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963 lines (733 loc) · 35.7 KB
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/* ****************************************************************************
*
* Copyright (c) Microsoft Corporation.
*
* This source code is subject to terms and conditions of the Apache License, Version 2.0. A
* copy of the license can be found in the License.html file at the root of this distribution. If
* you cannot locate the Apache License, Version 2.0, please send an email to
* [email protected]. By using this source code in any fashion, you are agreeing to be bound
* by the terms of the Apache License, Version 2.0.
*
* You must not remove this notice, or any other, from this software.
*
*
* ***************************************************************************/
using System;
using System.Collections;
using System.Collections.Generic;
using System.Numerics;
using System.Runtime.InteropServices;
namespace IronPythonTest.BinderTest {
public interface I { }
public class C1 : I { }
public class C2 : C1 { }
public class C3 { } // no relationship with others
public struct S1 : I { }
public abstract class A { }
public class C6 : A { }
public enum E1 { A, B, C }
public enum E2 : ushort { A, B, C }
public class Flag {
public static int Value;
public static bool BValue;
}
/// <summary>
/// all methods here have no overloads.
///
/// !!! Adding methods to this class could cause "many" updates in test_methodbinder1.py !!!
/// you can always add other non-overload related methods to COtherConcern/GOtherConcern`1
///
/// </summary>
public class CNoOverloads {
// no args
public void M100() { Flag.Value = 100; }
//
// primitive types:
//
// 1. python native
public void M201(Int32 arg) { Flag.Value = 201; } // int
public void M202(Double arg) { Flag.Value = 202; } // float
public void M203(BigInteger arg) { Flag.Value = 203; } // long
public void M204(Boolean arg) { Flag.BValue = arg; Flag.Value = 204; } // bool
public void M205(String arg) { Flag.Value = 205; } // str
// 2. not python native
// 2.1 -- signed
public void M301(SByte arg) { Flag.Value = 301; }
public void M302(Int16 arg) { Flag.Value = 302; }
public void M303(Int64 arg) { Flag.Value = 303; }
public void M304(Single arg) { Flag.Value = 304; }
// 2.2 -- unsigned
public void M310(Byte arg) { Flag.Value = 310; }
public void M311(UInt16 arg) { Flag.Value = 311; }
public void M312(UInt32 arg) { Flag.Value = 312; }
public void M313(UInt64 arg) { Flag.Value = 313; }
// 2.3 -- special
public void M320(Char arg) { Flag.Value = 320; }
public void M321(Decimal arg) { Flag.Value = 321; }
//
// Reference type or value type
//
public void M400(object arg) { Flag.Value = 400; } // object
public void M401(I arg) { Flag.Value = 401; }
public void M402(C1 arg) { Flag.Value = 402; }
public void M403(C2 arg) { Flag.Value = 403; }
public void M404(S1 arg) { Flag.Value = 404; }
public void M410(A arg) { Flag.Value = 410; }
public void M411(C6 arg) { Flag.Value = 411; }
public void M450(E1 arg) { Flag.Value = 450; }
public void M451(E2 arg) { Flag.Value = 451; }
//
// array
//
public void M500(Int32[] arg) { Flag.Value = 500; }
public void M510(I[] arg) { Flag.Value = 510; }
//
// params array
//
public void M600(params Int32[] arg) { Flag.Value = 600; }
public void M610(params I[] arg) { Flag.Value = 610; }
public void M611(params S1[] arg) { Flag.Value = 611; }
public void M620(Int32 arg, params Int32[] arg2) { Flag.Value = 620; }
public void M630(I arg, params I[] arg2) { Flag.Value = 630; }
//
// collections/generics
//
public void M650(IList<int> arg) { Flag.Value = 650; }
public void M651(Array arg) { Flag.Value = 651; }
public void M652(IEnumerable<int> arg) { Flag.Value = 652; }
public void M653(IEnumerator<int> arg) { Flag.Value = 653; }
// Nullable
public void M680(Int32? arg) { Flag.Value = 680; }
// ByRef, Out
public void M700(ref Int32 arg) { arg = 1; Flag.Value = 700; }
public void M701(out Int32 arg) { arg = 2; Flag.Value = 701; }
// Default Value
public void M710(Int32 arg=10) { Flag.Value = 710; }
public void M715(Int32 arg, Int32 arg2=10) { Flag.Value = 715; }
}
/// <summary>
/// Other concerns when there is no overloads
/// </summary>
public class COtherConcern {
// static
public static void M100() { Flag.Value = 100; }
public static void M101(COtherConcern arg) { Flag.Value = 101; }
public void M102(COtherConcern arg) { Flag.Value = 102; }
// generic method
public void M200<T>(T arg) { Flag.Value = 200; }
// out on non-byref
public void M222([Out] int arg) { Flag.Value = 222; }
// what does means when passing in None
public void M300(params C1[] args) {
Flag.BValue = (args == null);
Flag.Value = 300;
}
// ref, out ...
