public static void TestCreateModel()
{
ClassBuilder builder = ClassBuilder.CreateModel("Hello");
builder.CreateDefaultConstructor();
builder.CreateField <string>("Age", FieldAttributes.Public);
builder.CreateProperty <string>("Name");
builder.CreateMethod <ENull>("Show", MethodAttributes.Public, (classModel) =>
{
classModel.SField("Age", "This is Age.");
classModel.SProperty("Name", "This is name.");
classModel.LPropertyValue("Name");
classModel.il.REmit(OpCodes.Call, typeof(Console).GetMethod("WriteLine", new Type[] { typeof(string) }));
classModel.il.REmit(OpCodes.Ret);
});
builder.EndBuilder();
Delegate ShowDelegate = EHandler.CreateMethod <ENull>((il) =>
{
EModel Model = EModel.CreateDynamicClass("Hello").UseDefaultConstructor();
EMethod.Load(Model).ExecuteMethod("Show");
Model.LFieldValue("Age");
Model.il.REmit(OpCodes.Call, typeof(Console).GetMethod("WriteLine", new Type[] { typeof(string) }));
}).Compile();
((Action)ShowDelegate)();
}
public static void TestClassClone()
{
SingleModel t = new SingleModel();
t.TestStructArray = new TestStruct[5];
t.TestStructArray[3] = new TestStruct {
Age = 666
};
t.TestClassArray = new TestClass[15];
t.TestClassArray[10] = new TestClass()
{
Name = "xxxx"
};
t.TestEnumArray = new TestEnum[16];
t.TestEnumArray[15] = TestEnum.Address;
t.Name = "小明";
t.Age = 10;
t.Set();
Delegate ShowDelegate = EHandler.CreateMethod <SingleModel>((il) =>
{
EModel model = EModel.CreateModelFromObject(t);
model.Load();
}).Compile();
SingleModel t2 = ((Func <SingleModel>)ShowDelegate)();
Console.WriteLine(t2.Name);
Console.WriteLine(t2.Age);
t2.Show();
Console.WriteLine(t2.TestStructArray[3].Age);
Console.WriteLine(t2.TestClassArray[10].Name);
Console.WriteLine(t2.TestEnumArray[15]);
}
public static SetterDelegate SetterFunc(ClassStruction model, PropertyInfo info)
{
if (info.GetSetMethod(true) == null || info.GetSetMethod(true).IsPrivate)
{
return(null);
}
return((SetterDelegate)(EHandler.CreateMethod <object, object, ENull>((til) =>
{
LocalBuilder builder = null;
if (!info.GetSetMethod(true).IsStatic)
{
builder = til.DeclareLocal(model.TypeHandler);
til.REmit(OpCodes.Ldarg_0);
til.UnPacket(model.TypeHandler);
til.REmit(OpCodes.Stloc_S, builder.LocalIndex);
}
EModel localModel = EModel.CreateModelFromBuilder(builder, model.TypeHandler);
localModel.SProperty(info.Name, () =>
{
til.REmit(OpCodes.Ldarg_1);
til.UnPacket(info.PropertyType);
});
}, "Setter " + info.DeclaringType.Name + " " + info.Name).Compile(typeof(SetterDelegate))));
}
public static void TestStructClone()
{
EReflector.Create(typeof(SingleModel));
TestStruct t = new TestStruct();
t.TEnum = TestEnum.Address;
t.Set();
t.Name = "小明";
t.Name1 = "小明1";
t.Age = 10;
t.Age1 = 101;
Delegate ShowDelegate = EHandler.CreateMethod <TestStruct>((il) =>
{
EMethod methodInfoHelper = typeof(Console);
EModel model = EModel.CreateModelFromObject(t);
model.SField("PrivateFAge", 10);
model.LFieldValue("PrivateFAge");
methodInfoHelper.ExecuteMethod <int>("WriteLine");
model.Load();
}).Compile();
TestStruct t2 = ((Func <TestStruct>)ShowDelegate)();
Console.WriteLine(t2.Name);
Console.WriteLine(t2.Age);
Console.WriteLine(t2.Name1);
Console.WriteLine(t2.Age1);
t2.Show();
Console.WriteLine(t.TEnum);
Console.WriteLine(t2.TEnum);
}
public void TestProperty()
{
PropertyStruct model = new PropertyStruct();
model.ValueProperty = 100;
model.RefProperty = "Test";
PropertyStruct.StaticRefProeprty = "Static";
PropertyStruct.StaticValueProperty = 200;
