc";
}
set {
throw new NotImplementedException();
}
}
public object z;
}
public class ClassWithLiteral {
public const int Literal = 5;
}
public struct MySize {
public const int MaxSize = Int32.MaxValue;
public int width;
public int height;
public MySize(int w, int h) {
width = w;
height = h;
}
}
public class BaseClassStaticConstructor {
private static int value;
static BaseClassStaticConstructor() {
value = 10;
}
public int Value {
get {
return value;
}
}
public override string ToString() {
return "HelloWorld\r\nGoodBye";
}
}
public class BaseClass {
public MySize size;
protected int foo;
public BaseClass()
: this(0, 0) {
}
public BaseClass(MySize size) {
this.size = size;
}
public BaseClass(int width, int height)
: this(new MySize(width, height)) {
}
public void GetWidthAndHeight(out int height, out int width) {
height = this.Height;
width = this.Width;
}
public virtual MySize Size {
get {
return size;
}
set {
size = value;
}
}
public virtual int Height {
get {
return size.height;
}
set {
size.height = value;
}
}
public virtual int Width {
get {
return size.width;
}
set {
size.width = value;
}
}
///
/// mixed access property
///
public int Area {
get {
return size.width * size.height;
}
protected set {
if (size.width != 0) {
size.height = value / size.width;
} else if (size.height != 0) {
size.width = value / size.height;
} else {
size.width = size.height = (int)Math.Round(Math.Sqrt(value));
}
}
}
public static implicit operator int(BaseClass from) {
return from.Area + 1001;
}
protected string ProtectedMethod() {
return "BaseClass.Protected";
}
public override string ToString() {
return "HelloWorld\rGoodBye";
}
}
public class NewClass : BaseClass {
public new MySize size;
public NewClass()
: base(-1, -1) {
}
public NewClass(int width, int height) : base(-1, -1) {
size.height = height;
size.width = width;
}
public new void GetWidthAndHeight(out int height, out int width) {
height = size.height * 2 + 1;
width = size.width * 2 + 1;
}
public new int Area {
get {
return (size.width * size.height) * 2;
}
}
public new virtual MySize Size {
get {
return new MySize(size.width+1, size.height+1);
}
set {
size = value;
}
}
public new virtual int Height {
get {
return size.height*2 + 1;
}
set {
size.height = value/2 + 1;
}
}
public new virtual int Width {
get {
return size.width*2 + 1;
}
set {
size.width = value/2 + 1;
}
}
}
public class UnaryClass {
public int value;
public UnaryClass(int v) {
value = v;
}
[SpecialName]
public UnaryClass op_UnaryNegation() {
return new UnaryClass(-value);
}
[SpecialName]
public UnaryClass op_OnesComplement() {
return new UnaryClass(~value);
}
public override string ToString() {
return "HelloWorld\nGoodBye";
}
}
public class BigCtor {
public int A, B, C, D, E;
public BigCtor(int a, int b, int c, int d, int e) {
A = a;
B = b;
C = c;
D = d;
E = e;
}
}
public class BiggerCtor {
public int A, B, C, D, E, F;
public BiggerCtor(int a, int b, int c, int d, int e, int f) {
A = a;
B = b;
C = c;
D = d;
E = e;
F = f;
}
}
public class MixedBigCtor {
public int A, B, C, D, E;
public MixedBigCtor(int a, int b) {
A = a;
B = b;
}
public MixedBigCtor(int a, int b, int c, int d, int e) {
A = a;
B = b;
C = c;
D = d;
E = e;
}
}
public class BindingTestClass {
public static object Bind(bool parm) {
return parm;
}
public static object Bind(string parm) {
return parm;
}
public static object Bind(int parm) {
return parm;
}
}
public class InheritedBindingBase {
public virtual object Bind(bool parm) {
return "Base bool";
}
public virtual object Bind(string parm) {
return "Base string";
}
public virtual object Bind(int parm) {
return "Base int";
}
}
public class InheritedBindingSub : InheritedBindingBase {
public override object Bind(bool parm) {
return "Subclass bool";
}