public void M400(ref Int32 arg1, out Int32 arg2, Int32 arg3) { arg1 = arg2 = arg3; }
public void M401(ref Int32 arg1, Int32 arg3, out Int32 arg2) { arg1 = arg2 = arg3; }
public void M402(Int32 arg3, ref Int32 arg1, out Int32 arg2) { arg1 = arg2 = arg3; }
// default value does get used
public void M450(Int32 arg=80) { Flag.Value = arg; }
// 8 args
public void M500(Int32 arg1, Int32 arg2, Int32 arg3, Int32 arg4, Int32 arg5, Int32 arg6, Int32 arg7, Int32 arg8) {
Flag.Value = 500;
}
// this is supported
public void M550(IDictionary<int, int> arg) { Flag.Value = 550; }
// not supported (or partially)
public void M600(Hashtable arg) { Flag.Value = 600; }
public void M601(ArrayList arg) { Flag.Value = 601; }
public void M602(List<int> arg) { Flag.Value = 602; }
// iterator support ??
public void M620(IEnumerable arg) { IEnumerator ienum = arg.GetEnumerator(); int i = 0; while (ienum.MoveNext()) i++; Flag.Value = i; }
public void M621(IEnumerator arg) { int i = 0; while (arg.MoveNext()) i++; Flag.Value = i; }
public void M622(IList arg) { Flag.Value = arg.Count; }
public void M630(IEnumerable<Char> arg) { IEnumerator ienum = arg.GetEnumerator(); int i = 0; while (ienum.MoveNext()) i++; Flag.Value = i; }
public void M631(IEnumerator<Char> arg) { int i = 0; while (arg.MoveNext()) i++; Flag.Value = i; }
public void M632(IList<Char> arg) { Flag.Value = arg.Count; }
public void M640(IEnumerable<Int32> arg) { IEnumerator ienum = arg.GetEnumerator(); int i = 0; while (ienum.MoveNext()) i++; Flag.Value = i; }
public void M641(IEnumerator<Int32> arg) { int i = 0; while (arg.MoveNext()) i++; Flag.Value = i; }
public void M642(IList<Int32> arg) { Flag.Value = arg.Count; }
// delegate
public void M700(Delegate arg) {
IntIntDelegate d = (IntIntDelegate)arg;
Flag.Value = d(10);
}
public void M701(IntIntDelegate d) { Flag.Value = d(10); }
// byte array
public void M702(ref Byte[] arg) { arg = new Byte[0]; Flag.Value = 702; }
public int M703(ref Byte[] arg) { arg = new Byte[0]; Flag.Value = 703; return 42; }
public int M704(Byte[] inp, ref Byte[] arg) { arg = inp; Flag.Value = 704; return 42; }
// keywords
public void M800(Int32 arg1, object arg2, ref string arg3) { arg3 = arg3.ToUpper(); }
// more ref/out
public void M850(ref S1 arg) { arg = new S1(); }
public void M851(ref C1 arg) { arg = new C1(); }
public void M852(out S1 arg) { arg = new S1(); }
public void M853(out C1 arg) { arg = new C1(); }
public void M854(ref Boolean arg) { Flag.Value = 854; }
public void M855(out Boolean arg) { Flag.Value = 855; arg = true; }
public void M860(ref Int32 arg1, Int32 arg2, out Int32 arg3) { arg3 = arg1 + arg2; arg1 = 100; }
}
public struct SOtherConcern {
private short _p100;
public short P100 {
get {
return _p100;
}
set {
_p100 = value;
}
}
}
public class GOtherConcern<T> {
public void M100(T arg) { Flag.Value = 100; }
}
public class COtherOverloadConcern {
// one is private
#pragma warning disable 169 // unusued method...