Delegate test = EHandler.CreateMethod <PropertyStruct>((il) =>
{
EModel modelHandler = EModel.CreateModelFromObject(model);
modelHandler.Set("ValueProperty", modelHandler.DLoad("ValueProperty").Operator + modelHandler.DLoad("StaticValueProperty").DelayAction);
modelHandler.Set("StaticValueProperty", modelHandler.DLoad("ValueProperty").Operator + modelHandler.DLoad("StaticValueProperty").DelayAction);
modelHandler.Set("RefProperty", modelHandler.DLoad("RefProperty").Operator + modelHandler.DLoad("StaticRefProeprty").DelayAction);
modelHandler.Load();
}).Compile();
Func <PropertyStruct> action = (Func <PropertyStruct>)test;
PropertyStruct.StaticValueProperty = 200;
PropertyStruct result = action();
Assert.Equal((ulong)300, result.ValueProperty);
Assert.Equal((ulong)500, PropertyStruct.StaticValueProperty);
Assert.Equal("TestStatic", result.RefProperty);
}
public void TestProperty()
{
ClassWithNullableModel model = new ClassWithNullableModel();
model.ValueField = 100;
model.ValueProperty = null;
ClassWithNullableModel.StaticValueField = null;
ClassWithNullableModel.StaticValueProperty = 200;
Delegate test = EHandler.CreateMethod <ClassWithNullableModel>((il) =>
{
EModel modelHandler = EModel.CreateModelFromObject(model);
modelHandler.Set("ValueProperty", modelHandler.DLoad("PrivateProperty").DLoad("Value").Operator + modelHandler.DLoad("StaticValueProperty").DLoad("Value").Operator);
modelHandler.Set("ValueProperty", modelHandler.DLoad("PrivateProperty").DLoad("Value").Operator + modelHandler.DLoad("StaticValueProperty").DLoad("Value").Operator);
modelHandler.Set("StaticValueProperty", modelHandler.DLoad("ValueProperty").DLoad("Value").Operator + modelHandler.DLoad("StaticValueProperty").DLoad("Value").Operator);
modelHandler.Set("ValueField", modelHandler.DLoad("StaticValueProperty").DLoad("Value").Operator + modelHandler.DLoad("ValueField").DLoad("Value").Operator);
modelHandler.Load();
}).Compile();
Func <ClassWithNullableModel> action = (Func <ClassWithNullableModel>)test;
ClassWithNullableModel result = action();
Assert.Equal((ulong)201, result.ValueProperty);
Assert.Equal((ulong)401, ClassWithNullableModel.StaticValueProperty);
Assert.Equal((ulong)501, result.ValueField);
}
public void TestMethod()
{
Delegate test = EHandler.CreateMethod <ulong>((il) =>
{
EModel modelHandler = EModel.CreateModel <MethodStruct>().UseDefaultConstructor();
EMethod.Load(modelHandler).ExecuteMethod("GetULongMax");
}).Compile();
Func <ulong> action = (Func <ulong>)test;
Assert.Equal(ulong.MaxValue, action());
test = EHandler.CreateMethod <ulong>((il) =>
{
EModel modelHandler = EModel.CreateModel <MethodStruct>().UseDefaultConstructor();
EMethod.Load(modelHandler).ExecuteMethod("GetULongMin");
}).Compile();
action = (Func <ulong>)test;
Assert.Equal(ulong.MinValue, action());
test = EHandler.CreateMethod <string>((il) =>
{
EModel modelHandler = EModel.CreateModel <MethodStruct>().UseDefaultConstructor();
EVar param1 = "Hello";
EMethod.Load(modelHandler).ExecuteMethod <string, string>("GetString", param1, " World");
}).Compile();
Func <string> action1 = (Func <string>)test;
Assert.Equal("Hello World", action1());
}
public static void StaticClass()
{
Delegate ShowDelegate = EHandler.CreateMethod <ENull>((il) =>
{
EMethod methodInfoHelper = typeof(Console);
EModel test = EModel.CreateModel <TestClass>().UseDefaultConstructor();
test.SField("NormalField", 10);
methodInfoHelper.ExecuteMethod <int>("WriteLine", test.LoadValue("NormalField"));
test.SField("StaticField", 10);