public override object Bind(string parm) {
return "Subclass string";
}
public override object Bind(int parm) {
return "Subclass int";
}
}
public class Infinite {
public virtual object __cmp__(object other) {
return true;
}
}
public abstract class Overriding {
private string protVal = "Overriding.Protected";
public virtual object __cmp__(object other) {
return "Overriding.__cmp__(object)";
}
public virtual object __cmp__(string other) {
return "Overriding.__cmp__(string)";
}
public virtual object __cmp__(double other) {
return "Overriding.__cmp__(double)";
}
public virtual object __cmp__(int other) {
return "Overriding.__cmp__(int)";
}
public virtual string TopMethod() {
return TemplateMethod() + " - and Top";
}
public virtual string TemplateMethod() {
return "From Base";
}
public virtual string BigTopMethod() {
return BigTemplateMethod(0, 1, 2, 3, 4, 5, 6, 7, 8, 9) + " - and Top";
}
public virtual string BigTemplateMethod(int a0, int a1, int a2, int a3, int a4, int a5, object a6, object a7, object a8, object a9) {
return "BaseBigTemplate";
}
public virtual string AbstractTopMethod() {
return AbstractTemplateMethod() + " - and Top";
}
public abstract string AbstractTemplateMethod();
protected virtual string ProtectedMethod() {
return "Overriding.ProtectedMethod";
}
public string CallProtected() {
return ProtectedMethod();
}
protected virtual string ProtectedProperty {
get {
return protVal;
}
set {
protVal = value;
}
}
public string CallProtectedProp() {
return ProtectedProperty;
}
public void SetProtectedProp(string val) {
ProtectedProperty = val;
}
///
/// not defined in Inherited
///
public virtual string SkippedProperty {
get {
return "Skipped";
}
}
}
public class Inherited : Overriding {
private String _str;
public Inherited() {
this._str = TopMethod();
}
public override string AbstractTemplateMethod() {
throw new Exception("The method or operation is not implemented.");
}
protected override string ProtectedMethod() {
return "Inherited.ProtectedMethod";
}
protected override string ProtectedProperty {
get {
return "Inherited.Protected";
}
set {
base.ProtectedProperty = value;
}
}
public string String {
get {
return _str;
}
}
}
public interface ITestIt1 {
object Method();
}
public interface ITestIt2 {
object Method(int n);
}
public interface ITestIt3 {
string Name {
get;
}
}
public class TestIt {
public static object DoIt1(ITestIt1 o) {
return o.Method();
}
public static object DoIt2(ITestIt2 o) {
return o.Method(42);
}
}
public class MoreOverridding {
public virtual object Test1(params object[] args) {
StringBuilder sb = new StringBuilder();
for (int i = 0; i < args.Length; i++) {
sb.Append(args[i]);
}
return "C# Test1" + sb.ToString();
}
public virtual object Test2(object x, params object[] args) {
StringBuilder sb = new StringBuilder();
for (int i = 0; i < args.Length; i++) {
sb.Append(args[i]);
}
return "C# Test2" + sb.ToString();
}
public virtual object Test3(ref object x) {
return "C# Test3";
}
public virtual object Test4(object x, ref object y) {
return "C# Test4";
}
public virtual object Test5(StringComparison sc) {
return "C# Test5" + sc.ToString();
}
public virtual object Test6(object x, StringComparison sc) {
return "C# Test6" + x.ToString() + sc.ToString();
}
public object CallTest1() {
return Test1("aa", "bb");
}
public object CallTest2() {
return Test2("aa", "bb", "cc");
}
public object CallTest3(ref object x) {
return Test3(ref x);
}
public object CallTest4(ref object y) {
return Test4("aa", ref y);
}
public object CallTest5() {
return Test5(StringComparison.Ordinal);
}
public object CallTest6() {
return Test6("aa", StringComparison.Ordinal);
}
}
public abstract class CliAbstractClass {
public static int helperF;
public static void MS(int x) { helperF = -2 * x; }