void M100(Int32 arg) { Flag.Value = 100; }
#pragma warning restore 169
public void M100(object arg) { Flag.Value = 200; }
// static / instance
public void M110(COtherOverloadConcern arg1, Int32 arg2) { Flag.Value = 110; }
public static void M110(Int32 arg) { Flag.Value = 210; }
// static / instance 2
public void M111(Int32 arg2) { Flag.Value = 111; }
public static COtherOverloadConcern M111(COtherOverloadConcern arg1, Int32 arg) { Flag.Value = 211; return null; }
// statics
public static void M120(COtherOverloadConcern arg1, Int32 arg2) { Flag.Value = 120; }
public static void M120(Int32 arg) { Flag.Value = 220; }
// generics
public void M130(Int32 arg) { Flag.Value = 130; }
public void M130<T>(T arg) { Flag.Value = 230; }
// narrowing levels and __int__ conversion:
// If 2 instances of a Python subclass of C3 that implements __int__ are passed as arguments this
// the first overload should be preferred.
public void M140(C3 a, int b) { Flag.Value = 140; }
public void M140(int a, int b) { Flag.Value = 240; }
}
public interface I1 { void M(); }
public interface I2 { void M(); }
public interface I3<T> { void M(); }
public interface I4 { void M(int arg); }
public class CInheritMany1 : I1 {
void I1.M() { Flag.Value = 100; }
}
public class CInheritMany2 : I1 {
void I1.M() { Flag.Value = 200; }
public void M() { Flag.Value = 201; }
}
public class CInheritMany3 : I2, I1 {
void I1.M() { Flag.Value = 300; }
void I2.M() { Flag.Value = 301; }
}
public class CInheritMany4 : I3<object> {
void I3<object>.M() { Flag.Value = 400; }
public void M() { Flag.Value = 401; }
}
public class CInheritMany5 : I1, I2, I3<object> {
void I1.M() { Flag.Value = 500; }
void I2.M() { Flag.Value = 501; }
void I3<object>.M() { Flag.Value = 502; }
public void M() { Flag.Value = 503; }
}
public class CInheritMany6<T> : I3<T> {
void I3<T>.M() { Flag.Value = 600; }
public void M() { Flag.Value = 601; }
}
public class CInheritMany7<T> : I3<T> {
void I3<T>.M() { Flag.Value = 700; }
}
public class CInheritMany8 : I1, I4 {
void I1.M() { Flag.Value = 800; }
void I4.M(int arg) { Flag.Value = 801; }
}
public class COverloads_ClrReference {
public void M100(Object arg) { Flag.Value = 100; }
public void M100(ref Object arg) { arg = typeof(string); Flag.Value = 200; }
public void M101(Boolean arg) { Flag.Value = 101; }
public void M101(ref Boolean arg) { arg = true; Flag.Value = 201; }
public void M102(ref Int32 arg) { arg = 100; Flag.Value = 102; }
public void M102(ref Boolean arg) { arg = true; Flag.Value = 202; }
public void M103(ref Int32 arg) { arg = 100; Flag.Value = 103; }
public void M103(ref Byte arg) { arg = 10; Flag.Value = 203; }
public void M104(ref Int32 arg) { arg = 100; Flag.Value = 104; }
public void M104(ref Object arg) { arg = typeof(int); Flag.Value = 204; }
public void M105(ref Boolean arg) { arg = true; Flag.Value = 105; }
public void M105(ref Object arg) { arg = typeof(Type); Flag.Value = 205; }
public void M106(ref C1 arg) { arg = new C1(); Flag.Value = 106; }
public void M106(ref C2 arg) { arg = new C2(); Flag.Value = 206; }
public void M107(ref C1 arg) { arg = new C1(); Flag.Value = 107; }
public void M107(ref object arg) { arg = typeof(C1); Flag.Value = 207; }
}
public class COverloads_NoArgNecessary {
#region generated codes
public void M100() { Flag.Value = 100; }
public void M100(out Int32 arg) { arg = 1; Flag.Value = 200; }
public void M101() { Flag.Value = 101; }
public void M101(Int32 arg=1) { Flag.Value = 201; }
public void M102() { Flag.Value = 102; }
public void M102(params Int32[] arg) { Flag.Value = 202; }
public void M103(out Int32 arg) { arg = 1; Flag.Value = 103; }
public void M103(Int32 arg=1) { Flag.Value = 203; }
public void M104(out Int32 arg) { arg = 1; Flag.Value = 104; }
public void M104(params Int32[] arg) { Flag.Value = 204; }
public void M105(Int32 arg=1) { Flag.Value = 105; }
public void M105(params Int32[] arg) { Flag.Value = 205; }