methodInfoHelper.ExecuteMethod <int>("WriteLine", test.LoadValue("StaticField"));
test.SField("Ref_StaticField", "10");
methodInfoHelper.ExecuteMethod <string>("WriteLine", test.LoadValue("Ref_StaticField"));
test.SProperty("NormalProperty", 10);
methodInfoHelper.ExecuteMethod <int>("WriteLine", test.LoadValue("NormalProperty"));
test.SProperty("Ref_NormalProperty", "10");
methodInfoHelper.ExecuteMethod <string>("WriteLine", test.LoadValue("Ref_NormalProperty"));
test.SProperty("StaticProperty", 10);
methodInfoHelper.ExecuteMethod <int>("WriteLine", test.LoadValue("StaticProperty"));
test.SProperty("Ref_StaticProperty", "10");
methodInfoHelper.ExecuteMethod <string>("WriteLine", test.LoadValue("Ref_StaticProperty"));
}).Compile();
((Action)ShowDelegate)();
}
public static void TestClassAndStruct()
{
//动态创建Action委托
Delegate newMethod = EHandler.CreateMethod <ENull>((il) =>
{
EModel model = null;
//测试类的字段
//model = EModel.CreateModel<ClassField>().UseDefaultConstructor();
//测试类的属性
//model = EModel.CreateModel<ClassProperty>().UseDefaultConstructor();
//测试结构体的字段
model = EModel.CreateModel <StructField>();
//测试结构体的属性
//model = EModel.CreateModel<StructProperty>();
model.Set("PublicName", "This is Public-Name");
model.Set("PrivateName", "This is Private-Name");
model.Set("PublicAge", 666);
model.Set("PrivateAge", 666);
EMethod method = typeof(Console);
method.ExecuteMethod <string>("WriteLine", model.DLoadValue("PrivateName").DelayAction);
method.ExecuteMethod <string>("WriteLine", model.LoadValue("PublicName"));
method.ExecuteMethod <int>("WriteLine", model.LoadValue("PublicAge"));
method.ExecuteMethod <int>("WriteLine", model.LoadValue("PrivateAge"));
}).Compile();
((Action)newMethod)();
}
public void TestClass()
{
ComplexClassModel model = new ComplexClassModel();
model.FieldModel = new FieldStruct();
model.PropertyModel = new PropertyStruct();
model.MethodModel = new MethodStruct();
ComplexClassModel.Model = model;
Delegate test = EHandler.CreateMethod <ComplexClassModel>((il) =>
{
EVar ulongMinHandler = ulong.MinValue;
EModel modelHandler = EModel.CreateModelFromObject(model);
modelHandler.Load("FieldModel").Set("RefField", "Hello");
modelHandler.Load("PropertyModel").Set("RefProperty", "Hello");
modelHandler.Load("PropertyModel").Set("ValueProperty", ulongMinHandler);
modelHandler.Load("Model").Load("FieldModel").Set("RefField", "Hello1");
modelHandler.Load("Model").Load("FieldModel").Set("ValueField", () => { EMethod.Load(modelHandler.DLoad("MethodModel").Operator).ExecuteMethod("GetULongMax"); });
modelHandler.Load();
}).Compile();
Func <ComplexClassModel> action = (Func <ComplexClassModel>)test;
ComplexClassModel result = action();
Assert.Equal((ulong)0, result.FieldModel.ValueField);
Assert.Equal(ulong.MinValue, result.PropertyModel.ValueProperty);
Assert.Equal("Hello", result.FieldModel.RefField);
Assert.Equal("Hello", result.PropertyModel.RefProperty);
Assert.Equal(ulong.MaxValue, ComplexClassModel.Model.FieldModel.ValueField);
Assert.Equal("Hello1", ComplexClassModel.Model.FieldModel.RefField);
//Assert.Equal("Hello1", model.FieldModel.RefField);
}
public static void TestJudge()
{
Action action = (Action)(EHandler.CreateMethod <ENull>((il) =>
{
EMethod methodInfoHelper = typeof(Console);
EVar Int_1 = 2;
EVar Int_2 = 2;
EArray objectArray = EArray.CreateArraySpecifiedLength <object>(2);
objectArray.StoreArray(0, Int_1.InStackAndPacket);
objectArray.StoreArray(1, Int_2.InStackAndPacket);
EJudge.