public void MI(int x) { helperF = -3 * x; }
public virtual void MV(int x) { helperF = -4 * x; }
public abstract void MA(int x);
}
public interface CliInterface {
void M1();
int M2(int x);
}
public class UseCliClass {
public void AsParam10(CliInterface itf) { itf.M1(); }
public void AsParam11(CliInterface itf, int x) { itf.M2(x); }
public void AsParam20(CliAbstractClass abs, int x) { abs.MV(x); }
public void AsParam21(CliAbstractClass abs, int x) { abs.MA(x); }
public void AsParam22(CliAbstractClass abs, int x) { CliAbstractClass.MS(x); }
public void AsParam23(CliAbstractClass abs, int x) { abs.MI(x); }
public CliInterface AsRetVal10(CliInterface itf) { return itf; }
}
public class CliVirtualStuff {
private int m_var;
public virtual int VirtualProperty {
get { return m_var; }
set { m_var = value; }
}
public virtual int VirtualMethod(int x) { return 10 * x; }
protected virtual int VirtualProtectedProperty {
get { return m_var; }
set { m_var = value; }
}
protected virtual int VirtualProtectedMethod() { return -10; }
public bool ProtectedStuffCheckHelper(int var, int ret) {
return (VirtualProtectedMethod() == ret) && (VirtualProtectedProperty == var);
}
public bool PublicStuffCheckHelper(int var, int ret) {
return (VirtualMethod(10) == ret) && (VirtualProperty == var);
}
}
public class CtorTest {
public int CtorRan;
public object[] vals;
public CtorTest() {
CtorRan = -1;
}
public CtorTest(int a, int b, int c) {
CtorRan = 0;
vals = new object[] { a, b, c };
}
public CtorTest(string a, string b, string c) {
CtorRan = 1;
vals = new object[] { a, b, c };
}
public CtorTest(string a) {
CtorRan = 2;
vals = new object[] { a };
}
public CtorTest(object a) {
CtorRan = 3;
vals = new object[] { a };
}
}
public class ProtectedCtorTest {
protected ProtectedCtorTest() { }
}
public class ProtectedCtorTest1 {
protected ProtectedCtorTest1(object x) { }
}
public class ProtectedCtorTest2 {
protected ProtectedCtorTest2(object x) { }
protected ProtectedCtorTest2(object x, object y) { }
}
public class ProtectedCtorTest3 {
public ProtectedCtorTest3(object x) { }
protected ProtectedCtorTest3() { }
}
public class ProtectedCtorTest4 {
protected ProtectedCtorTest4(object x) { }
public ProtectedCtorTest4() { }
}
public class ProtectedInternalCtorTest {
protected internal ProtectedInternalCtorTest() { }
}
public class ProtectedInternalCtorTest1 {
protected internal ProtectedInternalCtorTest1(object x) { }
}
public class ProtectedInternalCtorTest2 {
protected internal ProtectedInternalCtorTest2(object x) { }
protected internal ProtectedInternalCtorTest2(object x, object y) { }
}
public class ProtectedInternalCtorTest3 {
public ProtectedInternalCtorTest3(object x) { }
protected internal ProtectedInternalCtorTest3() { }
}
public class ProtectedInternalCtorTest4 {
protected internal ProtectedInternalCtorTest4(object x) { }
public ProtectedInternalCtorTest4() { }
}
public enum RtEnum { A, B }
public struct RtStruct { public int F; public RtStruct(int arg) { F = arg; } }
public class RtClass { public int F; public RtClass(int arg) { F = arg; } }
public delegate int RtDelegate(int arg);
public class CReturnTypes {
public virtual void M_void() { }
public virtual Char M_Char() { return Char.MaxValue; }
public virtual Int32 M_Int32() { return Int32.MaxValue; }
public virtual String M_String() { return "string"; }
public virtual Int64 M_Int64() { return Int64.MaxValue; }
public virtual Double M_Double() { return Double.MaxValue; }
public virtual Boolean M_Boolean() { return true; }
public virtual Single M_Single() { return Single.MaxValue; }
public virtual Byte M_Byte() { return Byte.MaxValue; }
public virtual SByte M_SByte() { return SByte.MaxValue; }
public virtual Int16 M_Int16() { return Int16.MaxValue; }