public void M106(Int32 arg) { Flag.Value = 106; }
public void M106(params Int32[] arg) { Flag.Value = 206; }
#endregion
}
public class COverloads_OneArg_NormalArg {
#region generated codes
public void M100(Int32 arg) { Flag.Value = 100; }
public void M100(ref Int32 arg) { Flag.Value = 200; }
public void M101(Int32 arg) { Flag.Value = 101; }
public void M101(Int32? arg) { Flag.Value = 201; }
public void M102(Int32 arg) { Flag.Value = 102; }
public void M102(Int32 arg1, Int32 arg2) { Flag.Value = 202; }
public void M103(Int32 arg) { Flag.Value = 103; }
public void M103(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 203; }
public void M104(Int32 arg) { Flag.Value = 104; }
public void M104(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 204; }
public void M105(Int32 arg) { Flag.Value = 105; }
public void M105(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 205; }
public void M106(Int32 arg) { Flag.Value = 106; }
public void M106(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 206; }
public void M107(Int32 arg) { Flag.Value = 107; }
public void M107(Int32 arg, Int32 arg2=1) { Flag.Value = 207; }
public void M108(Int32 arg) { Flag.Value = 108; }
public void M108(Int32 arg, params Int32[] arg2) { Flag.Value = 208; }
public void M109(Int32 arg) { Flag.Value = 109; }
public void M109(Int32 arg, Int32[] arg2) { Flag.Value = 209; }
#endregion
}
public class COverloads_OneArg_RefArg {
#region generated codes
public void M100(ref Int32 arg) { Flag.Value = 100; }
public void M100(Int32? arg) { Flag.Value = 200; }
public void M101(ref Int32 arg) { Flag.Value = 101; }
public void M101(Int32 arg1, Int32 arg2) { Flag.Value = 201; }
public void M102(ref Int32 arg) { Flag.Value = 102; }
public void M102(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 202; }
public void M103(ref Int32 arg) { Flag.Value = 103; }
public void M103(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 203; }
public void M104(ref Int32 arg) { Flag.Value = 104; }
public void M104(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 204; }
public void M105(ref Int32 arg) { Flag.Value = 105; }
public void M105(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 205; }
public void M106(ref Int32 arg) { Flag.Value = 106; }
public void M106(Int32 arg, Int32 arg2=1) { Flag.Value = 206; }
public void M107(ref Int32 arg) { Flag.Value = 107; }
public void M107(Int32 arg, params Int32[] arg2) { Flag.Value = 207; }
public void M108(ref Int32 arg) { Flag.Value = 108; }
public void M108(Int32 arg, Int32[] arg2) { Flag.Value = 208; }
#endregion
}
public class COverloads_OneArg_NullableArg {
#region generated codes
public void M100(Int32? arg) { Flag.Value = 100; }
public void M100(Int32 arg1, Int32 arg2) { Flag.Value = 200; }
public void M101(Int32? arg) { Flag.Value = 101; }
public void M101(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 201; }
public void M102(Int32? arg) { Flag.Value = 102; }
public void M102(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 202; }
public void M103(Int32? arg) { Flag.Value = 103; }
public void M103(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 203; }
public void M104(Int32? arg) { Flag.Value = 104; }
public void M104(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 204; }
public void M105(Int32? arg) { Flag.Value = 105; }
public void M105(Int32 arg, Int32 arg2=1) { Flag.Value = 205; }
public void M106(Int32? arg) { Flag.Value = 106; }
public void M106(Int32 arg, params Int32[] arg2) { Flag.Value = 206; }
public void M107(Int32? arg) { Flag.Value = 107; }
public void M107(Int32 arg, Int32[] arg2) { Flag.Value = 207; }
#endregion
}
public class COverloads_OneArg_TwoArgs {
#region generated codes
public void M100(Int32 arg1, Int32 arg2) { Flag.Value = 100; }
public void M100(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 200; }
public void M101(Int32 arg1, Int32 arg2) { Flag.Value = 101; }