If(Int_1 > 2)(() =>
{
EVar str = "{0}>{1}";
methodInfoHelper.ExecuteMethod <string, object[]>("WriteLine", str, objectArray);
})
.ElseIf(Int_1 == Int_2)(() =>
{
EVar str = "{0}={1}";
methodInfoHelper.ExecuteMethod <string, object[]>("WriteLine", str, objectArray);
})
.Else(() =>
{
EVar str = "{0}<{1}";
methodInfoHelper.ExecuteMethod <string, object[]>("WriteLine", str, objectArray);
});
}).Compile());
action();
}
/// <summary>
/// Creates a new Form
/// </summary>
/// <param name="name">Control name</param>
/// <param name="text">Text displayed on the control</param>
/// <param name="PositionWidthHeight">A rectangle that specifies the position, width , height relative to the control parent</param>
/// <param name="texture">Texture to be drawn on the control, pass null if not needed</param>
/// <param name="font">Font used for displaying text, pass null if there's no text</param>
/// <param name="foreColor">Color of the displayed text</param>
/// <param name="viewport">Optional : Viewport used to render the gui, if your game contains only one viewport pass null or don't pass anything at all.</param>
public Form(String name, String text, Rectangle PositionWidthHeight, Texture2D texture, SpriteFont font, Color foreColor, Viewport? viewport = null)
: base(name, text, PositionWidthHeight, texture, font, foreColor, viewport)
{
sourceRectangle = null; // The form will its whole spritesheet
TextPosition = TextPosition.TopCenter;
// When the form is clicked we want to remove focus from its children
onClick += new EHandler(HandlerMeClicked);
}
/// <summary>
/// Creates a new Form
/// </summary>
/// <param name="name">Control name</param>
/// <param name="text">Text displayed on the control</param>
/// <param name="PositionWidthHeight">A rectangle that specifies the position, width , height relative to the control parent</param>
/// <param name="texture">Texture to be drawn on the control, pass null if not needed</param>
/// <param name="font">Font used for displaying text, pass null if there's no text</param>
/// <param name="foreColor">Color of the displayed text</param>
/// <param name="viewport">Optional : Viewport used to render the gui, if your game contains only one viewport pass null or don't pass anything at all.</param>
public Form(String name, String text, Rectangle PositionWidthHeight, Texture2D texture, SpriteFont font, Color foreColor, Viewport?viewport = null)
: base(name, text, PositionWidthHeight, texture, font, foreColor, viewport)
{
sourceRectangle = null; // The form will its whole spritesheet
TextPosition = TextPosition.TopCenter;
// When the form is clicked we want to remove focus from its children
onClick += new EHandler(HandlerMeClicked);
}
public static void T <T>()
{
ClassWithNullableModel model = new ClassWithNullableModel();
model.ValueField = 100;
model.ValueProperty = null;
ClassWithNullableModel.StaticValueField = 100;
ClassWithNullableModel.StaticValueProperty = 200;
Delegate test = EHandler.CreateMethod <ClassWithNullableModel>((il) =>
{
EModel modelHandler = EModel.CreateModelFromObject(model);
//EModel modelHandler = EModel.CreateModel<ClassWithNullableModel>().UseDefaultConstructor();
//modelHandler.Set("<ValueProperty>k__BackingField", (ulong)100);
//modelHandler.Set("ValueField", (ulong)100);
//modelHandler.Set("StaticValueField", (ulong)100);
//modelHandler.Set("ValueProperty", (ulong)100);
//modelHandler.Set("<StaticValueProperty>k__BackingField", (ulong)300);
//modelHandler.LoadValue("<ValueProperty>k__BackingField").Packet();
//FieldInfo info = typeof(ClassWithNullableModel).GetField("<PrivateProperty>k__BackingField", BindingFlags.Public | BindingFlags.NonPublic | BindingFlags.Static | BindingFlags.Instance);
//il.REmit(OpCodes.Ldtoken, typeof(ClassWithNullableModel));
//il.REmit(OpCodes.Call, ClassCache.ClassHandle);
//il.REmit(OpCodes.Ldstr, "<PrivateProperty>k__BackingField");
//il.REmit(OpCodes.Ldc_I4_S, 60);
//il.REmit(OpCodes.Callvirt, ClassCache.FieldInfoGetter);