public virtual UInt32 M_UInt32() { return UInt32.MaxValue; }
public virtual UInt64 M_UInt64() { return UInt64.MaxValue; }
public virtual UInt16 M_UInt16() { return UInt16.MaxValue; }
public virtual Type M_Type() { return typeof(int); }
public virtual RtEnum M_RtEnum() { return RtEnum.A; }
public virtual RtDelegate M_RtDelegate() { return ForDelegate; }
public virtual RtStruct M_RtStruct() { RtStruct s = new RtStruct(1); return s; }
public virtual RtClass M_RtClass() { RtClass c = new RtClass(1); return c; }
public virtual System.Collections.IEnumerator M_IEnumerator() {
int[] array = { 10, 20, 30 };
return array.GetEnumerator();
}
public virtual System.Collections.IEnumerable M_IEnumerable() {
int[] array = { 11, 22, 33 };
return array;
}
public int ForDelegate(int arg) { return arg * 2; }
// Non-Virtual method (the derived class in python will have the same name method)
public int M_NonVirtual() { return 100; }
}
public class UseCReturnTypes {
private CReturnTypes type;
public UseCReturnTypes(CReturnTypes type) { this.type = type; }
public void Use_void() { type.M_void(); }
public Char Use_Char() { return type.M_Char(); }
public Int32 Use_Int32() { return type.M_Int32(); }
public String Use_String() { return type.M_String(); }
public Int64 Use_Int64() { return type.M_Int64(); }
public Double Use_Double() { return type.M_Double(); }
public Boolean Use_Boolean() { return type.M_Boolean(); }
public Single Use_Single() { return type.M_Single(); }
public Byte Use_Byte() { return type.M_Byte(); }
public SByte Use_SByte() { return type.M_SByte(); }
public Int16 Use_Int16() { return type.M_Int16(); }
public UInt32 Use_UInt32() { return type.M_UInt32(); }
public UInt64 Use_UInt64() { return type.M_UInt64(); }
public UInt16 Use_UInt16() { return type.M_UInt16(); }
public Type Use_Type() { return type.M_Type(); }
public RtEnum Use_RtEnum() { return type.M_RtEnum(); }
public RtDelegate Use_RtDelegate() { return type.M_RtDelegate(); }
public RtStruct Use_RtStruct() { return type.M_RtStruct(); }
public RtClass Use_RtClass() { return type.M_RtClass(); }
public System.Collections.IEnumerator Use_IEnumerator() { return type.M_IEnumerator(); }
public System.Collections.IEnumerable Use_IEnumerable() { return type.M_IEnumerable(); }
// calling Non-Virtual method
public int Use_NonVirtual() { return type.M_NonVirtual(); }
}
public interface IReturnTypes {
void M_void();
Char M_Char();
Int32 M_Int32();
String M_String();
Int64 M_Int64();
Double M_Double();
Boolean M_Boolean();
Single M_Single();
Byte M_Byte();
SByte M_SByte();
Int16 M_Int16();
UInt32 M_UInt32();
UInt64 M_UInt64();
UInt16 M_UInt16();
Type M_Type();
RtEnum M_RtEnum();
RtDelegate M_RtDelegate();
RtStruct M_RtStruct();
RtClass M_RtClass();
System.Collections.IEnumerator M_IEnumerator();
System.Collections.IEnumerable M_IEnumerable();
}
public class UseIReturnTypes {
private IReturnTypes type;
public UseIReturnTypes(IReturnTypes type) { this.type = type; }
public void Use_void() { type.M_void(); }
public Char Use_Char() { return type.M_Char(); }
public Int32 Use_Int32() { return type.M_Int32(); }
public String Use_String() { return type.M_String(); }
public Int64 Use_Int64() { return type.M_Int64(); }
public Double Use_Double() { return type.M_Double(); }
public Boolean Use_Boolean() { return type.M_Boolean(); }
public Single Use_Single() { return type.M_Single(); }
public Byte Use_Byte() { return type.M_Byte(); }
public SByte Use_SByte() { return type.M_SByte(); }
public Int16 Use_Int16() { return type.M_Int16(); }
public UInt32 Use_UInt32() { return type.M_UInt32(); }
public UInt64 Use_UInt64() { return type.M_UInt64(); }
public UInt16 Use_UInt16() { return type.M_UInt16(); }
public Type Use_Type() { return type.M_Type(); }
public RtEnum Use_RtEnum() { return type.M_RtEnum(); }