public void M101(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 201; }
public void M102(Int32 arg1, Int32 arg2) { Flag.Value = 102; }
public void M102(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 202; }
public void M103(Int32 arg1, Int32 arg2) { Flag.Value = 103; }
public void M103(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 203; }
public void M104(Int32 arg1, Int32 arg2) { Flag.Value = 104; }
public void M104(Int32 arg, params Int32[] arg2) { Flag.Value = 204; }
public void M105(Int32 arg1, Int32 arg2) { Flag.Value = 105; }
public void M105(Int32 arg, Int32[] arg2) { Flag.Value = 205; }
#endregion
}
public class COverloads_OneArg_NormalOut {
#region generated codes
public void M100(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 100; }
public void M100(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 200; }
public void M101(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 101; }
public void M101(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 201; }
public void M102(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 102; }
public void M102(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 202; }
public void M103(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 103; }
public void M103(Int32 arg, Int32 arg2=1) { Flag.Value = 203; }
public void M104(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 104; }
public void M104(Int32 arg, params Int32[] arg2) { Flag.Value = 204; }
public void M105(Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 105; }
public void M105(Int32 arg, Int32[] arg2) { Flag.Value = 205; }
#endregion
}
public class COverloads_OneArg_RefOut {
#region generated codes
public void M100(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 100; }
public void M100(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 200; }
public void M101(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 101; }
public void M101(Int32 arg, Int32 arg2=1) { Flag.Value = 201; }
public void M102(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 102; }
public void M102(Int32 arg, params Int32[] arg2) { Flag.Value = 202; }
public void M103(ref Int32 arg1, out Int32 arg) { arg = 1; Flag.Value = 103; }
public void M103(Int32 arg, Int32[] arg2) { Flag.Value = 203; }
#endregion
}
public class COverloads_OneArg_OutNormal {
#region generated codes
public void M100(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 100; }
public void M100(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 200; }
public void M101(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 101; }
public void M101(Int32 arg, Int32 arg2=1) { Flag.Value = 201; }
public void M102(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 102; }
public void M102(Int32 arg, params Int32[] arg2) { Flag.Value = 202; }
public void M103(out Int32 arg, Int32 arg2) { arg = 1; Flag.Value = 103; }
public void M103(Int32 arg, Int32[] arg2) { Flag.Value = 203; }
#endregion
}
public class COverloads_OneArg_OutRef {
#region generated codes
public void M100(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 100; }
public void M100(Int32 arg, Int32 arg2=1) { Flag.Value = 200; }
public void M101(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 101; }
public void M101(Int32 arg, params Int32[] arg2) { Flag.Value = 201; }
public void M102(out Int32 arg, ref Int32 arg2) { arg = 1; Flag.Value = 102; }
public void M102(Int32 arg, Int32[] arg2) { Flag.Value = 202; }
#endregion
}
public class COverloads_OneArg_NormalDefault {
#region generated codes
public void M100(Int32 arg, Int32 arg2=1) { Flag.Value = 100; }
public void M100(Int32 arg, params Int32[] arg2) { Flag.Value = 200; }
public void M101(Int32 arg, Int32 arg2=1) { Flag.Value = 101; }
public void M101(Int32 arg, Int32[] arg2) { Flag.Value = 201; }
#endregion
}
public class COverloads_String {
#region generated codes
public void M100(String arg) { Flag.Value = 100; }