//LocalBuilder field = il.DeclareLocal(typeof(FieldInfo));
//il.REmit(OpCodes.Stloc_S, field.LocalIndex);
//il.LoadBuilder(field);
////il.REmit(OpCodes.Callvirt, ClassCache.FieldInfoGetter);
//modelHandler.InStackAndPacket();
//il.REmit(OpCodes.Callvirt, ClassCache.FieldValueGetter);
//, modelHandler.DLoad("PrivateProperty").DLoad("Value").DelayAction
//modelHandler.Load("<PrivateProperty>k__BackingField").LoadValue("value");
//EMethod.Load(typeof(Console)).ExecuteMethod<ulong>("WriteLine");
//modelHandler.Set("ValueProperty", modelHandler.DLoad("PrivateProperty").DLoad("Value").DelayAction);
//EMethod.Load(typeof(Console)).ExecuteMethod<ulong>("WriteLine", modelHandler.DLoad("ValueProperty").DLoad("Value").DelayAction);
//EMethod.Load(typeof(Console)).ExecuteMethod<ulong>("WriteLine", modelHandler.DLoad("PrivateProperty").DLoad("Value").DelayAction);
//modelHandler.LoadValue("ValueField").Packet();
//EMethod.Load(typeof(Console)).ExecuteMethod<object>("WriteLine");
//modelHandler.LoadValue("ValueProperty").Packet();
//EMethod.Load(typeof(Console)).ExecuteMethod<object>("WriteLine");
//modelHandler.LoadValue("StaticValueField").Packet();
//EMethod.Load(typeof(Console)).ExecuteMethod<object>("WriteLine");
//modelHandler.LoadValue("StaticValueProperty").Packet();
//EMethod.Load(typeof(Console)).ExecuteMethod<object>("WriteLine");
//EMethod.Load(typeof(Console)).ExecuteMethod<ulong>("WriteLine", modelHandler.DLoad("ValueField").DelayAction);
//EMethod.Load(typeof(Console)).ExecuteMethod<object>("WriteLine", modelHandler.DLoad("StaticValueProperty").DelayAction);
//modelHandler.Set("ValueProperty", modelHandler.DLoad("ValueProperty").Operator + modelHandler.DLoad("StaticValueProperty").DelayAction);
//modelHandler.Set("StaticValueProperty", modelHandler.DLoad("ValueProperty").Operator + modelHandler.DLoad("StaticValueProperty").DelayAction);
// modelHandler.Set("RefProperty", modelHandler.DLoad("RefProperty").Operator + modelHandler.DLoad("StaticRefProeprty").DelayAction);
modelHandler.Load();
}).Compile();
Func <ClassWithNullableModel> action1 = (Func <ClassWithNullableModel>)test;
ClassWithNullableModel t = action1();
}
public void StringOperator()
{
Delegate test = EHandler.CreateMethod <string>((il) =>
{
EVar temp_var1 = "Hello ";
EVar temp_var2 = EVar.CreateVarFromObject("World");
(temp_var1 + temp_var2)();
}).Compile();
Func <string> action = (Func <string>)test;
Assert.Equal("Hello World", action());
}
public void TestString()
{
string[] testArray = new string[] { "0", "1", "2", "3", "4", "5" };
for (int i = 0; i < testArray.Length; i += 1)
{
Delegate ShowDelegate = EHandler.CreateMethod <string>((il) =>
{
EArray Model = testArray;
Model.LoadArray(i);
}).Compile();
Assert.Equal(i.ToString(), ((Func <string>)ShowDelegate)());
}
}
/// <summary>
/// 使用Natasha根据参数数组信息生成Command高速构建缓存
/// </summary>
/// <typeparam name="T">实际执行函数返回的类型</typeparam>
/// <param name="sql">SQL语句</param>
/// <param name="values">object参数数组</param>
/// <returns>动态方法</returns>
private static SqlDelegate <T> .GetCommandByObject GetEmitCommandCache <T>(string sql, object[] values)
{
Type returnType = typeof(T);
if (!Cache.SqlCache.ContainsKey(returnType))
{
ModelAnalyser.Initialization(returnType);
}
Delegate newMethod = EHandler.CreateMethod <ERef <IDbCommand>, object[], ENull>((il) =>
{
EModel idbCommand = EModel.CreateModelFromParameter <IDbCommand>(0);
idbCommand.UseRef();
idbCommand.Set("CommandText", sql);
EArray arrayArg = EArray.CreateArrayFromParameter(1, typeof(object));
EModel copyParameters = idbCommand.Load("Parameters");
MatchCollection collection = ParameterRegex.Matches(sql);
int length = collection.Count;
for (int i = 0; i < length; i += 1)
{
Type type = values[i].GetType();
string memberName = collection[i].Groups[1].Value;
copyParameters.Dup();
EModel copyParameter = EMethod.Load(idbCommand).ExecuteMethod("CreateParameter").Dup();
copyParameter.Set("ParameterName", "@".Append(memberName));
copyParameter.Dup().Set("DbType", (int)SqlTypes[type]);