public RtDelegate Use_RtDelegate() { return type.M_RtDelegate(); }
public RtStruct Use_RtStruct() { return type.M_RtStruct(); }
public RtClass Use_RtClass() { return type.M_RtClass(); }
public System.Collections.IEnumerator Use_IEnumerator() { return type.M_IEnumerator(); }
public System.Collections.IEnumerable Use_IEnumerable() { return type.M_IEnumerable(); }
}
public abstract class AReturnTypes {
public abstract void M_void();
public abstract Char M_Char();
public abstract Int32 M_Int32();
public abstract String M_String();
public abstract Int64 M_Int64();
public abstract Double M_Double();
public abstract Boolean M_Boolean();
public abstract Single M_Single();
public abstract Byte M_Byte();
public abstract SByte M_SByte();
public abstract Int16 M_Int16();
public abstract UInt32 M_UInt32();
public abstract UInt64 M_UInt64();
public abstract UInt16 M_UInt16();
public abstract Type M_Type();
public abstract RtEnum M_RtEnum();
public abstract RtDelegate M_RtDelegate();
public abstract RtStruct M_RtStruct();
public abstract RtClass M_RtClass();
public abstract System.Collections.IEnumerator M_IEnumerator();
public abstract System.Collections.IEnumerable M_IEnumerable();
}
public class UseAReturnTypes {
private AReturnTypes type;
public UseAReturnTypes(AReturnTypes type) { this.type = type; }
public void Use_void() { type.M_void(); }
public Char Use_Char() { return type.M_Char(); }
public Int32 Use_Int32() { return type.M_Int32(); }
public String Use_String() { return type.M_String(); }
public Int64 Use_Int64() { return type.M_Int64(); }
public Double Use_Double() { return type.M_Double(); }
public Boolean Use_Boolean() { return type.M_Boolean(); }
public Single Use_Single() { return type.M_Single(); }
public Byte Use_Byte() { return type.M_Byte(); }
public SByte Use_SByte() { return type.M_SByte(); }
public Int16 Use_Int16() { return type.M_Int16(); }
public UInt32 Use_UInt32() { return type.M_UInt32(); }
public UInt64 Use_UInt64() { return type.M_UInt64(); }
public UInt16 Use_UInt16() { return type.M_UInt16(); }
public Type Use_Type() { return type.M_Type(); }
public RtEnum Use_RtEnum() { return type.M_RtEnum(); }
public RtDelegate Use_RtDelegate() { return type.M_RtDelegate(); }
public RtStruct Use_RtStruct() { return type.M_RtStruct(); }
public RtClass Use_RtClass() { return type.M_RtClass(); }
public System.Collections.IEnumerator Use_IEnumerator() { return type.M_IEnumerator(); }
public System.Collections.IEnumerable Use_IEnumerable() { return type.M_IEnumerable(); }
}
public class BigVirtualClass {
public virtual int M0() { return 0; }
public virtual int M1() { return 1; }
public virtual int M2() { return 2; }
public virtual int M3() { return 3; }
public virtual int M4() { return 4; }
public virtual int M5() { return 5; }
public virtual int M6() { return 6; }
public virtual int M7() { return 7; }
public virtual int M8() { return 8; }
public virtual int M9() { return 9; }
public virtual int M10() { return 10; }
public virtual int M11() { return 11; }
public virtual int M12() { return 12; }
public virtual int M13() { return 13; }
public virtual int M14() { return 14; }
public virtual int M15() { return 15; }
public virtual int M16() { return 16; }
public virtual int M17() { return 17; }
public virtual int M18() { return 18; }
public virtual int M19() { return 19; }
public virtual int M20() { return 20; }
public virtual int M21() { return 21; }
public virtual int M22() { return 22; }
public virtual int M23() { return 23; }
public virtual int M24() { return 24; }
public virtual int M25() { return 25; }
public virtual int M26() { return 26; }
public virtual int M27() { return 27; }
public virtual int M28() { return 28; }
public virtual int M29() { return 29; }