public void M100(Char arg) { Flag.Value = 200; }
public void M101(Object arg) { Flag.Value = 101; }
public void M101(Char arg) { Flag.Value = 201; }
public void M102(Object arg) { Flag.Value = 102; }
public void M102(String arg) { Flag.Value = 202; }
#endregion
}
public class COverloads_Enum {
#region generated codes
public void M100(E1 arg) { Flag.Value = 100; }
public void M100(Int32 arg) { Flag.Value = 200; }
public void M101(E2 arg) { Flag.Value = 101; }
public void M101(UInt16 arg) { Flag.Value = 201; }
#endregion
}
public class COverloads_UserDefined {
#region generated codes
public void M100(I arg) { Flag.Value = 100; }
public void M100(C1 arg) { Flag.Value = 200; }
public void M101(I arg) { Flag.Value = 101; }
public void M101(C2 arg) { Flag.Value = 201; }
public void M102(I arg) { Flag.Value = 102; }
public void M102(Int32 arg) { Flag.Value = 202; }
public void M103(I arg) { Flag.Value = 103; }
public void M103(Object arg) { Flag.Value = 203; }
public void M104(C1 arg) { Flag.Value = 104; }
public void M104(C2 arg) { Flag.Value = 204; }
public void M105(A arg) { Flag.Value = 105; }
public void M105(C6 arg) { Flag.Value = 205; }
#endregion
}
#region generated codes
public class COverloads_Base_Number {
public void M100(Int32 arg) { Flag.Value = 100; }
public void M101(Int32 arg) { Flag.Value = 101; }
public void M102(Int32 arg) { Flag.Value = 102; }
public void M103(Int32 arg) { Flag.Value = 103; }
public void M104(Byte arg) { Flag.Value = 104; }
public void M105(Double arg) { Flag.Value = 105; }
public void M106(Object arg) { Flag.Value = 106; }
}
public class COverloads_Derived_Number : COverloads_Base_Number {
public void M100(Byte arg) { Flag.Value = 200; }
public void M101(Double arg) { Flag.Value = 201; }
public void M102(Object arg) { Flag.Value = 202; }
public void M103(Int32? arg) { Flag.Value = 203; }
public void M104(Int32 arg) { Flag.Value = 204; }
public void M105(Int32 arg) { Flag.Value = 205; }
public void M106(Int32 arg) { Flag.Value = 206; }
}
#endregion
public class COverloads_Collections {
#region generated codes
public void M100(IList<int> arg) { Flag.Value = 100; }
public void M100(IList<object> arg) { Flag.Value = 200; }
public void M101(Array arg) { Flag.Value = 101; }
public void M101(Int32[] arg) { Flag.Value = 201; }
public void M102(IList<int> arg) { Flag.Value = 102; }
public void M102(Int32[] arg) { Flag.Value = 202; }
public void M103(IEnumerable<int> arg) { Flag.Value = 103; }
public void M103(IList<int> arg) { Flag.Value = 203; }
public void M104(IEnumerable<int> arg) { Flag.Value = 104; }
public void M104(Int32[] arg) { Flag.Value = 204; }
#endregion
}
public class COverloads_Boolean {
#region generated codes
public void M100(Boolean arg) { Flag.Value = 100; }
public void M100(Char arg) { Flag.Value = 200; }
public void M101(Boolean arg) { Flag.Value = 101; }
public void M101(Byte arg) { Flag.Value = 201; }
public void M102(Boolean arg) { Flag.Value = 102; }
public void M102(SByte arg) { Flag.Value = 202; }
public void M103(Boolean arg) { Flag.Value = 103; }
public void M103(UInt16 arg) { Flag.Value = 203; }
public void M104(Boolean arg) { Flag.Value = 104; }
public void M104(Int16 arg) { Flag.Value = 204; }
public void M105(Boolean arg) { Flag.Value = 105; }
public void M105(UInt32 arg) { Flag.Value = 205; }
public void M106(Boolean arg) { Flag.Value = 106; }
public void M106(Int32 arg) { Flag.Value = 206; }
public void M107(Boolean arg) { Flag.Value = 107; }
public void M107(UInt64 arg) { Flag.Value = 207; }
public void M108(Boolean arg) { Flag.Value = 108; }
public void M108(Int64 arg) { Flag.Value = 208; }
public void M109(Boolean arg) { Flag.Value = 109; }
public void M109(Decimal arg) { Flag.Value = 209; }
public void M110(Boolean arg) { Flag.Value = 110; }
public void M110(Single arg) { Flag.Value = 210; }
public void M111(Boolean arg) { Flag.Value = 111; }
public void M111(Double arg) { Flag.Value = 211; }