if (type.IsPrimitive)
{
copyParameter.Dup().Set("Value", () => { arrayArg.LoadArray(i); });
}
else
{
EJudge.If(ENull.IsNull(() => { arrayArg.LoadArray(i); }))(() =>
{
copyParameter.Dup().Set("Value", EDBNull.LoadValue);
}).Else(() =>
{
copyParameter.Dup().Set("Value", () => { arrayArg.LoadArray(i); });
});
}
EMethod.Load <IList>().ExecuteMethod <object>("Add").Pop();
}
copyParameters.Pop();
}).Compile(typeof(SqlDelegate <T> .GetCommandByObject));
return((SqlDelegate <T> .GetCommandByObject)newMethod);
}
public static void ForeachClassArray()
{
TestClass[] testArray = new TestClass[5];
for (int i = 0; i < testArray.Length; i += 1)
{
TestClass t = new TestClass();
t.Name = "T" + i;
testArray[i] = t;
}
testArray[0].FieldNext = new TestStruct()
{
Name = "1", Age = 10
};
Delegate ShowDelegate = EHandler.CreateMethod <TestClass[]>((il) =>
{
EArray model = testArray;
ELoop.For(model, (loadCurrentElement) =>
{
EModel modelHandler = EModel.CreateModelFromAction <TestClass>(loadCurrentElement);
modelHandler.LField("FieldNext").LFieldValue("Age");
modelHandler.il.REmit(OpCodes.Call, typeof(Console).GetMethod("WriteLine", new Type[] { typeof(int) }));
});
model.Load();
}).Compile();
if (ShowDelegate != null)
{
TestClass[] result = ((Func <TestClass[]>)ShowDelegate)();
for (int i = 0; i < result.Length; i += 1)
{
result[i].Name = "T" + (i + 5);
}
Console.WriteLine(result[0].FieldNext.Age);
Console.WriteLine("旧对象：");
for (int i = 0; i < testArray.Length; i += 1)
{
Console.WriteLine(testArray[i].Name);
}
Console.WriteLine("深度复制新对象：");
for (int i = 0; i < result.Length; i += 1)
{
Console.WriteLine(result[i].Name);
}
}
else
{
Console.WriteLine("??");
}
}
public static void ForeachIntArray()
{
int[] testArray = new int[] { 1, 2, 3, 4, 5 };
Delegate ShowDelegate = EHandler.CreateMethod <ENull>((il) =>
{
EArray Model = testArray;
ELoop.For(Model, (loadCurrentElement) =>
{
loadCurrentElement();
Model.il.REmit(OpCodes.Call, typeof(Console).GetMethod("WriteLine", new Type[] { typeof(int) }));
});
}).Compile();
((Action)ShowDelegate)();
}
public static void ForeachStringArray()
{
string[] testArray = new string[] { "1", "2", "C", "D" };
Delegate ShowDelegate = EHandler.CreateMethod <ENull>((il) =>
{
EArray Model = testArray;
ELoop.For(Model, (loadCurrentElement) =>
{
loadCurrentElement();
Model.il.REmit(OpCodes.Call, typeof(Console).GetMethod("WriteLine", new Type[] { typeof(string) }));
});
}).Compile();
((Action)ShowDelegate)();
}
public void TestInt()
{
int[] testArray = new int[] { 1, 2, 3, 4, 5 };
Delegate ShowDelegate = EHandler.CreateMethod <int>((il) =>
{
EVar result = EVar.CreateVar <int>();
EArray Model = testArray;
ELoop.For(Model, (loadCurrentElement) =>
{
result.Store(result + loadCurrentElement);
});
result.Load();
}).Compile();
Assert.Equal(15, ((Func <int>)ShowDelegate)());
}
public static void TestSingle()
{
//动态创建Action委托
Delegate newMethod = EHandler.CreateMethod <ENull>((il) =>
{
//创建没有临时变量的普通入栈变量(没有临时变量，所以自加操作没有意义)
EVar intHandler = 1;
//创建函数操作句柄
EMethod method = typeof(Console);
//输出intHandler的时候，让变量做加法运算。
method.ExecuteMethod <int>("WriteLine", intHandler + 665);
//结果:666；
}).Compile();
((Action)newMethod)();
//动态创建Action<int,string>委托
Delegate newMethod1 = EHandler.CreateMethod <ENull>((il) =>
{
//创建有临时变量的普通入栈变量(自加操作可以被自身储存) 也就是说可以使用store存储函数
//int i = 664;
EVar intHandler = EVar.CreateVarFromObject(664);
//i++;
intHandler++;
//i=i+1;
intHandler.Store(intHandler + 1);
//创建函数操作句柄
EMethod method = typeof(Console);
//输出intHandler
method.ExecuteMethod <int>("WriteLine", intHandler);
//结果:666
}).Compile();
((Action)newMethod1)();
////动态创建Action委托
//Delegate newMethod0 = EHandler.CreateMethod<ENull>((il) => { }).Compile();
////动态创建Action<string,int>委托
//Delegate newMethod1 = EHandler.CreateMethod<string,int,ENull>((il) => { }).Compile();
////动态创建Func<string>委托
//Delegate newMethod2 = EHandler.CreateMethod<string>((il) => { }).Compile();
////动态创建Func<string,TestClass>委托