public virtual int M30() { return 30; }
public virtual int M31() { return 31; }
public virtual int M32() { return 32; }
public virtual int M33() { return 33; }
public virtual int M34() { return 34; }
public virtual int M35() { return 35; }
public virtual int M36() { return 36; }
public virtual int M37() { return 37; }
public virtual int M38() { return 38; }
public virtual int M39() { return 39; }
public virtual int M40() { return 40; }
public virtual int M41() { return 41; }
public virtual int M42() { return 42; }
public virtual int M43() { return 43; }
public virtual int M44() { return 44; }
public virtual int M45() { return 45; }
public virtual int M46() { return 46; }
public virtual int M47() { return 47; }
public virtual int M48() { return 48; }
public virtual int M49() { return 49; }
public int CallM0() { return M0(); }
public int CallM1() { return M1(); }
public int CallM2() { return M2(); }
public int CallM3() { return M3(); }
public int CallM4() { return M4(); }
public int CallM5() { return M5(); }
public int CallM6() { return M6(); }
public int CallM7() { return M7(); }
public int CallM8() { return M8(); }
public int CallM9() { return M9(); }
public int CallM10() { return M10(); }
public int CallM11() { return M11(); }
public int CallM12() { return M12(); }
public int CallM13() { return M13(); }
public int CallM14() { return M14(); }
public int CallM15() { return M15(); }
public int CallM16() { return M16(); }
public int CallM17() { return M17(); }
public int CallM18() { return M18(); }
public int CallM19() { return M19(); }
public int CallM20() { return M20(); }
public int CallM21() { return M21(); }
public int CallM22() { return M22(); }
public int CallM23() { return M23(); }
public int CallM24() { return M24(); }
public int CallM25() { return M25(); }
public int CallM26() { return M26(); }
public int CallM27() { return M27(); }
public int CallM28() { return M28(); }
public int CallM29() { return M29(); }
public int CallM30() { return M30(); }
public int CallM31() { return M31(); }
public int CallM32() { return M32(); }
public int CallM33() { return M33(); }
public int CallM34() { return M34(); }
public int CallM35() { return M35(); }
public int CallM36() { return M36(); }
public int CallM37() { return M37(); }
public int CallM38() { return M38(); }
public int CallM39() { return M39(); }
public int CallM40() { return M40(); }
public int CallM41() { return M41(); }
public int CallM42() { return M42(); }
public int CallM43() { return M43(); }
public int CallM44() { return M44(); }
public int CallM45() { return M45(); }
public int CallM46() { return M46(); }
public int CallM47() { return M47(); }
public int CallM48() { return M48(); }
public int CallM49() { return M49(); }
}
public class StrangeOverrides {
public virtual object SomeMethodWithContext(CodeContext context, object arg) {
Debug.Assert(this != null && this is StrangeOverrides);
return arg;
}
public virtual object ParamsMethodWithContext(CodeContext context, params object[] args) {
Debug.Assert(this != null && this is StrangeOverrides);
return args;
}
public virtual object ParamsIntMethodWithContext(CodeContext context, params int[] args) {
Debug.Assert(this != null && this is StrangeOverrides);
return args;
}
public object CallWithContext(CodeContext context, object arg) {
return SomeMethodWithContext(context, arg);
}
public object CallParamsWithContext(CodeContext context, params object[] arg) {
return ParamsMethodWithContext(context, arg);
}
public object CallIntParamsWithContext(CodeContext context, params int[] arg) {
return ParamsIntMethodWithContext(context, arg);
}
}
// helper classes for testing events & interfaces
public interface IEventInterface {
event SimpleDelegate MyEvent;
}