public void M112(Boolean arg) { Flag.Value = 112; }
public void M112(Object arg) { Flag.Value = 212; }
#endregion
}
public class COverloads_Byte {
#region generated codes
public void M100(Byte arg) { Flag.Value = 100; }
public void M100(Boolean arg) { Flag.Value = 200; }
public void M101(Byte arg) { Flag.Value = 101; }
public void M101(Char arg) { Flag.Value = 201; }
public void M102(Byte arg) { Flag.Value = 102; }
public void M102(SByte arg) { Flag.Value = 202; }
public void M103(Byte arg) { Flag.Value = 103; }
public void M103(UInt16 arg) { Flag.Value = 203; }
public void M104(Byte arg) { Flag.Value = 104; }
public void M104(Int16 arg) { Flag.Value = 204; }
public void M105(Byte arg) { Flag.Value = 105; }
public void M105(UInt32 arg) { Flag.Value = 205; }
public void M106(Byte arg) { Flag.Value = 106; }
public void M106(Int32 arg) { Flag.Value = 206; }
public void M107(Byte arg) { Flag.Value = 107; }
public void M107(UInt64 arg) { Flag.Value = 207; }
public void M108(Byte arg) { Flag.Value = 108; }
public void M108(Int64 arg) { Flag.Value = 208; }
public void M109(Byte arg) { Flag.Value = 109; }
public void M109(Decimal arg) { Flag.Value = 209; }
public void M110(Byte arg) { Flag.Value = 110; }
public void M110(Single arg) { Flag.Value = 210; }
public void M111(Byte arg) { Flag.Value = 111; }
public void M111(Double arg) { Flag.Value = 211; }
public void M112(Byte arg) { Flag.Value = 112; }
public void M112(Object arg) { Flag.Value = 212; }
#endregion
}
public class COverloads_Int16 {
#region generated codes
public void M100(Int16 arg) { Flag.Value = 100; }
public void M100(Boolean arg) { Flag.Value = 200; }
public void M101(Int16 arg) { Flag.Value = 101; }
public void M101(Char arg) { Flag.Value = 201; }
public void M102(Int16 arg) { Flag.Value = 102; }
public void M102(Byte arg) { Flag.Value = 202; }
public void M103(Int16 arg) { Flag.Value = 103; }
public void M103(SByte arg) { Flag.Value = 203; }
public void M104(Int16 arg) { Flag.Value = 104; }
public void M104(UInt16 arg) { Flag.Value = 204; }
public void M105(Int16 arg) { Flag.Value = 105; }
public void M105(UInt32 arg) { Flag.Value = 205; }
public void M106(Int16 arg) { Flag.Value = 106; }
public void M106(Int32 arg) { Flag.Value = 206; }
public void M107(Int16 arg) { Flag.Value = 107; }
public void M107(UInt64 arg) { Flag.Value = 207; }
public void M108(Int16 arg) { Flag.Value = 108; }
public void M108(Int64 arg) { Flag.Value = 208; }
public void M109(Int16 arg) { Flag.Value = 109; }
public void M109(Decimal arg) { Flag.Value = 209; }
public void M110(Int16 arg) { Flag.Value = 110; }
public void M110(Single arg) { Flag.Value = 210; }
public void M111(Int16 arg) { Flag.Value = 111; }
public void M111(Double arg) { Flag.Value = 211; }
public void M112(Int16 arg) { Flag.Value = 112; }
public void M112(Object arg) { Flag.Value = 212; }
#endregion
}
public class COverloads_Int32 {
#region generated codes
public void M100(Int32 arg) { Flag.Value = 100; }
public void M100(Boolean arg) { Flag.Value = 200; }
public void M101(Int32 arg) { Flag.Value = 101; }
public void M101(Char arg) { Flag.Value = 201; }
public void M102(Int32 arg) { Flag.Value = 102; }
public void M102(Byte arg) { Flag.Value = 202; }
public void M103(Int32 arg) { Flag.Value = 103; }
public void M103(SByte arg) { Flag.Value = 203; }
public void M104(Int32 arg) { Flag.Value = 104; }
public void M104(UInt16 arg) { Flag.Value = 204; }
public void M105(Int32 arg) { Flag.Value = 105; }
public void M105(Int16 arg) { Flag.Value = 205; }
public void M106(Int32 arg) { Flag.Value = 106; }
public void M106(UInt32 arg) { Flag.Value = 206; }
public void M107(Int32 arg) { Flag.Value = 107; }
public void M107(UInt64 arg) { Flag.Value = 207; }
public void M108(Int32 arg) { Flag.Value = 108; }
public void M108(Int64 arg) { Flag.Value = 208; }
public void M109(Int32 arg) { Flag.Value = 109; }
public void M109(Decimal arg) { Flag.Value = 209; }