//Delegate newMethod3 = EHandler.CreateMethod<string, TestClass>((il) => { }).Compile();
}
public static void TestClass()
{
Delegate ShowDelegate = EHandler.CreateMethod <ENull>((il) =>
{
EMethod methodInfoHelper = typeof(Console);
EModel model = EModel.CreateModel <TestClass>().UseDefaultConstructor();
model.Set("Name", "Name");
model.LoadValue("Name");
methodInfoHelper.ExecuteMethod <string>("WriteLine");
model.Set("Age", 10);
methodInfoHelper.ExecuteMethod <int>("WriteLine", model.LoadValue("Age"));
methodInfoHelper.ExecuteMethod <int>("WriteLine", model.Load("FieldNext").LoadValue("Age"));
}).Compile();
((Action)ShowDelegate)();
}
public static GetterDelegate GetterFunc(ClassStruction model, FieldInfo info)
{
return((GetterDelegate)(EHandler.CreateMethod <object, object>((til) =>
{
LocalBuilder builder = null;
if (!info.IsStatic)
{
builder = til.DeclareLocal(model.TypeHandler);
til.REmit(OpCodes.Ldarg_0);
til.UnPacket(model.TypeHandler);
til.REmit(OpCodes.Stloc_S, builder.LocalIndex);
}
EModel localModel = EModel.CreateModelFromBuilder(builder, model.TypeHandler);
localModel.LFieldValue(info.Name).Packet();
}, "Getter " + info.DeclaringType.Name + " " + info.Name).Compile(typeof(GetterDelegate))));
}
public void TestProperty()
{
Delegate test = EHandler.CreateMethod <PropertyStruct>((il) =>
{
EModel modelHandler = EModel.CreateModel <PropertyStruct>().UseDefaultConstructor();
modelHandler.Set("ValueProperty", ulong.MinValue);
modelHandler.Set("StaticValueProperty", ulong.MaxValue);
modelHandler.Set("RefProperty", "Hello World");
modelHandler.Load();
}).Compile();
Func <PropertyStruct> action = (Func <PropertyStruct>)test;
PropertyStruct result = action();
Assert.Equal(ulong.MinValue, result.ValueProperty);
Assert.Equal(ulong.MaxValue, PropertyStruct.StaticValueProperty);
Assert.Equal("Hello World", result.RefProperty);
}
public static void TestIf()
{
Delegate showResult = EHandler.CreateMethod <ENull>((il) =>
{
EMethod method = typeof(Console);
EVar emit_A = EVar.CreateWithoutTempVar(10);
EVar emit_B = EVar.CreateVarFromObject(20);
TestClass t = new TestClass()
{
Field = 10
};
t.PropertyName = "3";
EModel model = EModel.CreateModelFromObject(t);
EJudge.If(emit_A == model.DLoadValue("Field").Operator)(() =>
{
method.ExecuteMethod <string>("WriteLine", "相等");
}).ElseIf(emit_A > emit_B)(() =>
{
method.ExecuteMethod <int>("WriteLine", emit_A);
}).Else(() =>
{
method.ExecuteMethod <int>("WriteLine", emit_B);
});
EVar string_A = "6";
EVar string_B = "2";
EJudge.If(string_A == "1")(() =>
{
method.ExecuteMethod <string>("WriteLine", string_A);
}).ElseIf(string_A == model.DLoadValue("PropertyName").Operator)(() =>
{
method.ExecuteMethod <string>("WriteLine", string_A);
}).Else(() =>
{
method.ExecuteMethod <string>("WriteLine", string_B);
});
}).Compile();
((Action)showResult)();
}
public static void TestDictionaryClone()
{
Dictionary <int, string> testList = new Dictionary <int, string>();
testList[0] = "One";
testList[1] = "Two";
testList[2] = "Three";
Delegate ShowDelegate = EHandler.CreateMethod <Dictionary <int, string> >((il) =>
{
EModel model = EModel.CreateModelFromObject(testList);
model.Load();
}).Compile();
Dictionary <int, string> t2 = ((Func <Dictionary <int, string> >)ShowDelegate)();
testList.Remove(0);
Console.WriteLine(testList[0]);
Console.WriteLine(t2[0]);
}
public static void TestNull()
{
//动态创建Action委托
Delegate newMethod = EHandler.CreateMethod <ENull>((il) =>
{
//创建没有临时变量的普通入栈变量(没有临时变量，所以自加操作没有意义)
EVar intHandler = EVar.CreateVarFromObject("2");
//创建函数操作句柄
EMethod method = typeof(Console);
//输出intHandler
method.ExecuteMethod <string>("WriteLine", intHandler);
//填空值string=null
intHandler.Store(ENull.Value);
method.ExecuteMethod <string>("WriteLine", intHandler);
}).Compile();
((Action)newMethod)();
}
public static void TestListClone()
{
List <string> testList = new List <string>();
testList.Add("One");
testList.Add("Two");
testList.Add("Three");
Delegate ShowDelegate = EHandler.CreateMethod <List <string> >((il) =>