public abstract class AbstractEvent {
public abstract event SimpleDelegate MyEvent;
}
public static class UseEvent {
public static bool Called;
public static void Hook(IEventInterface eventInterface) {
eventInterface.MyEvent += new SimpleDelegate(CallMe);
}
public static void Hook(AbstractEvent abstractEvent) {
abstractEvent.MyEvent += new SimpleDelegate(CallMe);
}
public static void Hook(VirtualEvent virtualEvent) {
virtualEvent.MyEvent += new SimpleDelegate(CallMe);
}
public static void Unhook(IEventInterface eventInterface) {
eventInterface.MyEvent -= new SimpleDelegate(CallMe);
}
public static void Unhook(AbstractEvent abstractEvent) {
abstractEvent.MyEvent -= new SimpleDelegate(CallMe);
}
public static void Unhook(VirtualEvent virtualEvent) {
virtualEvent.MyEvent -= new SimpleDelegate(CallMe);
}
private static void CallMe() {
Called = true;
}
}
public class VirtualEvent {
private List _events = new List();
public virtual event SimpleDelegate MyEvent;
public virtual event SimpleDelegate MyCustomEvent {
add {
LastCall = "Add";
_events.Add(value);
}
remove {
LastCall = "Remove";
_events.Remove(value);
}
}
public string LastCall;
public virtual void FireEvent() {
SimpleDelegate simple = MyEvent;
simple?.Invoke();
}
}
public class OverrideVirtualEvent : VirtualEvent {
private List _events = new List();
public override event SimpleDelegate MyEvent;
public override event SimpleDelegate MyCustomEvent {
add {
LastCall = "OverrideAdd";
_events.Add(value);
}
remove {
LastCall = "OverrideRemove";
_events.Remove(value);
}
}
public override void FireEvent() {
SimpleDelegate simple = MyEvent;
simple?.Invoke();
}
}
public class WriteOnly {
public object Value;
public object Writer {
set {
Value = value;
}
}
}
public class RudeObjectOverride {
public override string ToString() {
return null;
}
}
public interface IGenericMethods {
TParam Factory0();
T Factory1(T arg);
bool OutParam(out T arg);
void RefParam(ref T arg);
T3 Wild(bool first, ref IEnumerable second, out T2 third, IList fourth);
}
public class MixedProperties {
private object _foo, _bar;
public object Foo {
get {
return _foo;
}
protected set {
_foo = value;
}
}
public object Bar {
protected get {
return _bar;
}
set {
_bar = value;
}
}
public object GetFoo() {
return _foo;
}
public object GetBar() {
return _bar;
}
}
public class MixedPropertiesInherited : MixedProperties {
}
public static class GenericMethodTester {
public static int TestIntFactory0(IGenericMethods i) { return i.Factory0(); }
public static string TestStringFactory0(IGenericMethods i) { return i.Factory0(); }
public static int TestIntFactory1(IGenericMethods i, int test) { return i.Factory1(test); }
public static string TestStringFactory1(IGenericMethods i, string test) { return i.Factory1(test); }
public static int TestOutParamInt(IGenericMethods i) {
int value;
i.OutParam(out value);
return value;
}
public static string TestOutParamString(IGenericMethods i) {
string value;
i.OutParam(out value);
return value;
}
public static int TestRefParamInt(IGenericMethods i, int inValue) {
i.RefParam(ref inValue);
return inValue;
}
public static string TestRefParamString(IGenericMethods i, string inValue) {
i.RefParam(ref inValue);
return inValue;
}
private static IEnumerable Yielder(string s) {
yield return s;
}
public static object[] GoWild(IGenericMethods i, bool first, string second, IList value) {
double obj;
IEnumerable actualSecond = Yielder(second);
int len = i.Wild(first, ref actualSecond, out obj, value);
object[] result = new object[len];
result[0] = (object)obj;
return result;
}
}
public class FamilyOrAssembly {
private object _value;
protected internal int Method() {
return 42;
}
protected internal object Property {
get {
return _value;
}
set {
_value = value;
}
}
}
}