public void M110(Int32 arg) { Flag.Value = 110; }
public void M110(Single arg) { Flag.Value = 210; }
public void M111(Int32 arg) { Flag.Value = 111; }
public void M111(Double arg) { Flag.Value = 211; }
public void M112(Int32 arg) { Flag.Value = 112; }
public void M112(Object arg) { Flag.Value = 212; }
#endregion
}
public class COverloads_Double {
#region generated codes
public void M100(Double arg) { Flag.Value = 100; }
public void M100(Boolean arg) { Flag.Value = 200; }
public void M101(Double arg) { Flag.Value = 101; }
public void M101(Char arg) { Flag.Value = 201; }
public void M102(Double arg) { Flag.Value = 102; }
public void M102(Byte arg) { Flag.Value = 202; }
public void M103(Double arg) { Flag.Value = 103; }
public void M103(SByte arg) { Flag.Value = 203; }
public void M104(Double arg) { Flag.Value = 104; }
public void M104(UInt16 arg) { Flag.Value = 204; }
public void M105(Double arg) { Flag.Value = 105; }
public void M105(Int16 arg) { Flag.Value = 205; }
public void M106(Double arg) { Flag.Value = 106; }
public void M106(UInt32 arg) { Flag.Value = 206; }
public void M107(Double arg) { Flag.Value = 107; }
public void M107(Int32 arg) { Flag.Value = 207; }
public void M108(Double arg) { Flag.Value = 108; }
public void M108(UInt64 arg) { Flag.Value = 208; }
public void M109(Double arg) { Flag.Value = 109; }
public void M109(Int64 arg) { Flag.Value = 209; }
public void M110(Double arg) { Flag.Value = 110; }
public void M110(Decimal arg) { Flag.Value = 210; }
public void M111(Double arg) { Flag.Value = 111; }
public void M111(Single arg) { Flag.Value = 211; }
public void M112(Double arg) { Flag.Value = 112; }
public void M112(Object arg) { Flag.Value = 212; }
#endregion
}
public class PublicEventArgs : EventArgs { }
class PrivateEventArgs : PublicEventArgs { }
public delegate IPublicInterface PublicDelegateType(IPublicInterface sender, PublicEventArgs args);
// Private class
class PrivateClass : IPublicInterface {
public IPublicInterface Hello {
get { return this; }
set { }
}
public void Foo(IPublicInterface f) {
}
public IPublicInterface RetInterface() {
return this;
}
public event PublicDelegateType MyEvent;
public IPublicInterface FireEvent(PublicEventArgs args) {
return MyEvent(this, args);
}
public PublicEventArgs GetEventArgs() {
return new PrivateEventArgs();
}
}
// Public Interface
public interface IPublicInterface {
IPublicInterface Hello { get; set; }
void Foo(IPublicInterface f);
IPublicInterface RetInterface();
event PublicDelegateType MyEvent;
IPublicInterface FireEvent(PublicEventArgs args);
PublicEventArgs GetEventArgs();
}
// Access the private class via the public interface
public class InterfaceOnlyTest {
public static IPublicInterface PrivateClass {
get {
return new PrivateClass();
}
}
}
public class KeywordBase {
public object SomeField;
public object SomeProperty {
get {
return SomeField;
}
set {
SomeField = value;
}
}
}
public class KeywordDerived : KeywordBase {
public new string SomeField;
public new string SomeProperty {
get {
return SomeField;
}
set {
SomeField = value;
}
}
}
public class GenericOnlyConflict<T> { }
public class GenericOnlyConflict<T1, T2> { }
class BaseClassNoInterface {
#region I1 Members
public void M() {
InterfaceTestHelper.Flag = true;
}
#endregion
}
class DerivedClassWithInterface : BaseClassNoInterface, I1 {
}
abstract class AbstractClassWithInterface : I1 {
#region I1 Members
public abstract void M();
#endregion
}
class DerivedClassWithInterfaceImpl : AbstractClassWithInterface {
#region I1 Members
public override void M() {
InterfaceTestHelper.Flag = true;
}
#endregion
}
public class InterfaceTestHelper {
public static bool Flag = false;
public static object GetObject() { return new DerivedClassWithInterface(); }
public static object GetObject2() { return new DerivedClassWithInterfaceImpl(); }
}
public struct ValueTypeWithFields {
public int X;
public long Y;
}
}