{
EModel model = EModel.CreateModelFromObject(testList);
model.Load();
}).Compile();
List <string> t2 = ((Func <List <string> >)ShowDelegate)();
testList.RemoveAt(0);
Console.WriteLine(testList[0]);
Console.WriteLine(t2[0]);
}
public void SOTest()
{
ComplexStructModel model = new ComplexStructModel();
model.FieldModel = new FieldClass()
{
RefField = "Hello", ValueField = ulong.MaxValue - 1
};
model.PropertyModel = new PropertyClass()
{
RefProperty = "Hello", ValueProperty = ulong.MinValue + 1
};
model.MethodModel = new MethodClass();
ComplexStructModel.Model = model;
Delegate test = EHandler.CreateMethod <ComplexStructModel>((il) =>
{
EVar ulongHandler = (ulong)1;
EVar ulongHandlerFromObject = EVar.CreateVarFromObject((ulong)1);
EVar stringHandler = " World";
EModel modelHandler = EModel.CreateModelFromObject(model);
modelHandler.Load("FieldModel").Set("ValueField", modelHandler.DLoad("FieldModel").DLoad("ValueField").Operator + (ulong)1);
modelHandler.DLoad("FieldModel").DLoad("ValueField").Operator--;
modelHandler.DLoad("FieldModel").DLoad("ValueField").Operator++;
modelHandler.Load("PropertyModel").Set("ValueProperty", modelHandler.DLoad("PropertyModel").DLoad("ValueProperty").Operator - (ulong)1);
modelHandler.DLoad("PropertyModel").DLoad("ValueProperty").Operator++;
modelHandler.DLoad("PropertyModel").DLoad("ValueProperty").Operator--;
modelHandler.Load("PropertyModel").Set("RefProperty", modelHandler.DLoad("PropertyModel").DLoad("RefProperty").Operator + " World");
modelHandler.Load("FieldModel").Set("RefField", modelHandler.DLoad("FieldModel").DLoad("RefField").Operator + stringHandler);
modelHandler.DLoad("Model").DLoad("FieldModel").DLoad("ValueField").Operator++;
modelHandler.Load();
}).Compile();
Func <ComplexStructModel> action = (Func <ComplexStructModel>)test;
ComplexStructModel result = action();
Assert.Equal(ulong.MaxValue, result.FieldModel.ValueField);
Assert.Equal(ulong.MinValue, result.PropertyModel.ValueProperty);
Assert.Equal("Hello World", result.FieldModel.RefField);
Assert.Equal("Hello World", result.PropertyModel.RefProperty);
Assert.Equal(ulong.MaxValue, ComplexStructModel.Model.FieldModel.ValueField);
}
public static void Main()
{
FieldClass model = new FieldClass();
model.ValueField = 100;
model.RefField = "Test";
FieldClass.StaticRefField = "Static";
FieldClass.StaticValueField = 200;
Delegate test = EHandler.CreateMethod <FieldClass>((il) =>
{
EModel modelHandler = EModel.CreateModelFromObject(model);
modelHandler.Set("ValueField", modelHandler.DLoad("ValueField").Operator + modelHandler.DLoad("StaticValueField").DelayAction);
//modelHandler.Set("StaticValueField", modelHandler.DLoadValue("ValueField").Operator + modelHandler.DLoadValue("StaticValueField").DelayAction);
//modelHandler.Set("RefField", modelHandler.DLoadValue("RefField").Operator + modelHandler.DLoadValue("StaticRefField").DelayAction);
modelHandler.Load();
}).Compile();
Func <FieldClass> action = (Func <FieldClass>)test;
FieldClass result = action();
}
/// <summary>
/// Creates a new CheckBox
/// </summary>
/// <param name="name">Control name</param>
/// <param name="text">Text displayed on the control</param>
/// <param name="PositionWidthHeight">A rectangle that specifies the position, width , height relative to the control parent</param>
/// <param name="texture">Texture to be drawn on the control, pass null if not needed</param>
/// <param name="font">Font used for displaying text, pass null if there's no text</param>
/// <param name="foreColor">Color of the displayed text</param>
/// <param name="viewport">Optional : Viewport used to render the gui, if your game contains only one viewport pass null or don't pass anything at all.</param>
public CheckBox(String name, String text, Rectangle PositionWidthHeight, Texture2D texture, SpriteFont font, Color foreColor, Viewport? viewport = null)
: base(name, text, PositionWidthHeight, texture, font, foreColor, viewport)
{
onClick += new EHandler(HandlerToggle);
}
